# Automatically generated by ./create_defs.grib2.mtg2.pl, do not edit
#Total precipitation of at least 1 mm
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	 scaledValueOfLowerLimit = 1 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Total precipitation of at least 5 mm
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	 scaledValueOfLowerLimit = 5 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Total precipitation of at least 10 mm
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	 scaledValueOfLowerLimit = 10 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Total precipitation of at least 20 mm
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	 scaledValueOfLowerLimit = 20 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Total precipitation of at least 40 mm
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	 scaledValueOfLowerLimit = 40 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Total precipitation of at least 60 mm
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	 scaledValueOfLowerLimit = 60 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Total precipitation of at least 80 mm
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	 scaledValueOfLowerLimit = 80 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Total precipitation of at least 100 mm
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	 scaledValueOfLowerLimit = 100 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Total precipitation of at least 150 mm
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	 scaledValueOfLowerLimit = 150 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Total precipitation of at least 200 mm
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	 scaledValueOfLowerLimit = 200 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Total precipitation of at least 300 mm
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	 scaledValueOfLowerLimit = 3 ;
	 scaleFactorOfLowerLimit = -2 ;
	 probabilityType = 3 ;
	}
#Stream function
'm**2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 4 ;
	}
#Velocity potential
'm**2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 5 ;
	}
#Potential temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 2 ;
	}
#Wind speed
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	}
#Surface photosynthetically active radiation, clear sky
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 60 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Unbalanced component of temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 28 ;
	}
#Unbalanced component of logarithm of surface pressure
'~' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 31 ;
	}
#Unbalanced component of divergence
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 45 ;
	}
#Lake cover
'(0 - 1)' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 2 ;
	}
#Low vegetation cover
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 53 ;
	}
#High vegetation cover
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 54 ;
	}
#Type of low vegetation
'(Code table 4.234)' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 57 ;
	}
#Type of high vegetation
'(Code table 4.234)' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 58 ;
	}
#Sea ice area fraction
'(0 - 1)' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Snow density
'kg m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 61 ;
	}
#Sea surface temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Soil type
'(Code table 4.213)' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	}
#Surface direct normal short-wave (solar) radiation
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated magnitude of turbulent surface stress
'N m**-2 s' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 58 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Large-scale precipitation fraction
's' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Montgomery potential
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	}
#Pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	}
#Surface downward UV radiation
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 12 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Photosynthetically active radiation at the surface
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Convective available potential energy
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Potential vorticity
'K m**2 kg**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 14 ;
	}
#Leaf area index, low vegetation
'm**2 m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 55 ;
	}
#Leaf area index, high vegetation
'm**2 m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 56 ;
	}
#Standard deviation of filtered subgrid orography (climatological)
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 38 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Specific rain water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 85 ;
	}
#Specific snow water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 86 ;
	}
#Eta-coordinate vertical velocity
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 32 ;
	}
#Total column cloud liquid water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 69 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column cloud ice water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 70 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Surface emissivity
'Proportion' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 62 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Geopotential
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 4 ;
	}
#Temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	}
#U component of wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 2 ;
	}
#V component of wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 3 ;
	}
#Specific humidity
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 0 ;
	}
#Surface pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Vertical velocity
'Pa s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	}
#Total column water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 51 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated water vapour
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 64 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Vorticity (relative)
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 12 ;
	}
#Time-integrated boundary layer dissipation
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated surface sensible heat net flux
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated surface latent heat net flux
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Charnock
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 76 ;
	}
#Surface net radiation (SW and LW)
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Top net radiation (SW and LW)
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Mean sea level pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 101 ;
	}
#Divergence
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 13 ;
	}
#Geopotential height
'gpm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 5 ;
	}
#Relative humidity
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 1 ;
	}
#Boundary layer height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	}
#Standard deviation of sub-gridscale orography
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 20 ;
	}
#Anisotropy of sub-gridscale orography
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 24 ;
	}
#Angle of sub-gridscale orography
'radians' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 21 ;
	}
#Slope of sub-gridscale orography
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 22 ;
	}
#10 metre U wind component
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#10 metre V wind component
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#2 metre temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#2 metre dewpoint temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#Surface short-wave (solar) radiation downwards
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Land-sea mask
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface roughness (climatological)
'm' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Surface long-wave (thermal) radiation downwards
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Surface net short-wave (solar) radiation
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Surface net long-wave (thermal) radiation
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Top net short-wave (solar) radiation
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Top net long-wave (thermal) radiation
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated eastward turbulent surface stress
'N m**-2 s' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 62 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated northward turbulent surface stress
'N m**-2 s' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 63 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Sunshine duration
's' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Brightness temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 4 ;
	}
#Eastward gravity wave surface stress
'N m**-2 s' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Northward gravity wave surface stress
'N m**-2 s' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Gravity wave dissipation
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Ozone mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 14 ;
	 parameterNumber = 1 ;
	}
#10 metre wind speed
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#Top net short-wave (solar) radiation, clear sky
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Top net long-wave (thermal) radiation, clear sky
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Surface net short-wave (solar) radiation, clear sky
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Surface net long-wave (thermal) radiation, clear sky
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#TOA incident short-wave (solar) radiation
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Vertically integrated moisture divergence
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 165 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Instantaneous eastward turbulent surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 62 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Instantaneous northward turbulent surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 63 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Instantaneous surface sensible heat net flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Instantaneous moisture flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 79 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Logarithm of surface roughness length for heat (climatological)
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Skin temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Temperature of snow layer
'K' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 28 ;
	}
#Forecast surface roughness
'm' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Forecast logarithm of surface roughness for heat
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Specific cloud liquid water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 83 ;
	}
#Specific cloud ice water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 84 ;
	}
#Fraction of cloud cover
'(0 - 1)' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 32 ;
	}
#Large-scale precipitation
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Snow depth
'm' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 11 ;
	}
#Low cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 3 ;
	}
#Medium cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 4 ;
	}
#High cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 5 ;
	}
#Probability of a tropical storm
'%' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 6 ;
	 probabilityType = 9 ;
	}
#Probability of a hurricane
'%' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 5 ;
	 probabilityType = 9 ;
	}
#Probability of a tropical depression
'%' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 7 ;
	 probabilityType = 9 ;
	}
#Total precipitation of at least 25 mm
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	 scaledValueOfLowerLimit = 25 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Total precipitation of at least 50 mm
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	 scaledValueOfLowerLimit = 50 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#10 metre wind gust of at least 10 m/s
'%' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	 scaledValueOfLowerLimit = 10 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#10 metre convective gust of at least 25 m/s
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 68 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfLowerLimit = 25 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Convective available potential energy shear index
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = [102,2] ;
	}
#Water vapour flux index
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 166 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = [102,0] ;
	}
#Convective available potential energy index
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = [102,2] ;
	}
#Maximum of significant wave height index
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = [102,2] ;
	}
#Probability of temperature standardized anomaly greater than 1 standard deviation
'%' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 10 ;
	 scaledValueOfLowerLimit = 1 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Probability of temperature standardized anomaly greater than 1.5 standard deviation
'%' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 10 ;
	 scaledValueOfLowerLimit = 15 ;
	 scaleFactorOfLowerLimit = 1 ;
	 probabilityType = 3 ;
	}
#Probability of temperature standardized anomaly greater than 2 standard deviation
'%' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 10 ;
	 scaledValueOfLowerLimit = 2 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Probability of temperature standardized anomaly less than -1 standard deviation
'%' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 10 ;
	 scaledValueOfLowerLimit = -1 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 0 ;
	}
#Probability of temperature standardized anomaly less than -1.5 standard deviation
'%' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 10 ;
	 scaledValueOfLowerLimit = -15 ;
	 scaleFactorOfLowerLimit = 1 ;
	 probabilityType = 0 ;
	}
#Probability of temperature standardized anomaly less than -2 standard deviation
'%' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 10 ;
	 scaledValueOfLowerLimit = -2 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 0 ;
	}
#Wave induced mean sea level correction
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 87 ;
	}
#Ratio of wave angular and frequency width
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 80 ;
	}
#Number of events in freak waves statistics
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 89 ;
	}
#U-component of atmospheric surface momentum flux
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 103 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#V-component of atmospheric surface momentum flux
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 104 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#U-component of surface momentum flux into ocean
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 90 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#V-component of surface momentum flux into ocean
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 91 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Wave turbulent energy flux into ocean
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 92 ;
	}
#Wave directional width of first swell partition
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 56 ;
	}
#Wave frequency width of first swell partition
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 59 ;
	}
#Wave directional width of second swell partition
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 57 ;
	}
#Wave frequency width of second swell partition
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 60 ;
	}
#Wave directional width of third swell partition
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 58 ;
	}
#Wave frequency width of third swell partition
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 61 ;
	}
#Wave energy flux magnitude
'W m**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 78 ;
	}
#Wave energy flux mean direction
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 79 ;
	}
#Significant wave height of all waves with periods within the inclusive range from 10 to 12 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 10 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 12 ;
	}
#Significant wave height of all waves with periods within the inclusive range from 12 to 14 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 12 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 14 ;
	}
#Significant wave height of all waves with periods within the inclusive range from 14 to 17 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 14 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 17 ;
	}
#Significant wave height of all waves with periods within the inclusive range from 17 to 21 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 17 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 21 ;
	}
#Significant wave height of all waves with periods within the inclusive range from 21 to 25 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 21 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 25 ;
	}
#Significant wave height of all waves with periods within the inclusive range from 25 to 30 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 25 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 30 ;
	}
#Significant wave height of all waves with period larger than 10s
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfWavePeriodInterval = 3 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 10 ;
	}
#Significant wave height of first swell partition
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 47 ;
	}
#Mean wave direction of first swell partition
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 53 ;
	}
#Mean wave period of first swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 50 ;
	}
#Significant wave height of second swell partition
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 48 ;
	}
#Mean wave direction of second swell partition
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 54 ;
	}
#Mean wave period of second swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 51 ;
	}
#Significant wave height of third swell partition
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 49 ;
	}
#Mean wave direction of third swell partition
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 55 ;
	}
#Mean wave period of third swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 52 ;
	}
#Time domain maximum individual crest height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 94 ;
	}
#Time domain maximum individual wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 95 ;
	}
#Space time maximum individual crest height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 96 ;
	}
#Space time maximum individual wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 97 ;
	}
#Peak wave period of wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 35 ;
	}
#Peak wave period of total swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 36 ;
	}
#Peak wave period of first swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 65 ;
	}
#Peak wave period of second swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 66 ;
	}
#Peak wave period of third swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 67 ;
	}
#Peak wave direction (total)
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 46 ;
	}
#Peak wave direction of wind waves
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 71 ;
	}
#Peak wave direction of total swell
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 72 ;
	}
#Peak wave direction of first swell partition
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 68 ;
	}
#Peak wave direction of second swell partition
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 69 ;
	}
#Peak wave direction of third swell partition
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 70 ;
	}
#Whitecap fraction
'Fraction' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 73 ;
	}
#Benjamin-Feir index 2D
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 99 ;
	}
#Crest-trough correlation
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 100 ;
	}
#X component of the wave radiative stress to sea ice
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 101 ;
	}
#Y component of the wave radiative stress to sea ice
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 102 ;
	}
#Wave Spectral Skewness
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 77 ;
	}
#Free convective velocity over the oceans
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 81 ;
	}
#Air density over the oceans
'kg m**-3' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 82 ;
	}
#Normalized energy flux into waves
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 83 ;
	}
#Normalized energy flux into ocean
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 85 ;
	}
#Normalized stress into ocean
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 84 ;
	}
#Time-mean wave induced mean sea level correction
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 87 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean ratio of wave angular and frequency width
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 80 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean number of events in freak waves statistics
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 89 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean U-component of atmospheric surface momentum flux
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 103 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean V-component of atmospheric surface momentum flux
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 104 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean U-component of surface momentum flux into ocean
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 90 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean V-component of surface momentum flux into ocean
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 91 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wave turbulent energy flux into ocean
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 92 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wave directional width of first swell partition
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 56 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wave frequency width of first swell partition
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 59 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wave directional width of second swell partition
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 57 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wave frequency width of second swell partition
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 60 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wave directional width of third swell partition
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 58 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wave frequency width of third swell partition
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 61 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wave energy flux magnitude
'W m**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 78 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wave energy flux mean direction
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 79 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean significant wave height of all waves with periods within the inclusive range from 10 to 12 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 10 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 12 ;
	}
#Time-mean significant wave height of all waves with periods within the inclusive range from 12 to 14 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 12 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 14 ;
	}
#Time-mean significant wave height of all waves with periods within the inclusive range from 14 to 17 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 14 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 17 ;
	}
#Time-mean significant wave height of all waves with periods within the inclusive range from 17 to 21 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 17 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 21 ;
	}
#Time-mean significant wave height of all waves with periods within the inclusive range from 21 to 25 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 21 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 25 ;
	}
#Time-mean significant wave height of all waves with periods within the inclusive range from 25 to 30 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 25 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 30 ;
	}
#Time-mean significant wave height of all waves with period larger than 10s
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfWavePeriodInterval = 3 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 10 ;
	}
#Time-mean significant wave height of first swell partition
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 47 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean wave direction of first swell partition
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 53 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean wave period of first swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 50 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean significant wave height of second swell partition
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 48 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean wave direction of second swell partition
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 54 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean wave period of second swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 51 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean significant wave height of third swell partition
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 49 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean wave direction of third swell partition
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 55 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean wave period of third swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 52 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean time domain maximum individual crest height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 94 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean time domain maximum individual wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 95 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean space time maximum individual crest height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 96 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean space time maximum individual wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 97 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean peak wave period of wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 35 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean peak wave period of total swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 36 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean peak wave period of first swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 65 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean peak wave period of second swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 66 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean peak wave period of third swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 67 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean peak wave direction (total)
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 46 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean peak wave direction of wind waves
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 71 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean peak wave direction of total swell
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 72 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean peak wave direction of first swell partition
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 68 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean peak wave direction of second swell partition
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 69 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean peak wave direction of third swell partition
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 70 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean whitecap fraction
'Fraction' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 73 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean Benjamin-Feir index 2D
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 99 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean crest-trough correlation
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 100 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean X component of the wave radiative stress to sea ice
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 101 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean Y component of the wave radiative stress to sea ice
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 102 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wave Spectral Skewness
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 77 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean free convective velocity over the oceans
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 81 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean air density over the oceans
'kg m**-3' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 82 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean normalized energy flux into waves
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 83 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean normalized energy flux into ocean
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 85 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean normalized stress into ocean
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 84 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean U-component surface stokes drift
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 21 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean V-component surface stokes drift
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean period corresponding to maximum individual wave height
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean envelop-maximum individual wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 93 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean wave period based on first moment
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean zero-crossing wave period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 28 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wave spectral directional width
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 31 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean wave period based on first moment for wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 26 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean wave period based on second moment for wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 29 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wave spectral directional width for wind waves
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 32 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean wave period based on first moment for swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 27 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean wave period based on second moment for swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 30 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wave spectral directional width for swell
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 33 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean significant height of combined wind waves and swell
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean wave direction
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 14 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean peak wave period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 34 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean wave period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 15 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean coefficient of drag with waves
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 16 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean significant height of wind waves
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 5 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean direction of wind waves
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 75 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean period of wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 6 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean significant height of total swell
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean direction of total swell
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 74 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean period of total swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 9 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean square slope of waves
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean 10 metre wind speed
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 102 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean 10 metre wind direction
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 102 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wave spectral kurtosis
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 43 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean benjamin-Feir index
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 44 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wave spectral peakedness
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 98 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-maximum wave induced mean sea level correction
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 87 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum ratio of wave angular and frequency width
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 80 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum number of events in freak waves statistics
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 89 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum U-component of atmospheric surface momentum flux
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 103 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum V-component of atmospheric surface momentum flux
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 104 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum U-component of surface momentum flux into ocean
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 90 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum V-component of surface momentum flux into ocean
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 91 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wave turbulent energy flux into ocean
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 92 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wave directional width of first swell partition
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 56 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wave frequency width of first swell partition
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 59 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wave directional width of second swell partition
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 57 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wave frequency width of second swell partition
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 60 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wave directional width of third swell partition
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 58 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wave frequency width of third swell partition
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 61 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wave energy flux magnitude
'W m**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 78 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wave energy flux mean direction
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 79 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum significant wave height of all waves with periods within the inclusive range from 10 to 12 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 10 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 12 ;
	}
#Time-maximum significant wave height of all waves with periods within the inclusive range from 12 to 14 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 12 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 14 ;
	}
#Time-maximum significant wave height of all waves with periods within the inclusive range from 14 to 17 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 14 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 17 ;
	}
#Time-maximum significant wave height of all waves with periods within the inclusive range from 17 to 21 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 17 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 21 ;
	}
#Time-maximum significant wave height of all waves with periods within the inclusive range from 21 to 25 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 21 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 25 ;
	}
#Time-maximum significant wave height of all waves with periods within the inclusive range from 25 to 30 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 25 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 30 ;
	}
#Time-maximum significant wave height of all waves with period larger than 10s
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfWavePeriodInterval = 3 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 10 ;
	}
#Time-maximum significant wave height of first swell partition
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 47 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean wave direction of first swell partition
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 53 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean wave period of first swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 50 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum significant wave height of second swell partition
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 48 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean wave direction of second swell partition
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 54 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean wave period of second swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 51 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum significant wave height of third swell partition
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 49 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean wave direction of third swell partition
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 55 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean wave period of third swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 52 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum time domain maximum individual crest height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 94 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum time domain maximum individual wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 95 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum space time maximum individual crest height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 96 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum space time maximum individual wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 97 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum peak wave period of wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 35 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum peak wave period of total swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 36 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum peak wave period of first swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 65 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum peak wave period of second swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 66 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum peak wave period of third swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 67 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum peak wave direction (total)
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 46 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum peak wave direction of wind waves
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 71 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum peak wave direction of total swell
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 72 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum peak wave direction of first swell partition
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 68 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum peak wave direction of second swell partition
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 69 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum peak wave direction of third swell partition
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 70 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum whitecap fraction
'Fraction' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 73 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum Benjamin-Feir index 2D
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 99 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum crest-trough correlation
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 100 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum X component of the wave radiative stress to sea ice
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 101 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum Y component of the wave radiative stress to sea ice
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 102 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wave Spectral Skewness
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 77 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum free convective velocity over the oceans
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 81 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum air density over the oceans
'kg m**-3' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 82 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum normalized energy flux into waves
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 83 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum normalized energy flux into ocean
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 85 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum normalized stress into ocean
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 84 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum U-component surface stokes drift
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 21 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum V-component surface stokes drift
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum period corresponding to maximum individual wave height
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum envelop-maximum individual wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 93 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean wave period based on first moment
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean zero-crossing wave period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 28 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wave spectral directional width
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 31 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean wave period based on first moment for wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 26 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean wave period based on second moment for wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 29 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wave spectral directional width for wind waves
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 32 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean wave period based on first moment for swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 27 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean wave period based on second moment for swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 30 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wave spectral directional width for swell
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 33 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum significant height of combined wind waves and swell
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean wave direction
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 14 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum peak wave period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 34 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean wave period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 15 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum coefficient of drag with waves
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 16 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum significant height of wind waves
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 5 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean direction of wind waves
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 75 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean period of wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 6 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum significant height of total swell
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean direction of total swell
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 74 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean period of total swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 9 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean square slope of waves
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 10 metre wind speed
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 102 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 10 metre wind direction
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 102 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wave spectral kurtosis
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 43 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum benjamin-Feir index
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 44 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wave spectral peakedness
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 98 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-minimum wave induced mean sea level correction
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 87 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum ratio of wave angular and frequency width
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 80 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum number of events in freak waves statistics
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 89 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum U-component of atmospheric surface momentum flux
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 103 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum V-component of atmospheric surface momentum flux
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 104 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum U-component of surface momentum flux into ocean
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 90 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum V-component of surface momentum flux into ocean
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 91 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wave turbulent energy flux into ocean
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 92 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wave directional width of first swell partition
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 56 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wave frequency width of first swell partition
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 59 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wave directional width of second swell partition
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 57 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wave frequency width of second swell partition
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 60 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wave directional width of third swell partition
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 58 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wave frequency width of third swell partition
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 61 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wave energy flux magnitude
'W m**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 78 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wave energy flux mean direction
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 79 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum significant wave height of all waves with periods within the inclusive range from 10 to 12 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 10 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 12 ;
	}
#Time-minimum significant wave height of all waves with periods within the inclusive range from 12 to 14 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 12 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 14 ;
	}
#Time-minimum significant wave height of all waves with periods within the inclusive range from 14 to 17 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 14 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 17 ;
	}
#Time-minimum significant wave height of all waves with periods within the inclusive range from 17 to 21 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 17 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 21 ;
	}
#Time-minimum significant wave height of all waves with periods within the inclusive range from 21 to 25 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 21 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 25 ;
	}
#Time-minimum significant wave height of all waves with periods within the inclusive range from 25 to 30 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 25 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 30 ;
	}
#Time-minimum significant wave height of all waves with period larger than 10s
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfWavePeriodInterval = 3 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 10 ;
	}
#Time-minimum significant wave height of first swell partition
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 47 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean wave direction of first swell partition
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 53 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean wave period of first swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 50 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum significant wave height of second swell partition
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 48 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean wave direction of second swell partition
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 54 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean wave period of second swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 51 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum significant wave height of third swell partition
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 49 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean wave direction of third swell partition
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 55 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean wave period of third swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 52 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum time domain maximum individual crest height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 94 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum time domain maximum individual wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 95 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum space time maximum individual crest height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 96 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum space time maximum individual wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 97 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum peak wave period of wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 35 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum peak wave period of total swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 36 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum peak wave period of first swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 65 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum peak wave period of second swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 66 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum peak wave period of third swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 67 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum peak wave direction (total)
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 46 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum peak wave direction of wind waves
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 71 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum peak wave direction of total swell
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 72 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum peak wave direction of first swell partition
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 68 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum peak wave direction of second swell partition
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 69 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum peak wave direction of third swell partition
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 70 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum whitecap fraction
'Fraction' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 73 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum Benjamin-Feir index 2D
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 99 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum crest-trough correlation
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 100 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum X component of the wave radiative stress to sea ice
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 101 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum Y component of the wave radiative stress to sea ice
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 102 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wave Spectral Skewness
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 77 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum free convective velocity over the oceans
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 81 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum air density over the oceans
'kg m**-3' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 82 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum normalized energy flux into waves
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 83 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum normalized energy flux into ocean
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 85 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum normalized stress into ocean
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 84 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum U-component surface stokes drift
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 21 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum V-component surface stokes drift
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum period corresponding to maximum individual wave height
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum envelop-maximum individual wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 93 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean wave period based on first moment
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean zero-crossing wave period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 28 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wave spectral directional width
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 31 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean wave period based on first moment for wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 26 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean wave period based on second moment for wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 29 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wave spectral directional width for wind waves
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 32 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean wave period based on first moment for swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 27 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean wave period based on second moment for swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 30 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wave spectral directional width for swell
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 33 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum significant height of combined wind waves and swell
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean wave direction
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 14 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum peak wave period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 34 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean wave period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 15 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum coefficient of drag with waves
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 16 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum significant height of wind waves
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 5 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean direction of wind waves
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 75 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean period of wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 6 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum significant height of total swell
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean direction of total swell
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 74 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean period of total swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 9 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean square slope of waves
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 10 metre wind speed
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 102 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 10 metre wind direction
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 102 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wave spectral kurtosis
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 43 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum benjamin-Feir index
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 44 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wave spectral peakedness
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 98 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-standard-deviation wave induced mean sea level correction
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 87 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation ratio of wave angular and frequency width
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 80 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation number of events in freak waves statistics
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 89 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation U-component of atmospheric surface momentum flux
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 103 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation V-component of atmospheric surface momentum flux
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 104 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation U-component of surface momentum flux into ocean
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 90 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation V-component of surface momentum flux into ocean
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 91 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wave turbulent energy flux into ocean
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 92 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wave directional width of first swell partition
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 56 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wave frequency width of first swell partition
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 59 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wave directional width of second swell partition
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 57 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wave frequency width of second swell partition
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 60 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wave directional width of third swell partition
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 58 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wave frequency width of third swell partition
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 61 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wave energy flux magnitude
'W m**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 78 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wave energy flux mean direction
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 79 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation significant wave height of all waves with periods within the inclusive range from 10 to 12 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 10 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 12 ;
	}
#Time-standard-deviation significant wave height of all waves with periods within the inclusive range from 12 to 14 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 12 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 14 ;
	}
#Time-standard-deviation significant wave height of all waves with periods within the inclusive range from 14 to 17 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 14 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 17 ;
	}
#Time-standard-deviation significant wave height of all waves with periods within the inclusive range from 17 to 21 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 17 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 21 ;
	}
#Time-standard-deviation significant wave height of all waves with periods within the inclusive range from 21 to 25 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 21 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 25 ;
	}
#Time-standard-deviation significant wave height of all waves with periods within the inclusive range from 25 to 30 seconds
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfWavePeriodInterval = 7 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 25 ;
	 scaleFactorOfUpperWavePeriodLimit = 0 ;
	 scaledValueOfUpperWavePeriodLimit = 30 ;
	}
#Time-standard-deviation significant wave height of all waves with period larger than 10s
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfWavePeriodInterval = 3 ;
	 scaleFactorOfLowerWavePeriodLimit = 0 ;
	 scaledValueOfLowerWavePeriodLimit = 10 ;
	}
#Time-standard-deviation significant wave height of first swell partition
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 47 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean wave direction of first swell partition
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 53 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean wave period of first swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 50 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation significant wave height of second swell partition
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 48 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean wave direction of second swell partition
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 54 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean wave period of second swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 51 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation significant wave height of third swell partition
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 49 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean wave direction of third swell partition
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 55 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean wave period of third swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 52 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation time domain maximum individual crest height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 94 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation time domain maximum individual wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 95 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation space time maximum individual crest height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 96 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation space time maximum individual wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 97 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation peak wave period of wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 35 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation peak wave period of total swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 36 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation peak wave period of first swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 65 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation peak wave period of second swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 66 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation peak wave period of third swell partition
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 67 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation peak wave direction (total)
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 46 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation peak wave direction of wind waves
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 71 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation peak wave direction of total swell
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 72 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation peak wave direction of first swell partition
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 68 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation peak wave direction of second swell partition
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 69 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation peak wave direction of third swell partition
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 70 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation whitecap fraction
'Fraction' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 73 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation Benjamin-Feir index 2D
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 99 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation crest-trough correlation
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 100 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation X component of the wave radiative stress to sea ice
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 101 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation Y component of the wave radiative stress to sea ice
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 102 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wave Spectral Skewness
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 77 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation free convective velocity over the oceans
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 81 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation air density over the oceans
'kg m**-3' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 82 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation normalized energy flux into waves
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 83 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation normalized energy flux into ocean
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 85 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation normalized stress into ocean
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 84 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation U-component surface stokes drift
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 21 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation V-component surface stokes drift
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation period corresponding to maximum individual wave height
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation envelop-maximum individual wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 93 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean wave period based on first moment
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean zero-crossing wave period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 28 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wave spectral directional width
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 31 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean wave period based on first moment for wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 26 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean wave period based on second moment for wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 29 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wave spectral directional width for wind waves
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 32 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean wave period based on first moment for swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 27 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean wave period based on second moment for swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 30 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wave spectral directional width for swell
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 33 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation significant height of combined wind waves and swell
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean wave direction
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 14 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation peak wave period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 34 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean wave period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 15 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation coefficient of drag with waves
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 16 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation significant height of wind waves
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 5 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean direction of wind waves
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 75 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean period of wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 6 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation significant height of total swell
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean direction of total swell
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 74 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean period of total swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 9 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean square slope of waves
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation 10 metre wind speed
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 102 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation 10 metre wind direction
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 102 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wave spectral kurtosis
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 43 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation benjamin-Feir index
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 44 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wave spectral peakedness
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 98 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Mean sea water temperature in the upper 300 m
'K' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 15 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	}
#Total column vertically-integrated divergence of water geopotential flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 42 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated eastward enthalpy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated northward enthalpy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated divergence of enthalpy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated divergence of water enthalpy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated divergence of water vapour flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 160 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated divergence of cloud liquid water flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 161 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated divergence of cloud ice water flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 162 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated divergence of rain flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 163 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated divergence of snow flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 164 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated eastward cloud liquid water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 152 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated northward cloud liquid water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 153 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated eastward cloud ice water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 154 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated northward cloud ice water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 155 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated eastward rain flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 156 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated northward rain flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 157 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated eastward snow flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 158 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated northward snow flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 159 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated net source of ozone
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 81 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	}
#Total column vertically-integrated water enthalpy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Temperature tendency due to short-wave radiation
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 22 ;
	}
#Temperature tendency due to long-wave radiation
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 23 ;
	}
#Temperature tendency due to short-wave radiation, clear sky
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 24 ;
	}
#Temperature tendency due to long-wave radiation, clear sky
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	}
#Updraught mass flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 27 ;
	}
#Downdraught mass flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 28 ;
	}
#Updraught detrainment rate
'kg m**-3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 29 ;
	}
#Downdraught detrainment rate
'kg m**-3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 30 ;
	}
#Total precipitation flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	}
#Turbulent diffusion coefficient for heat
'm**2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 20 ;
	}
#Temperature tendency due to parametrisations
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 26 ;
	}
#Specific humidity tendency due to parametrisations
'kg kg**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 108 ;
	}
#Eastward wind tendency due to parametrisations
'm s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 39 ;
	}
#Northward wind tendency due to parametrisations
'm s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 40 ;
	}
#2 metre specific humidity
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#Injection height (from IS4FIRES)
'm' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 40 ;
	}
#Particulate matter d <= 1 um
'kg m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 0 ;
	 scaleFactorOfSecondSize = missing() ;
	 scaledValueOfFirstSize = 1 ;
	 scaleFactorOfFirstSize = 6 ;
	 typeOfSizeInterval = 5 ;
	 aerosolType = 62026 ;
	 scaledValueOfSecondSize = missing() ;
	 is_aerosol = 1 ;
	}
#Particulate matter d <= 2.5 um
'kg m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 0 ;
	 scaleFactorOfSecondSize = missing() ;
	 scaledValueOfFirstSize = 25 ;
	 scaleFactorOfFirstSize = 7 ;
	 typeOfSizeInterval = 5 ;
	 aerosolType = 62026 ;
	 scaledValueOfSecondSize = missing() ;
	 is_aerosol = 1 ;
	}
#Particulate matter d <= 10 um
'kg m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 0 ;
	 scaleFactorOfSecondSize = missing() ;
	 scaledValueOfFirstSize = 10 ;
	 scaleFactorOfFirstSize = 6 ;
	 typeOfSizeInterval = 5 ;
	 aerosolType = 62026 ;
	 scaledValueOfSecondSize = missing() ;
	 is_aerosol = 1 ;
	}
#Mean height of maximum injection
'm' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 39 ;
	}
#Plume top height above surface
'm' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 42 ;
	}
#Volcanic sulfur dioxide mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 8 ;
	 is_chemical_srcsink = 1 ;
	 sourceSinkChemicalPhysicalProcess = 7 ;
	}
#UV visible albedo for diffuse radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 55 ;
	 typeOfGeneratingProcess = 9 ;
	}
#UV visible albedo for direct radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 56 ;
	 typeOfGeneratingProcess = 9 ;
	}
#UV visible albedo for direct radiation, geometric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 57 ;
	 typeOfGeneratingProcess = 9 ;
	}
#UV visible albedo for direct radiation, isotropic component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 58 ;
	 typeOfGeneratingProcess = 9 ;
	}
#UV visible albedo for direct radiation, volumetric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 59 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Plume bottom height above surface
'm' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 41 ;
	}
#Ammonium aerosol mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 aerosolType = 62003 ;
	 is_aerosol = 1 ;
	}
#Nitrate aerosol optical depth at 550 nm
'dimensionless' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 102 ;
	 scaleFactorOfFirstWavelength = 8 ;
	 typeOfSizeInterval = 255 ;
	 aerosolType = 62004 ;
	 scaledValueOfFirstWavelength = 55 ;
	 typeOfWavelengthInterval = 11 ;
	 is_aerosol_optical = 1 ;
	}
#Ammonium aerosol optical depth at 550 nm
'dimensionless' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 102 ;
	 scaleFactorOfFirstWavelength = 8 ;
	 typeOfSizeInterval = 255 ;
	 aerosolType = 62003 ;
	 scaledValueOfFirstWavelength = 55 ;
	 typeOfWavelengthInterval = 11 ;
	 is_aerosol_optical = 1 ;
	}
#Biogenic secondary organic aerosol mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 aerosolType = 62032 ;
	 is_aerosol = 1 ;
	}
#Anthropogenic secondary organic aerosol mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 aerosolType = 62033 ;
	 is_aerosol = 1 ;
	}
#Near IR albedo for diffuse radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 9 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Near IR albedo for direct radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 10 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Near IR albedo for direct radiation, geometric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 11 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Near IR albedo for direct radiation, isotropic component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 12 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Near IR albedo for direct radiation, volumetric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 13 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Volcanic sulfur dioxide mass mixing ratio increment
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 8 ;
	 typeOfGeneratingProcess = 20 ;
	 is_chemical_srcsink = 1 ;
	 sourceSinkChemicalPhysicalProcess = 7 ;
	}
#Ammonium aerosol mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 aerosolType = 62003 ;
	 typeOfGeneratingProcess = 20 ;
	 is_aerosol = 1 ;
	}
#Biogenic secondary organic aerosol mass mixing ratio increment
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 aerosolType = 62032 ;
	 typeOfGeneratingProcess = 20 ;
	 is_aerosol = 1 ;
	}
#Anthropogenic secondary organic aerosol mass mixing ratio increment
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 aerosolType = 62033 ;
	 typeOfGeneratingProcess = 20 ;
	 is_aerosol = 1 ;
	}
#Random pattern 1 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 1 ;
	}
#Random pattern 2 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 2 ;
	}
#Random pattern 3 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 3 ;
	}
#Random pattern 4 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 4 ;
	}
#Random pattern 5 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 5 ;
	}
#Random pattern 6 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 6 ;
	}
#Random pattern 7 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 7 ;
	}
#Random pattern 8 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 8 ;
	}
#Random pattern 9 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 9 ;
	}
#Random pattern 10 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 10 ;
	}
#Random pattern 11 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 11 ;
	}
#Random pattern 12 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 12 ;
	}
#Random pattern 13 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 13 ;
	}
#Random pattern 14 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 14 ;
	}
#Random pattern 15 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 15 ;
	}
#Random pattern 16 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 16 ;
	}
#Random pattern 17 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 17 ;
	}
#Random pattern 18 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 18 ;
	}
#Random pattern 19 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 19 ;
	}
#Random pattern 20 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 20 ;
	}
#Random pattern 21 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 21 ;
	}
#Random pattern 22 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 22 ;
	}
#Random pattern 23 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 23 ;
	}
#Random pattern 24 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 24 ;
	}
#Random pattern 25 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 25 ;
	}
#Random pattern 26 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 26 ;
	}
#Random pattern 27 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 27 ;
	}
#Random pattern 28 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 28 ;
	}
#Random pattern 29 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 29 ;
	}
#Random pattern 30 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 30 ;
	}
#Random pattern 31 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 31 ;
	}
#Random pattern 32 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 32 ;
	}
#Random pattern 33 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 33 ;
	}
#Random pattern 34 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 34 ;
	}
#Random pattern 35 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 35 ;
	}
#Random pattern 36 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 36 ;
	}
#Random pattern 37 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 37 ;
	}
#Random pattern 38 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 38 ;
	}
#Random pattern 39 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 39 ;
	}
#Random pattern 40 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 40 ;
	}
#Random pattern 41 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 41 ;
	}
#Random pattern 42 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 42 ;
	}
#Random pattern 43 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 43 ;
	}
#Random pattern 44 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 44 ;
	}
#Random pattern 45 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 45 ;
	}
#Random pattern 46 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 46 ;
	}
#Random pattern 47 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 47 ;
	}
#Random pattern 48 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 48 ;
	}
#Random pattern 49 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 49 ;
	}
#Random pattern 50 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 50 ;
	}
#Random pattern 51 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 51 ;
	}
#Random pattern 52 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 52 ;
	}
#Random pattern 53 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 53 ;
	}
#Random pattern 54 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 54 ;
	}
#Random pattern 55 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 55 ;
	}
#Random pattern 56 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 56 ;
	}
#Random pattern 57 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 57 ;
	}
#Random pattern 58 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 58 ;
	}
#Random pattern 59 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 59 ;
	}
#Random pattern 60 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 60 ;
	}
#Random pattern 61 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 61 ;
	}
#Random pattern 62 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 62 ;
	}
#Random pattern 63 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 63 ;
	}
#Random pattern 64 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 64 ;
	}
#Random pattern 65 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 65 ;
	}
#Random pattern 66 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 66 ;
	}
#Random pattern 67 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 67 ;
	}
#Random pattern 68 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 68 ;
	}
#Random pattern 69 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 69 ;
	}
#Random pattern 70 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 70 ;
	}
#Random pattern 71 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 71 ;
	}
#Random pattern 72 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 72 ;
	}
#Random pattern 73 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 73 ;
	}
#Random pattern 74 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 74 ;
	}
#Random pattern 75 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 75 ;
	}
#Random pattern 76 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 76 ;
	}
#Random pattern 77 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 77 ;
	}
#Random pattern 78 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 78 ;
	}
#Random pattern 79 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 79 ;
	}
#Random pattern 80 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 80 ;
	}
#Random pattern 81 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 81 ;
	}
#Random pattern 82 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 82 ;
	}
#Random pattern 83 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 83 ;
	}
#Random pattern 84 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 84 ;
	}
#Random pattern 85 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 85 ;
	}
#Random pattern 86 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 86 ;
	}
#Random pattern 87 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 87 ;
	}
#Random pattern 88 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 88 ;
	}
#Random pattern 89 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 89 ;
	}
#Random pattern 90 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 90 ;
	}
#Random pattern 91 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 91 ;
	}
#Random pattern 92 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 92 ;
	}
#Random pattern 93 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 93 ;
	}
#Random pattern 94 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 94 ;
	}
#Random pattern 95 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 95 ;
	}
#Random pattern 96 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 96 ;
	}
#Random pattern 97 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 97 ;
	}
#Random pattern 98 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 98 ;
	}
#Random pattern 99 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 99 ;
	}
#Random pattern 100 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 100 ;
	}
#Random pattern 101 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 101 ;
	}
#Random pattern 102 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 102 ;
	}
#Random pattern 103 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 103 ;
	}
#Random pattern 104 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 104 ;
	}
#Random pattern 105 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 105 ;
	}
#Random pattern 106 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 106 ;
	}
#Random pattern 107 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 107 ;
	}
#Random pattern 108 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 108 ;
	}
#Random pattern 109 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 109 ;
	}
#Random pattern 110 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 110 ;
	}
#Random pattern 111 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 111 ;
	}
#Random pattern 112 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 112 ;
	}
#Random pattern 113 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 113 ;
	}
#Random pattern 114 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 114 ;
	}
#Random pattern 115 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 115 ;
	}
#Random pattern 116 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 116 ;
	}
#Random pattern 117 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 117 ;
	}
#Random pattern 118 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 118 ;
	}
#Random pattern 119 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 119 ;
	}
#Random pattern 120 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 120 ;
	}
#Random pattern 121 for SPP scheme
'dimensionless' = {
	 discipline = 191 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 randomFieldNumber = 121 ;
	}
#Cosine of solar zenith angle
'Numeric' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#UV biologically effective dose
'~' = {
	 discipline = 20 ;
	 parameterCategory = 0 ;
	 parameterNumber = 9 ;
	}
#UV biologically effective dose clear-sky
'~' = {
	 discipline = 20 ;
	 parameterCategory = 0 ;
	 parameterNumber = 10 ;
	}
#Dry deposition of ammonium aerosol
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 aerosolType = 62003 ;
	 is_aerosol = 1 ;
	}
#Sedimentation of ammonium aerosol
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 11 ;
	 aerosolType = 62003 ;
	 is_aerosol = 1 ;
	}
#Wet deposition of ammonium aerosol by large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 9 ;
	 aerosolType = 62003 ;
	 is_aerosol = 1 ;
	}
#Wet deposition of ammonium aerosol by convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 10 ;
	 aerosolType = 62003 ;
	 is_aerosol = 1 ;
	}
#Vertically integrated mass of ammonium aerosol
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 aerosolType = 62003 ;
	 is_aerosol = 1 ;
	}
#Dry deposition of biogenic secondary organic aerosol
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 12 ;
	 aerosolType = 62032 ;
	 is_aerosol = 1 ;
	}
#Sedimentation of biogenic secondary organic aerosol
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 11 ;
	 aerosolType = 62032 ;
	 is_aerosol = 1 ;
	}
#Wet deposition of biogenic secondary organic aerosol by large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 9 ;
	 aerosolType = 62032 ;
	 is_aerosol = 1 ;
	}
#Wet deposition of biogenic secondary organic aerosol by convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 10 ;
	 aerosolType = 62032 ;
	 is_aerosol = 1 ;
	}
#Vertically integrated mass of biogenic secondary organic aerosol
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 aerosolType = 62032 ;
	 is_aerosol = 1 ;
	}
#Dry deposition of anthropogenic secondary organic aerosol
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 12 ;
	 aerosolType = 62033 ;
	 is_aerosol = 1 ;
	}
#Sedimentation of anthropogenic secondary organic aerosol
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 11 ;
	 aerosolType = 62033 ;
	 is_aerosol = 1 ;
	}
#Wet deposition of anthropogenic secondary organic aerosol by large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 9 ;
	 aerosolType = 62033 ;
	 is_aerosol = 1 ;
	}
#Wet deposition of anthropogenic secondary organic aerosol by convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 10 ;
	 aerosolType = 62033 ;
	 is_aerosol = 1 ;
	}
#Vertically integrated mass of anthropogenic secondary organic aerosol
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 aerosolType = 62033 ;
	 is_aerosol = 1 ;
	}
#Secondary organic aerosol optical depth at 550 nm
'dimensionless' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 102 ;
	 scaleFactorOfFirstWavelength = 9 ;
	 aerosolType = 62012 ;
	 scaledValueOfFirstWavelength = 550 ;
	 scaledValueOfSecondWavelength = missing() ;
	 typeOfWavelengthInterval = 11 ;
	 scaleFactorOfSecondWavelength = missing() ;
	 is_aerosol_optical = 1 ;
	}
#Ammonia mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 9 ;
	 is_chemical = 1 ;
	}
#Nitrogen monoxide mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 11 ;
	 is_chemical = 1 ;
	}
#Aromatic peroxy radical mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 60029 ;
	 is_chemical = 1 ;
	}
#Ethyne mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 10010 ;
	 is_chemical = 1 ;
	}
#Acetonitrile mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 10007 ;
	 is_chemical = 1 ;
	}
#Methyl peroxy nitrate mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 10055 ;
	 is_chemical = 1 ;
	}
#Hydrogen cyanide mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 10006 ;
	 is_chemical = 1 ;
	}
#Hydroperoxy aldehydes type 1 mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 60058 ;
	 is_chemical = 1 ;
	}
#Hydroperoxy aldehydes type 2 mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 60059 ;
	 is_chemical = 1 ;
	}
#Isoprene peroxy type B mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 60056 ;
	 is_chemical = 1 ;
	}
#Isoprene peroxy type D mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 60057 ;
	 is_chemical = 1 ;
	}
#Column integrated mass density of Volcanic sulfur dioxide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 constituentType = 8 ;
	 is_chemical_srcsink = 1 ;
	 sourceSinkChemicalPhysicalProcess = 7 ;
	}
#Column integrated mass density of Aromatic peroxy radical
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 constituentType = 60029 ;
	 is_chemical = 1 ;
	}
#Column integrated mass density of Ethyne
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 constituentType = 10010 ;
	 is_chemical = 1 ;
	}
#Column integrated mass density of Acetonitrile
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 constituentType = 10007 ;
	 is_chemical = 1 ;
	}
#Column integrated mass density of Methyl peroxy nitrate
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 constituentType = 10055 ;
	 is_chemical = 1 ;
	}
#Column integrated mass density of Hydrogen cyanide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 constituentType = 10006 ;
	 is_chemical = 1 ;
	}
#Column integrated mass density of Hydroperoxy aldehydes type 1
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 constituentType = 60058 ;
	 is_chemical = 1 ;
	}
#Column integrated mass density of Hydroperoxy aldehydes type 2
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 constituentType = 60059 ;
	 is_chemical = 1 ;
	}
#Column integrated mass density of Isoprene peroxy type B
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 constituentType = 60056 ;
	 is_chemical = 1 ;
	}
#Column integrated mass density of Isoprene peroxy type D
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 constituentType = 60057 ;
	 is_chemical = 1 ;
	}
#Atmosphere emission mass flux of Volcanic sulfur dioxide
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 3 ;
	 constituentType = 8 ;
	 is_chemical_srcsink = 1 ;
	 sourceSinkChemicalPhysicalProcess = 7 ;
	}
#Atmosphere emission mass flux of Aromatic peroxy radical
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 3 ;
	 constituentType = 60029 ;
	 is_chemical = 1 ;
	}
#Atmosphere emission mass flux of Ethyne
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 3 ;
	 constituentType = 10010 ;
	 is_chemical = 1 ;
	}
#Atmosphere emission mass flux of Acetonitrile
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 3 ;
	 constituentType = 10007 ;
	 is_chemical = 1 ;
	}
#Atmosphere emission mass flux of Methyl peroxy nitrate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 3 ;
	 constituentType = 10055 ;
	 is_chemical = 1 ;
	}
#Atmosphere emission mass flux of Hydrogen cyanide
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 3 ;
	 constituentType = 10006 ;
	 is_chemical = 1 ;
	}
#Atmosphere emission mass flux of Hydroperoxy aldehydes type 1
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 3 ;
	 constituentType = 60058 ;
	 is_chemical = 1 ;
	}
#Atmosphere emission mass flux of Hydroperoxy aldehydes type 2
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 3 ;
	 constituentType = 60059 ;
	 is_chemical = 1 ;
	}
#Atmosphere emission mass flux of Isoprene peroxy type B
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 3 ;
	 constituentType = 60056 ;
	 is_chemical = 1 ;
	}
#Atmosphere emission mass flux of Isoprene peroxy type D
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 3 ;
	 constituentType = 60057 ;
	 is_chemical = 1 ;
	}
#Dry deposition velocity of Volcanic sulfur dioxide
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 15 ;
	 constituentType = 8 ;
	 is_chemical_srcsink = 1 ;
	 sourceSinkChemicalPhysicalProcess = 7 ;
	}
#Dry deposition velocity of Aromatic peroxy radical
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 15 ;
	 constituentType = 60029 ;
	 is_chemical = 1 ;
	}
#Dry deposition velocity of Ethyne
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 15 ;
	 constituentType = 10010 ;
	 is_chemical = 1 ;
	}
#Dry deposition velocity of Acetonitrile
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 15 ;
	 constituentType = 10007 ;
	 is_chemical = 1 ;
	}
#Dry deposition velocity of Methyl peroxy nitrate
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 15 ;
	 constituentType = 10055 ;
	 is_chemical = 1 ;
	}
#Dry deposition velocity of Hydrogen cyanide
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 15 ;
	 constituentType = 10006 ;
	 is_chemical = 1 ;
	}
#Dry deposition velocity of Hydroperoxy aldehydes type 1
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 15 ;
	 constituentType = 60058 ;
	 is_chemical = 1 ;
	}
#Dry deposition velocity of Hydroperoxy aldehydes type 2
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 15 ;
	 constituentType = 60059 ;
	 is_chemical = 1 ;
	}
#Dry deposition velocity of Isoprene peroxy type B
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 15 ;
	 constituentType = 60056 ;
	 is_chemical = 1 ;
	}
#Dry deposition velocity of Isoprene peroxy type D
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 15 ;
	 constituentType = 60057 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Ozone
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Hydrogen peroxide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 19 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Carbon monoxide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 4 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Nitric acid
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 17 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Methyl peroxide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10002 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Formaldehyde
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 7 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Aldehydes
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 60018 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Peroxyacetyl nitrate
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10013 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Peroxides
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 60019 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Organic nitrates
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 60020 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Isoprene
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10017 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Sulphur dioxide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Ammonia
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 9 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Sulfate
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 22 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Ammonium
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Methyl glyoxal
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10025 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Nitrogen monoxide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 11 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Hydroperoxy radical
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 14 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Methylperoxy radical
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10001 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Nitrogen dioxide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 5 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Nitrate radical
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 13 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Dinitrogen pentoxide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 15 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Pernitric acid
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 18 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Methanol
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10004 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Formic acid
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10005 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Methacrylic acid
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10027 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Ethane
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10008 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Ethanol
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10011 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Methacrolein
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10028 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Acetone
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10029 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Nitrous acid
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 16 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Glycolaldehyde
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10033 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Glyoxal
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10038 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Hydroxyacetone
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10041 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of all hydroxy-peroxides products of the reaction of hydroxy-isoprene adducts with O2
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 60032 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Acetonitrile
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10007 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Hydrogen cyanide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 10006 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Ozone
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Hydrogen peroxide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 19 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Nitric acid
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 17 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Methyl peroxide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10002 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Formaldehyde
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 7 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Aldehydes
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 60018 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Peroxyacetyl nitrate
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10013 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Peroxides
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 60019 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Organic nitrates
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 60020 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Isoprene
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10017 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Sulphur dioxide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Ammonia
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 9 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Sulfate
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 22 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Ammonium
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Methane sulfonic acid
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10024 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Methyl glyoxal
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10025 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Carbon monoxide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 4 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Lead
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 30296 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Nitrogen monoxide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 11 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Hydroperoxy radical
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 14 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Methylperoxy radical
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10001 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Nitrogen dioxide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 5 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Nitrate radical
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 13 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Dinitrogen pentoxide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 15 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Pernitric acid
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 18 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Methanol
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10004 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Formic acid
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10005 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Methacrylic acid
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10027 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Ethane
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10008 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Ethanol
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10011 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Methacrolein
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10028 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Acetone
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10029 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Chlorine nitrate
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 30 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Hypochlorous acid
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 29 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Hydrogen bromide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 35 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Hypobromous acid
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 36 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Nitrous acid
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 16 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Toluene and less reactive aromatics
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10022 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Xylene and more reactive aromatics
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10023 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Glycolaldehyde
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10033 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Glyoxal
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10038 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Hydroxyacetone
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10041 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of all hydroxy-peroxides products of the reaction of hydroxy-isoprene adducts with O2
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 60032 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Bromine nitrate
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 37 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Hydrogen chloride
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 20001 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Acetonitrile
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10007 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Hydrogen cyanide
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10006 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Hydroperoxy aldehydes type 1
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10058 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Hydroperoxy aldehydes type 2
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 10059 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Geometric height of -10 degrees C atmospheric isothermal level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 26315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	}
#Surface direct short-wave (solar) radiation
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Surface direct short-wave radiation, clear sky
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 61 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Cloud base height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 2 ;
	}
#Geometric height of 0 degrees C atmospheric isothermal level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 27315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	}
#Instantaneous 10 metre wind gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#Relative humidity with respect to water
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 93 ;
	}
#Relative humidity with respect to ice
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 94 ;
	}
#Snow albedo
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 19 ;
	}
#Fraction of convective precipitation cover
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 37 ;
	}
#2 metre relative humidity with respect to water
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 93 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#Liquid water content in snow pack
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 23 ;
	}
#Convective available potential energy shear
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Tropopause pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 7 ;
	 typeOfSecondFixedSurface = 255 ;
	}
#Height of convective cloud top
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 27 ;
	}
#Height of zero-degree wet-bulb temperature
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 44 ;
	}
#Height of one-degree wet-bulb temperature
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 45 ;
	}
#Instantaneous total lightning flash density
'km**-2 day**-1' = {
	 discipline = 0 ;
	 parameterCategory = 17 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Instantaneous cloud-to-ground lightning flash density
'km**-2 day**-1' = {
	 discipline = 0 ;
	 parameterCategory = 17 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Unbalanced component of specific humidity
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 118 ;
	}
#Unbalanced component of specific cloud liquid water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 119 ;
	}
#Unbalanced component of specific cloud ice water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 120 ;
	}
#Accumulated Carbon Dioxide Net Ecosystem Exchange
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 59 ;
	 constituentType = 3 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Accumulated Carbon Dioxide Gross Primary Production
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 60 ;
	 constituentType = 3 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Accumulated Carbon Dioxide Ecosystem Respiration
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 61 ;
	 constituentType = 3 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Carbon dioxide net ecosystem exchange flux
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 59 ;
	 constituentType = 3 ;
	}
#Carbon dioxide gross primary production flux
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 60 ;
	 constituentType = 3 ;
	}
#Carbon dioxide ecosystem respiration flux
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 61 ;
	 constituentType = 3 ;
	}
#Soil moisture top 20 cm
'kg m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 106 ;
	 typeOfSecondFixedSurface = 106 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 2 ;
	 scaleFactorOfSecondFixedSurface = 1 ;
	}
#Soil moisture top 100 cm
'kg m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 106 ;
	 typeOfSecondFixedSurface = 106 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 1 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	}
#Total column supercooled liquid water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 167 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column rain water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 45 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column snow water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Ice temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	}
#Soil temperature top 20 cm
'K' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 106 ;
	 typeOfSecondFixedSurface = 106 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 2 ;
	 scaleFactorOfSecondFixedSurface = 1 ;
	}
#Soil temperature top 100 cm
'K' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 106 ;
	 typeOfSecondFixedSurface = 106 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 1 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	}
#Atmosphere emission mass flux of Methane from Wetlands
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 3 ;
	 constituentType = 2 ;
	 is_chemical_srcsink = 1 ;
	 sourceSinkChemicalPhysicalProcess = 10 ;
	}
#Accumulated mass emission of methane from Wetlands
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 3 ;
	 constituentType = 2 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical_srcsink = 1 ;
	 sourceSinkChemicalPhysicalProcess = 10 ;
	}
#Surface short-wave (solar) radiation downward clear-sky
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Surface long-wave (thermal) radiation downward clear-sky
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Convective precipitation
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Water runoff and drainage
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 33 ;
	}
#Instantaneous large-scale precipitation fraction
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Convective rain rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 76 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Large scale rain rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 77 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Convective snowfall rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 55 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Large scale snowfall rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Mixed-layer CAPE in the lowest 50 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 5000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#Mixed-layer CIN in the lowest 50 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 5000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#Mixed-layer CAPE in the lowest 100 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 10000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#Mixed-layer CIN in the lowest 100 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 10000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#Most-unstable CAPE
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	}
#Most-unstable CIN
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	}
#Departure level of the most unstable parcel expressed as Pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	}
#Urban cover
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 6 ;
	 parameterNumber = 0 ;
	}
#Road Cover
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 6 ;
	 parameterNumber = 1 ;
	}
#Building cover
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 6 ;
	 parameterNumber = 2 ;
	}
#Building height
'm' = {
	 discipline = 2 ;
	 parameterCategory = 6 ;
	 parameterNumber = 3 ;
	}
#Vertical-to-horizontal area ratio
'm**2 m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 6 ;
	 parameterNumber = 4 ;
	}
#Standard deviation of building height
'm' = {
	 discipline = 2 ;
	 parameterCategory = 6 ;
	 parameterNumber = 5 ;
	}
#Wetland cover
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 45 ;
	}
#Wetland type
'(Code table 4.239)' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 46 ;
	}
#Irrigation cover
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 47 ;
	}
#C4 crop cover
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 48 ;
	}
#C4 grass cover
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 49 ;
	}
#Accumulated freezing rain water equivalent
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 67 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Runoff water equivalent (surface plus subsurface)
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 42 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Snow evaporation water equivalent
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 148 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Potential evaporation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 143 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Potential evaporation
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 143 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Tile fraction
'Proportion' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 36 ;
	}
#Tile percentage
'%' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 37 ;
	}
#Forecast logarithm of surface roughness length for moisture
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 55 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface runoff rate
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 51 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface runoff
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 51 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Sub-surface runoff rate
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Sub-surface runoff
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Reflectance in 0.4 micron channel
'%' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 30 ;
	}
#Vertical divergence
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 59 ;
	}
#Drag thermal coefficient
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 60 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Drag evaporation coefficient
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 61 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Pressure departure from hydrostatic state
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 46 ;
	}
#Surface net radiation flux (SW and LW)
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Top net radiation flux (SW and LW)
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 8 ;
	}
#Global irradiance on tilted surfaces
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 47 ;
	}
#Eady growth rate
'day**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 22 ;
	}
#Tropical cyclones track density
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 4 ;
	}
#Canopy air temperature
'K' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 63 ;
	}
#Soil wetness index (total layer)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 30 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 151 ;
	}
#Soil wetness index (root zone)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 30 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 167 ;
	}
#Soil wetness index (layer)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 30 ;
	 typeOfFirstFixedSurface = 151 ;
	 typeOfSecondFixedSurface = 151 ;
	}
#Distance downward from roof surface
'm' = {
	 discipline = 2 ;
	 parameterCategory = 6 ;
	 parameterNumber = 6 ;
	}
#Distance inward from outer wall surface
'm' = {
	 discipline = 2 ;
	 parameterCategory = 6 ;
	 parameterNumber = 7 ;
	}
#Distance downward from road surface
'm' = {
	 discipline = 2 ;
	 parameterCategory = 6 ;
	 parameterNumber = 8 ;
	}
#Renewable power capacity
'W' = {
	 discipline = 20 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Renewable power production rate
'W' = {
	 discipline = 20 ;
	 parameterCategory = 3 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Renewable power production
'W s' = {
	 discipline = 20 ;
	 parameterCategory = 3 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Wind power capacity
'W' = {
	 discipline = 20 ;
	 parameterCategory = 3 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Wind power production rate
'W' = {
	 discipline = 20 ;
	 parameterCategory = 3 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Wind power production
'W s' = {
	 discipline = 20 ;
	 parameterCategory = 3 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Solar photovoltaic (PV) power capacity
'W' = {
	 discipline = 20 ;
	 parameterCategory = 3 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Solar photovoltaic (PV) power production rate
'W' = {
	 discipline = 20 ;
	 parameterCategory = 3 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Solar photovoltaic (PV) power production
'W s' = {
	 discipline = 20 ;
	 parameterCategory = 3 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Graupel (snow pellets) precipitation
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 75 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total lightning flash density
'km**-2' = {
	 discipline = 0 ;
	 parameterCategory = 17 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Pressure at cloud base
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 2 ;
	}
#Geometric height of adiabatic condensation level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 5 ;
	}
#Geometric height of free convection level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 14 ;
	}
#Geometric height of neutral buoyancy level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 16 ;
	}
#Geometric height of 3 degrees C atmospheric isothermal level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 27615 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	}
#Roof temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 185 ;
	}
#Wall temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 186 ;
	}
#Road temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 187 ;
	}
#Snow depth water equivalent on roof
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 60 ;
	 typeOfFirstFixedSurface = 185 ;
	}
#Snow depth water equivalent on road
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 60 ;
	 typeOfFirstFixedSurface = 187 ;
	}
#Urban canyon temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 187 ;
	 typeOfSecondFixedSurface = 185 ;
	}
#Urban canyon specific humidity
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 187 ;
	 typeOfSecondFixedSurface = 185 ;
	}
#Convective snowfall water equivalent
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 55 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Large-scale snowfall water equivalent
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Lake surface temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	}
#Surface bulk Richardson number
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface roughness for heat
'm' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 47 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface roughness for moisture
'm' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 48 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Snow evaporation rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 148 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Radar reflectivity
'dB' = {
	 discipline = 0 ;
	 parameterCategory = 16 ;
	 parameterNumber = 4 ;
	}
#Pressure at cloud ceiling
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 19 ;
	 scaledValueOfFirstFixedSurface = 50 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#Visibility through precipitation
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 51 ;
	}
#Geometric height of 0 degrees C theta level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 107 ;
	 scaledValueOfFirstFixedSurface = 27315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	}
#Geometric height of 1 degree C theta level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 107 ;
	 scaledValueOfFirstFixedSurface = 27415 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	}
#Geometric height of 1.5 degrees C theta level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 107 ;
	 scaledValueOfFirstFixedSurface = 27465 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	}
#Volumetric soil moisture (root zone)
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 167 ;
	}
#Total column vertical-maximum radar precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 16 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertical-maximum radar reflectivity
'dB' = {
	 discipline = 0 ;
	 parameterCategory = 16 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Thunderstorm hazard index
'(Code table 4.253)' = {
	 discipline = 20 ;
	 parameterCategory = 4 ;
	 parameterNumber = 3 ;
	}
#Surface water flooding hazard index
'(Code table 4.253)' = {
	 discipline = 20 ;
	 parameterCategory = 4 ;
	 parameterNumber = 12 ;
	}
#Polluted air hazard index
'(Code table 4.253)' = {
	 discipline = 20 ;
	 parameterCategory = 4 ;
	 parameterNumber = 18 ;
	}
#Storm surge hazard index
'(Code table 4.253)' = {
	 discipline = 20 ;
	 parameterCategory = 4 ;
	 parameterNumber = 27 ;
	}
#Cold wave hazard index
'(Code table 4.253)' = {
	 discipline = 20 ;
	 parameterCategory = 4 ;
	 parameterNumber = 40 ;
	}
#Frost (hoar frost) hazard index
'(Code table 4.253)' = {
	 discipline = 20 ;
	 parameterCategory = 4 ;
	 parameterNumber = 43 ;
	}
#Heatwave hazard index
'(Code table 4.253)' = {
	 discipline = 20 ;
	 parameterCategory = 4 ;
	 parameterNumber = 47 ;
	}
#Wind hazard index
'(Code table 4.253)' = {
	 discipline = 20 ;
	 parameterCategory = 4 ;
	 parameterNumber = 60 ;
	}
#Wildfires hazard index
'(Code table 4.253)' = {
	 discipline = 20 ;
	 parameterCategory = 5 ;
	 parameterNumber = 13 ;
	}
#Burned area
'%' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 3 ;
	}
#Burning area
'%' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 20 ;
	}
#Burnable area
'%' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	}
#Un-burnable area
'%' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	}
#Fuel load
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 23 ;
	}
#Combustion completeness
'%' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 24 ;
	}
#Fuel moisture content
'kg kg**-1' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 25 ;
	}
#Live leaf fuel load
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 27 ;
	}
#Live wood fuel load 
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 28 ;
	}
#Dead leaf fuel load
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 29 ;
	}
#Dead wood fuel load
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 30 ;
	}
#Live fuel moisture content
'kg kg**-1' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 31 ;
	}
#Fine dead leaf moisture content
'kg kg**-1' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 32 ;
	}
#Dense dead leaf moisture content
'kg kg**-1' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 33 ;
	}
#Fine dead wood moisture content
'kg kg**-1' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 34 ;
	}
#Dense dead wood moisture content
'kg kg**-1' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 35 ;
	}
#Live fuel moisture content in low vegetation
'kg kg**-1' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 37 ;
	}
#Live fuel moisture content in high vegetation
'kg kg**-1' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 38 ;
	}
#Time-integrated total column vertically-integrated eastward geopotential flux
'J m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated northward geopotential flux
'J m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated divergence of water geopotential flux
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 42 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated divergence of geopotential flux
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 43 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated eastward enthalpy flux
'J m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated northward enthalpy flux
'J m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated eastward kinetic energy flux
'J m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated northward kinetic energy flux
'J m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated eastward total energy flux
'J m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated northward total energy flux
'J m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 12 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated divergence of enthalpy flux
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated divergence of kinetic energy flux
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated divergence of total energy flux
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated divergence of water enthalpy flux
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated divergence of mass flux
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 35 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated eastward mass flux
'kg m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated northward mass flux
'kg m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated divergence of water vapour flux
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 160 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated divergence of cloud liquid water flux
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 161 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated divergence of cloud ice water flux
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 162 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated divergence of rain flux
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 163 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated divergence of snow flux
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 164 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated eastward water vapour flux
'kg m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 150 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated northward water vapour flux
'kg m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 151 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated eastward cloud liquid water flux
'kg m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 152 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated northward cloud liquid water flux
'kg m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 153 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated eastward cloud ice water flux
'kg m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 154 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated northward cloud ice water flux
'kg m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 155 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated eastward rain flux
'kg m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 156 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated northward rain flux
'kg m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 157 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated eastward snow flux
'kg m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 158 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total column vertically-integrated northward snow flux
'kg m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 159 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-mean temperature tendency due to short-wave radiation
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean temperature tendency due to long-wave radiation
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean temperature tendency due to short wave radiation, clear sky
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 24 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean temperature tendency due to long-wave radiation, clear sky
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean temperature tendency due to parametrisations
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 26 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean specific humidity tendency due to parametrisations
'kg kg**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 108 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean eastward wind tendency due to parametrisations
'm s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 39 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean northward wind tendency due to parametrisations
'm s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 40 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean updraught mass flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 27 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean downdraught mass flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 28 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean updraught detrainment rate
'kg m**-3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 29 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean downdraught detrainment rate
'kg m**-3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 30 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total precipitation flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean turbulent diffusion coefficient for heat
'm**2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time integral of rain flux
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 65 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time integral of surface eastward momentum flux
'N m**-2 s' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time integral of surface northward momentum flux
'N m**-2 s' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time integral of surface latent heat evaporation flux
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 30 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-mean surface runoff rate
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 51 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sub-surface runoff rate
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface photosynthetically active radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 60 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean snow evaporation rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 148 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean snow melt rate
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean magnitude of turbulent surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 58 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean large-scale precipitation fraction
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface downward UV radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 12 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface photosynthetically active radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean large-scale precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean convective precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total snowfall rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 53 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean boundary layer dissipation
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface sensible heat flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface latent heat flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface downward short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface downward long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface net short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface net long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean top net short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean top net long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean eastward turbulent surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 62 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean northward turbulent surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 63 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean moisture flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 79 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sunshine duration fraction
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 51 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Time-mean eastward gravity wave surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean northward gravity wave surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean gravity wave dissipation
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean runoff rate water equivalent (surface plus subsurface)
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 42 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean top net short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean top net long-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface net short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface net long-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time mean top downward short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated moisture divergence flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 165 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean convective snowfall rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 55 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean large scale snowfall rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface direct short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface direct short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 61 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Mean surface diffuse short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface downward short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface downward long-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean potential evaporation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 143 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time integral of surface latent heat sublimation flux
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 31 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time integral of evapotranspiration flux
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 39 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-mean evapotranspiration rate
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 39 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time integral of potential evapotranspiration rate
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-mean potential evapotranspiration rate
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean volumetric soil moisture
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean snow depth water equivalent
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 60 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean skin temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean snow density
'kg m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 61 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean low vegetation cover
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 53 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean high vegetation cover
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 54 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea ice area fraction
'(0 - 1)' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea surface temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean leaf area index, low vegetation
'm**2 m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 55 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean leaf area index, high vegetation
'm**2 m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 56 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column liquid water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 69 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column cloud ice water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 70 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean 2 metre specific humidity
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean lake mix-layer temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 166 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean lake mix-layer depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 166 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean 2 metre relative humidity
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean fraction of snow cover
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 121 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean soil temperature
'K' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wind speed
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean charnock
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 76 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean potential vorticity
'K m**2 kg**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 14 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean specific rain water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 85 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean specific snow water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 86 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean eta-coordinate vertical velocity
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 32 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean visibility
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wind direction
'Degree true' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column snow water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean low cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean medium cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean high cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 5 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column rain water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 45 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean soil moisture top 20 cm
'kg m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 106 ;
	 typeOfSecondFixedSurface = 106 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 2 ;
	 scaleFactorOfSecondFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean soil moisture top 100 cm
'kg m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 106 ;
	 typeOfSecondFixedSurface = 106 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 1 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean soil temperature top 20 cm
'K' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 106 ;
	 typeOfSecondFixedSurface = 106 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 2 ;
	 scaleFactorOfSecondFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean soil temperature top 100 cm
'K' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 106 ;
	 typeOfSecondFixedSurface = 106 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 1 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean most-unstable CAPE
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean volumetric soil moisture top 20 cm
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 106 ;
	 typeOfSecondFixedSurface = 106 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 2 ;
	 scaleFactorOfSecondFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean volumetric soil moisture top 100 cm
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 106 ;
	 typeOfSecondFixedSurface = 106 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 1 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated graupel (snow pellets)
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 74 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean geopotential
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean U component of wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 2 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean V component of wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean specific humidity
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean vertical velocity
'Pa s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 51 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated water vapour
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 64 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean vorticity (relative)
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 12 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface net radiation flux (SW and LW)
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean top net radiation flux (SW and LW)
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean sea level pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 101 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean divergence
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 13 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean relative humidity
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean boundary layer height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean 10 metre U wind component
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean 10 metre V wind component
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean 2 metre dewpoint temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sunshine
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean ozone mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 14 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean temperature of snow layer
'K' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 28 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean forecast surface roughness
'm' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean forecast logarithm of surface roughness for heat
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean specific cloud liquid water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 83 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean specific cloud ice water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 84 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean fraction of cloud cover
'(0 - 1)' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 32 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean K index
'K' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 2 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total totals index
'K' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean 10 metre wind direction
'Degree true' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean clear air turbulence (CAT)
'm**2/3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 29 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean forecast albedo
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean potential temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 2 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean discharge from rivers or streams
'm**3 s**-1' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 7 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean soil wetness index (total layer)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 30 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 151 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean soil wetness index (root zone)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 30 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 167 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean soil wetness index(layer)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 30 ;
	 typeOfFirstFixedSurface = 151 ;
	 typeOfSecondFixedSurface = 151 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean floodplain depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 17 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean floodplain flooded fraction
'Proportion' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 18 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean floodplain flooded area
'm**2' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 19 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean river fraction
'Proportion' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean river area
'm**2' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 21 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean fraction of river coverage plus river related flooding
'Proportion' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean area of river coverage plus river related flooding
'm**2' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean UV visible albedo for direct radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 56 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-mean UV visible albedo for diffuse radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 55 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-mean near IR albedo for direct radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 10 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-mean near IR albedo for diffuse radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 9 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-mean snow albedo
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 19 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean montgomery potential
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean convective available potential energy
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean skin reservoir content
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 50 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column integrated ozone
'DU' = {
	 discipline = 0 ;
	 parameterCategory = 14 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated kinetic energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated enthalpy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated potential + internal energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated potential+internal+latent energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated total energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated water enthalpy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean UV visible albedo for direct radiation, isotropic component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 58 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-mean UV visible albedo for direct radiation, volumetric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 59 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-mean UV visible albedo for direct radiation, geometric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 57 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-mean near IR albedo for direct radiation, isotropic component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 12 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-mean near IR albedo for direct radiation, volumetric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 13 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-mean near IR albedo for direct radiation, geometric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 11 ;
	 typeOfStatisticalProcessing = 0 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-mean convective inhibition
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean friction velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 17 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean lake bottom temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 162 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean lake total layer temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 162 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean lake shape factor
'dimensionless' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 10 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean lake ice surface temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean lake ice total depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean minimum vertical gradient of refractivity inside trapping layer
'm**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 45 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mean vertical gradient of refractivity inside trapping layer
'm**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 44 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean duct base height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 41 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean trapping layer base height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 42 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean trapping layer top height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 43 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean geometric height of -10 degrees C atmospheric isothermal level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 26315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean cloud base height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean geometric height of 0 degrees C atmospheric isothermal level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 27315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean 10 metre wind gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean relative humidity with respect to water
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 93 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean 2 metre relative humidity with respect to water
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 93 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean convective available potential energy shear
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean tropopause pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 7 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean height of convective cloud top
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 27 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean height of zero-degree wet-bulb temperature
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 44 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean height of one-degree wet-bulb temperature
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 45 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total lightning flash density
'km**-2 day**-1' = {
	 discipline = 0 ;
	 parameterCategory = 17 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column supercooled liquid water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 167 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean 10 metre U-component of neutral wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean 10 metre V-component of neutral wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 57 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean convective rain rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 76 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean large scale rain rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 77 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mixed-layer CAPE in the lowest 50 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 5000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mixed-layer CIN in the lowest 50 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 5000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mixed-layer CAPE in the lowest 100 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 10000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mixed-layer CIN in the lowest 100 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 10000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean departure level of the most unstable parcel expressed as Pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean ceiling
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 13 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column integrated saturation specific humidity with respect to water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 169 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface direct normal short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean cosine of solar zenith angle
'Numeric' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean freezing rain precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 67 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated eastward geopotential flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated northward geopotential flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated divergence of water geopotential flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 42 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated divergence of geopotential flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 43 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated eastward enthalpy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated northward enthalpy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated eastward kinetic energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated northward kinetic energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated eastward total energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated northward total energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 12 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated divergence of enthalpy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated divergence of kinetic energy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated divergence of total energy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated divergence of water enthalpy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated divergence of mass flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 35 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated eastward mass flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated northward mass flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated divergence of water vapour flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 160 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated divergence of cloud liquid water flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 161 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated divergence of cloud ice water flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 162 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated divergence of rain flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 163 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated divergence of snow flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 164 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated eastward water vapour flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 150 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated northward water vapour flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 151 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated eastward cloud liquid water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 152 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated northward cloud liquid water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 153 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated eastward cloud ice water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 154 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated northward cloud ice water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 155 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated eastward rain flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 156 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated northward rain flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 157 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated eastward snow flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 158 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated northward snow flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 159 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated eastward ozone flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 78 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated northward ozone flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 79 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated divergence of ozone flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 80 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically-integrated net source of ozone
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 81 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean eastward turbulent surface stress due to orographic form drag
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 64 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean northward turbulent surface stress due to orographic form drag
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 65 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean eastward turbulent surface stress due to surface roughness
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 66 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean northward turbulent surface stress due to surface roughness
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 67 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean visibility through precipitation
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 51 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean cloud-to-ground lightning flash density
'km**-2 day**-1' = {
	 discipline = 0 ;
	 parameterCategory = 17 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean land surface heat net flux
'W m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 7 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface direct normal short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 62 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean 10 metre convective gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 68 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean 10 metre turbulent gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 69 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean geometric height of 0 degrees C theta level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 107 ;
	 scaledValueOfFirstFixedSurface = 27315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean geometric height of 1 degree C theta level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 107 ;
	 scaledValueOfFirstFixedSurface = 27415 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean geometric height of 1.5 degrees C theta level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 107 ;
	 scaledValueOfFirstFixedSurface = 27465 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean vegetation
'%' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean leaf area index
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 28 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface roughness for heat
'm' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 47 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean Reciprocal Obukhov length
'm**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean geometric height of 3 degrees C atmospheric isothermal level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 27615 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean river storage of water
'm**3' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 11 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean floodplain storage of water
'm**3' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 12 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean river depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 162 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean river outflow of water
'm**3 s**-1' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 17 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean floodplain outflow of water
'm**3 s**-1' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 18 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean floodpath outflow of water
'm**3 s**-1' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 19 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface diffuse short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 63 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean volumetric soil moisture (root zone)
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 167 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean liquid water content in snow pack
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean most-unstable CIN
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean specific rain water content (convective)
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 144 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean specific snow water content (convective)
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 145 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean mixed layer depth
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean urban cover
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 6 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean water surface elevation
'm' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 21 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean groundwater return flow rate
'm**3 s**-1' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean river and floodplain storage
'm**3' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean depth-averaged river velocity
'm s**-1' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 24 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-integrated land surface heat net flux
'J m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 7 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated surface direct normal short-wave radiation flux, clear sky
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 62 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-maximum temperature tendency due to short-wave radiation
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum temperature tendency due to long-wave radiation
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum temperature tendency due to short wave radiation, clear sky
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 24 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum temperature tendency due to long-wave radiation, clear sky
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum temperature tendency due to parametrisations
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 26 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum specific humidity tendency due to parametrisations
'kg kg**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 108 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum eastward wind tendency due to parametrisations
'm s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 39 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum northward wind tendency due to parametrisations
'm s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 40 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum updraught mass flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 27 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum downdraught mass flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 28 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum updraught detrainment rate
'kg m**-3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 29 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum downdraught detrainment rate
'kg m**-3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 30 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total precipitation flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum turbulent diffusion coefficient for heat
'm**2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface photosynthetically active radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 60 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum snow evaporation rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 148 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum snow melt rate
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum magnitude of turbulent surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 58 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum large-scale precipitation fraction
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface downward UV radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 12 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface photosynthetically active radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum large-scale precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum convective precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total snowfall rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 53 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum boundary layer dissipation
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface sensible heat flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface latent heat flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface downward short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface downward long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface net short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface net long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum top net short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum top net long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum eastward turbulent surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 62 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum northward turbulent surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 63 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum moisture flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 79 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum eastward gravity wave surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum northward gravity wave surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum gravity wave dissipation
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum runoff rate water equivalent (surface plus subsurface)
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 42 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum top net short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum top net long-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface net short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface net long-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time mean top downward short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated moisture divergence flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 165 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum convective snowfall rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 55 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum large scale snowfall rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface direct short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface direct short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 61 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum carbon dioxide net ecosystem exchange flux
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 59 ;
	 constituentType = 3 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum carbon dioxide gross primary production flux
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 60 ;
	 constituentType = 3 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum carbon dioxide ecosystem respiration flux
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 61 ;
	 constituentType = 3 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface downward short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface downward long-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum potential evaporation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 143 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum volumetric soil moisture
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum snow depth water equivalent
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 60 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum skin temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum snow density
'kg m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 61 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice area fraction
'(0 - 1)' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea surface temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum leaf area index, low vegetation
'm**2 m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 55 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum leaf area index, high vegetation
'm**2 m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 56 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column cloud liquid water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 69 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column cloud ice water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 70 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 2 metre specific humidity
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum lake mix-layer temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 166 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum lake mix-layer depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 166 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 2 metre relative humidity
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum fraction of snow cover
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 121 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum soil temperature
'K' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wind speed
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum charnock
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 76 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum potential vorticity
'K m**2 kg**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 14 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum specific rain water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 85 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum specific snow water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 86 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum eta-coordinate vertical velocity
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 32 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum visibility
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wind direction
'Degree true' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column snow water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum low cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum medium cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum high cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 5 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column rain water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 45 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum most-unstable CAPE
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated graupel (snow pellets)
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 74 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum geopotential
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum u component of wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 2 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum v component of wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum specific humidity
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum vertical velocity
'Pa s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 51 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated water vapour
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 64 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum vorticity (relative)
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 12 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean sea level pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 101 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum divergence
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 13 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum relative humidity
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum boundary layer height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 10 metre U wind component
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 10 metre V wind component
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 2 metre temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 2 metre dewpoint temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sunshine
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum ozone mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 14 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 10 metre wind speed
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum temperature of snow layer
'K' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 28 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum forecast surface roughness
'm' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum forecast logarithm of surface roughness for heat
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum specific cloud liquid water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 83 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum specific cloud ice water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 84 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum fraction of cloud cover
'(0 - 1)' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 32 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum k index
'K' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 2 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total totals index
'K' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 10 metre wind direction
'Degree true' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum clear air turbulence (CAT)
'm**2/3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 29 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum forecast albedo
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum potential temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 2 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum UV visible albedo for direct radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 56 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-maximum UV visible albedo for diffuse radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 55 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-maximum near IR albedo for direct radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 10 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-maximum near IR albedo for diffuse radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 9 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-maximum snow albedo
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 19 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum montgomery potential
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum convective available potential energy
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum skin reservoir content
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 50 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column integrated ozone
'DU' = {
	 discipline = 0 ;
	 parameterCategory = 14 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated kinetic energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated enthalpy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated potential + internal energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated potential+internal+latent energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated total energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated water enthalpy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum UV visible albedo for direct radiation, isotropic component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 58 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-maximum UV visible albedo for direct radiation, volumetric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 59 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-maximum UV visible albedo for direct radiation, geometric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 57 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-maximum near IR albedo for direct radiation, isotropic component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 12 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-maximum near IR albedo for direct radiation, volumetric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 13 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-maximum near IR albedo for direct radiation, geometric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 11 ;
	 typeOfStatisticalProcessing = 2 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-maximum convective inhibition
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum friction velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 17 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum lake bottom temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 162 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum lake total layer temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 162 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum lake shape factor
'dimensionless' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 10 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum lake ice surface temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum lake ice total depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum minimum vertical gradient of refractivity inside trapping layer
'm**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 45 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mean vertical gradient of refractivity inside trapping layer
'm**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 44 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum duct base height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 41 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum trapping layer base height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 42 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum trapping layer top height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 43 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum geometric height of -10 degrees C atmospheric isothermal level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 26315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum cloud base height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum geometric height of 0 degrees C atmospheric isothermal level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 27315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 10 metre wind gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum relative humidity with respect to water
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 93 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 2 metre relative humidity with respect to water
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 93 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum convective available potential energy shear
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum tropopause pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 7 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum height of convective cloud top
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 27 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum height of zero-degree wet-bulb temperature
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 44 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum height of one-degree wet-bulb temperature
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 45 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total lightning flash density
'km**-2 day**-1' = {
	 discipline = 0 ;
	 parameterCategory = 17 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column supercooled liquid water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 167 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 10 metre U-component of neutral wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 10 metre V-component of neutral wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 57 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum convective rain rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 76 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum large scale rain rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 77 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mixed-layer CAPE in the lowest 50 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 5000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mixed-layer CIN in the lowest 50 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 5000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mixed-layer CAPE in the lowest 100 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 10000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mixed-layer CIN in the lowest 100 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 10000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum departure level of the most unstable parcel expressed as Pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum ceiling
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 13 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column integrated saturation specific humidity with respect to water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 169 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface direct normal short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum cosine of solar zenith angle
'Numeric' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum freezing rain precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 67 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated eastward geopotential flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated northward geopotential flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated divergence of water geopotential flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 42 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated divergence of geopotential flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 43 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated eastward enthalpy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated northward enthalpy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated eastward kinetic energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated northward kinetic energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated eastward total energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated northward total energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 12 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated divergence of enthalpy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated divergence of kinetic energy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated divergence of total energy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated divergence of water enthalpy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated divergence of mass flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 35 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated eastward mass flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated northward mass flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated divergence of water vapour flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 160 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated divergence of cloud liquid water flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 161 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated divergence of cloud ice water flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 162 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated divergence of rain flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 163 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated divergence of snow flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 164 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated eastward water vapour flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 150 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated northward water vapour flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 151 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated eastward cloud liquid water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 152 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated northward cloud liquid water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 153 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated eastward cloud ice water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 154 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated northward cloud ice water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 155 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated eastward rain flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 156 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated northward rain flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 157 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated eastward snow flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 158 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated northward snow flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 159 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated eastward ozone flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 78 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated northward ozone flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 79 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated divergence of ozone flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 80 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically-integrated net source of ozone
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 81 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum eastward turbulent surface stress due to orographic form drag
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 64 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum northward turbulent surface stress due to orographic form drag
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 65 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum eastward turbulent surface stress due to surface roughness
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 66 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum northward turbulent surface stress due to surface roughness
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 67 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum visibility through precipitation
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 51 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum cloud-to-ground lightning flash density
'km**-2 day**-1' = {
	 discipline = 0 ;
	 parameterCategory = 17 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 10 metre eastward wind gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 23 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 10 metre northward wind gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum land surface heat net flux
'W m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 7 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface direct normal short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 62 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 10 metre convective gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 68 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum 10 metre turbulent gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 69 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum geometric height of 0 degrees C theta level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 107 ;
	 scaledValueOfFirstFixedSurface = 27315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum geometric height of 1 degree C theta level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 107 ;
	 scaledValueOfFirstFixedSurface = 27415 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum geometric height of 1.5 degrees C theta level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 107 ;
	 scaledValueOfFirstFixedSurface = 27465 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum vegetation
'%' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum leaf area index
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 28 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface roughness for heat
'm' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 47 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum Reciprocal Obukhov length
'm**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum geometric height of 3 degrees C atmospheric isothermal level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 27615 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface diffuse short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 63 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum volumetric soil moisture (root zone)
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 167 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum liquid water content in snow pack
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum most-unstable CIN
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum specific rain water content (convective)
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 144 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum specific snow water content (convective)
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 145 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum mixed layer depth
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum urban cover
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 6 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-minimum temperature tendency due to short-wave radiation
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum temperature tendency due to long-wave radiation
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum temperature tendency due to short wave radiation, clear sky
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 24 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum temperature tendency due to long-wave radiation, clear sky
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum temperature tendency due to parametrisations
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 26 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum specific humidity tendency due to parametrisations
'kg kg**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 108 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum eastward wind tendency due to parametrisations
'm s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 39 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum northward wind tendency due to parametrisations
'm s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 40 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum updraught mass flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 27 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum downdraught mass flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 28 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum updraught detrainment rate
'kg m**-3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 29 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum downdraught detrainment rate
'kg m**-3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 30 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total precipitation flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum turbulent diffusion coefficient for heat
'm**2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface photosynthetically active radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 60 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum snow evaporation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 148 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum snowmelt rate
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum magnitude of turbulent surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 58 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum large-scale precipitation fraction
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface downward UV radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 12 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface photosynthetically active radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum large-scale precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum convective precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum snowfall rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 53 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum boundary layer dissipation
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface sensible heat flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface latent heat flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface downward short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface downward long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface net short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface net long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum top net short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum top net long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum eastward turbulent surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 62 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum northward turbulent surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 63 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum evaporation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 79 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum eastward gravity wave surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum northward gravity wave surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum gravity wave dissipation
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum runoff rate
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 42 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum top net short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum top net long-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface net short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface net long-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum top downward short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated moisture divergence
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 165 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum convective snowfall rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 55 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum large scale snowfall rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface direct short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface direct short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 61 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum carbon dioxide net ecosystem exchange flux
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 59 ;
	 constituentType = 3 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum carbon dioxide gross primary production flux
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 60 ;
	 constituentType = 3 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum carbon dioxide ecosystem respiration flux
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 61 ;
	 constituentType = 3 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface downward short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface downward long-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum potential evaporation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 143 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum volumetric soil moisture
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum snow depth water equivalent
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 60 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum skin temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum snow density
'kg m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 61 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea ice area fraction
'(0 - 1)' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea surface temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum leaf area index, low vegetation
'm**2 m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 55 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum leaf area index, high vegetation
'm**2 m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 56 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column cloud liquid water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 69 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column cloud ice water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 70 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 2 metre specific humidity
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum lake mix-layer temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 166 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum lake mix-layer depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 166 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 2 metre relative humidity
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum fraction of snow cover
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 121 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum soil temperature
'K' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wind speed
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum charnock
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 76 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum potential vorticity
'K m**2 kg**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 14 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum specific rain water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 85 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum specific snow water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 86 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum eta-coordinate vertical velocity
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 32 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum visibility
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wind direction
'Degree true' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column snow water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum low cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum medium cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum high cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 5 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column rain water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 45 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum most-unstable CAPE
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated graupel (snow pellets)
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 74 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum geopotential
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum u component of wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 2 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum v component of wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum specific humidity
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertical velocity
'Pa s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 51 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated water vapour
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 64 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vorticity (relative)
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 12 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean sea level pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 101 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum divergence
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 13 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum relative humidity
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum boundary layer height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 10 metre U wind component
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 10 metre V wind component
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 2 metre temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 2 metre dewpoint temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sunshine
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum ozone mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 14 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 10 metre wind speed
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum temperature of snow layer
'K' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 28 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum forecast surface roughness
'm' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum forecast logarithm of surface roughness for heat
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum specific cloud liquid water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 83 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum specific cloud ice water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 84 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum fraction of cloud cover
'(0 - 1)' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 32 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum k index
'K' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 2 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total totals index
'K' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 10 metre wind direction
'Degree true' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum clear air turbulence (CAT)
'm**2/3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 29 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum forecast albedo
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum potential temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 2 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum UV visible albedo for direct radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 56 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-minimum UV visible albedo for diffuse radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 55 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-minimum near IR albedo for direct radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 10 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-minimum near IR albedo for diffuse radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 9 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-minimum snow albedo
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 19 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum montgomery potential
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum convective available potential energy
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum skin reservoir content
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 50 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column integrated ozone
'DU' = {
	 discipline = 0 ;
	 parameterCategory = 14 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated kinetic energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated enthalpy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated potential + internal energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertical integral of potential+internal+latent energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated total energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated water enthalpy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum UV visible albedo for direct radiation, isotropic component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 58 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-minimum UV visible albedo for direct radiation, volumetric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 59 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-minimum UV visible albedo for direct radiation, geometric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 57 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-minimum near IR albedo for direct radiation, isotropic component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 12 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-minimum near IR albedo for direct radiation, volumetric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 13 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-minimum near IR albedo for direct radiation, geometric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 11 ;
	 typeOfStatisticalProcessing = 3 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-minimum convective inhibition
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum friction velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 17 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum lake bottom temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 162 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum lake total layer temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 162 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum lake shape factor
'dimensionless' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 10 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum lake ice surface temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum lake ice total depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum minimum vertical gradient of refractivity inside trapping layer
'm**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 45 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mean vertical gradient of refractivity inside trapping layer
'm**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 44 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum duct base height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 41 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum trapping layer base height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 42 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum trapping layer top height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 43 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum geometric height of -10 degrees C atmospheric isothermal level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 26315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum cloud base height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum geometric height of 0 degrees C atmospheric isothermal level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 27315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 10 metre wind gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum relative humidity with respect to water
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 93 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 2 metre relative humidity with respect to water
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 93 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum convective available potential energy shear
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum tropopause pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 7 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum height of convective cloud top
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 27 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum height of zero-degree wet-bulb temperature
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 44 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum height of one-degree wet-bulb temperature
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 45 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total lightning flash density
'km**-2 day**-1' = {
	 discipline = 0 ;
	 parameterCategory = 17 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column supercooled liquid water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 167 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 10 metre U-component of neutral wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 10 metre V-component of neutral wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 57 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum convective rain rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 76 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum large scale rain rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 77 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mixed-layer CAPE in the lowest 50 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 5000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mixed-layer CIN in the lowest 50 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 5000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mixed-layer CAPE in the lowest 100 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 10000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mixed-layer CIN in the lowest 100 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 10000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum departure level of the most unstable parcel expressed as Pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum ceiling
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 13 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column integrated saturation specific humidity with respect to water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 169 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum direct solar radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum cosine of solar zenith angle
'Numeric' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum freezing rain rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 67 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated eastward geopotential flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated northward geopotential flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated divergence of water geopotential flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 42 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated divergence of geopotential flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 43 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated eastward enthalpy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated northward enthalpy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated eastward kinetic energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated northward kinetic energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated eastward total energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated northward total energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 12 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated divergence of enthalpy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated divergence of kinetic energy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated divergence of total energy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically-integrated divergence of water enthalpy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated divergence of mass flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 35 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated eastward mass flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated northward mass flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated divergence of water vapour flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 160 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated divergence of cloud liquid water flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 161 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated divergence of cloud ice water flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 162 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated divergence of rain flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 163 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated divergence of snow flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 164 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated eastward water vapour flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 150 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated northward water vapour flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 151 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated eastward cloud liquid water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 152 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated northward cloud liquid water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 153 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated eastward cloud ice water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 154 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated northward cloud ice water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 155 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated eastward rain flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 156 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated northward rain flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 157 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated eastward snow flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 158 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated northward snow flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 159 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated eastward ozone flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 78 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated northward ozone flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 79 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated divergence of ozone flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 80 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated net source of ozone
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 81 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum eastward turbulent surface stress due to orographic form drag
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 64 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum northward turbulent surface stress due to orographic form drag
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 65 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum eastward turbulent surface stress due to surface roughness
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 66 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum northward turbulent surface stress due to surface roughness
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 67 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum visibility through precipitation
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 51 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum cloud-to-ground lightning flash density
'km**-2 day**-1' = {
	 discipline = 0 ;
	 parameterCategory = 17 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum land surface heat net flux
'W m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 7 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface direct normal short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 62 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 10 metre convective gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 68 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum 10 metre turbulent gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 69 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum geometric height of 0 degrees C theta level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 107 ;
	 scaledValueOfFirstFixedSurface = 27315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum geometric height of 1 degree C theta level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 107 ;
	 scaledValueOfFirstFixedSurface = 27415 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum geometric height of 1.5 degrees C theta level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 107 ;
	 scaledValueOfFirstFixedSurface = 27465 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vegetation
'%' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum leaf area index
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 28 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface roughness for heat
'm' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 47 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum Reciprocal Obukhov length
'm**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum geometric height of 3 degrees C atmospheric isothermal level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 27615 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface diffuse short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 63 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum volumetric soil moisture (root zone)
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 167 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum liquid water content in snow pack
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum most-unstable CIN
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum specific rain water content (convective)
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 144 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum specific snow water content (convective)
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 145 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum mixed layer depth
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum urban cover
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 6 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-standard-deviation temperature tendency due to short-wave radiation
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation temperature tendency due to long-wave radiation
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation temperature tendency due to short wave radiation, clear sky
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 24 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation temperature tendency due to long-wave radiation, clear sky
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation temperature tendency due to parametrisations
'K s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 26 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation specific humidity tendency due to parametrisations
'kg kg**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 108 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation eastward wind tendency due to parametrisations
'm s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 39 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation northward wind tendency due to parametrisations
'm s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 40 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation updraught mass flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 27 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation downdraught mass flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 28 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation updraught detrainment rate
'kg m**-3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 29 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation downdraught detrainment rate
'kg m**-3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 30 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total precipitation flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation turbulent diffusion coefficient for heat
'm**2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface photosynthetically active radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 60 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation snow evaporation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 148 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation snowmelt rate
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation magnitude of turbulent surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 58 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation large-scale precipitation fraction
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface downward UV radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 12 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface photosynthetically active radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation large-scale precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation convective precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation snowfall rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 53 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation boundary layer dissipation
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface sensible heat flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface latent heat flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface downward short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface downward long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface net short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface net long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation top net short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation top net long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation eastward turbulent surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 62 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation northward turbulent surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 63 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation evaporation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 79 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation eastward gravity wave surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation northward gravity wave surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation gravity wave dissipation
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation runoff rate
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 42 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation top net short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation top net long-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface net short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface net long-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation top downward short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated moisture divergence
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 165 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation convective snowfall rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 55 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation large scale snowfall rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface direct short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface direct short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 61 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation carbon dioxide net ecosystem exchange flux
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 59 ;
	 constituentType = 3 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation carbon dioxide gross primary production flux
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 60 ;
	 constituentType = 3 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation carbon dioxide ecosystem respiration flux
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 61 ;
	 constituentType = 3 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface downward short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface downward long-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation potential evaporation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 143 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation volumetric soil moisture
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation snow depth water equivalent
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 60 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation skin temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation snow density
'kg m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 61 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice area fraction
'(0 - 1)' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea surface temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation leaf area index, low vegetation
'm**2 m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 55 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation leaf area index, high vegetation
'm**2 m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 56 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column cloud liquid water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 69 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column cloud ice water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 70 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation 2 metre specific humidity
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation lake mix-layer temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 166 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation lake mix-layer depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 166 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation fraction of snow cover
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 121 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation soil temperature
'K' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wind speed
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation charnock
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 76 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation potential vorticity
'K m**2 kg**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 14 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation specific rain water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 85 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation specific snow water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 86 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation eta-coordinate vertical velocity
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 32 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation visibility
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wind direction
'Degree true' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column snow water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation low cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation medium cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation high cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 5 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column rain water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 45 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation most-unstable CAPE
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated graupel (snow pellets)
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 74 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation geopotential
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation u component of wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 2 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation v component of wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation specific humidity
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertical velocity
'Pa s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 51 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated water vapour
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 64 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vorticity (relative)
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 12 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean sea level pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 101 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation divergence
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 13 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation relative humidity
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation boundary layer height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation 10 metre U wind component
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation 10 metre V wind component
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation 2 metre temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation 2 metre dewpoint temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sunshine
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation ozone mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 14 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation 10 metre wind speed
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation temperature of snow layer
'K' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 28 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation forecast surface roughness
'm' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation forecast logarithm of surface roughness for heat
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation specific cloud liquid water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 83 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation specific cloud ice water content
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 84 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation fraction of cloud cover
'(0 - 1)' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 32 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation k index
'K' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 2 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total totals index
'K' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation 10 metre wind direction
'Degree true' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation clear air turbulence (CAT)
'm**2/3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 29 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation forecast albedo
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation potential temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 2 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation UV visible albedo for direct radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 56 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-standard-deviation UV visible albedo for diffuse radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 55 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-standard-deviation near IR albedo for direct radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 10 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-standard-deviation near IR albedo for diffuse radiation (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 9 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-standard-deviation snow albedo
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 19 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation montgomery potential
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation convective available potential energy
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation skin reservoir content
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 50 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column integrated ozone
'DU' = {
	 discipline = 0 ;
	 parameterCategory = 14 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated kinetic energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated enthalpy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated potential + internal energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertical integral of potential+internal+latent energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated total energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated water enthalpy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation UV visible albedo for direct radiation, isotropic component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 58 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-standard-deviation UV visible albedo for direct radiation, volumetric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 59 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-standard-deviation UV visible albedo for direct radiation, geometric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 57 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-standard-deviation near IR albedo for direct radiation, isotropic component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 12 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-standard-deviation near IR albedo for direct radiation, volumetric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 13 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-standard-deviation near IR albedo for direct radiation, geometric component (climatological)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 11 ;
	 typeOfStatisticalProcessing = 6 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Time-standard-deviation convective inhibition
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation friction velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 17 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation lake bottom temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 162 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation lake total layer temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 162 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation lake shape factor
'dimensionless' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 10 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation lake ice surface temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation lake ice total depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation minimum vertical gradient of refractivity inside trapping layer
'm**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 45 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mean vertical gradient of refractivity inside trapping layer
'm**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 44 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation duct base height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 41 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation trapping layer base height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 42 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation trapping layer top height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 43 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation geometric height of -10 degrees C atmospheric isothermal level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 26315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation cloud base height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation geometric height of 0 degrees C atmospheric isothermal level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 27315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation 10 metre wind gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation relative humidity with respect to water
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 93 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation 2 metre relative humidity with respect to water
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 93 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation convective available potential energy shear
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation tropopause pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 7 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation height of convective cloud top
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 27 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation height of zero-degree wet-bulb temperature
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 44 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation height of one-degree wet-bulb temperature
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 45 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total lightning flash density
'km**-2 day**-1' = {
	 discipline = 0 ;
	 parameterCategory = 17 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column supercooled liquid water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 167 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation 10 metre U-component of neutral wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation 10 metre V-component of neutral wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 57 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation convective rain rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 76 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation large scale rain rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 77 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mixed-layer CAPE in the lowest 50 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 5000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mixed-layer CIN in the lowest 50 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 5000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mixed-layer CAPE in the lowest 100 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 10000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mixed-layer CIN in the lowest 100 hPa
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 18 ;
	 scaledValueOfFirstFixedSurface = 10000 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation departure level of the most unstable parcel expressed as Pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation ceiling
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 13 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column integrated saturation specific humidity with respect to water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 169 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation direct solar radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation cosine of solar zenith angle
'Numeric' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation freezing rain rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 67 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated eastward geopotential flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated northward geopotential flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated divergence of water geopotential flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 42 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated divergence of geopotential flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 43 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated eastward enthalpy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated northward enthalpy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated eastward kinetic energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated northward kinetic energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated eastward total energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated northward total energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 12 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated divergence of enthalpy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated divergence of kinetic energy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated divergence of total energy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically-integrated divergence of water enthalpy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated divergence of mass flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 35 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated eastward mass flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated northward mass flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated divergence of water vapour flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 160 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated divergence of cloud liquid water flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 161 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated divergence of cloud ice water flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 162 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated divergence of rain flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 163 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated divergence of snow flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 164 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated eastward water vapour flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 150 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated northward water vapour flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 151 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated eastward cloud liquid water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 152 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated northward cloud liquid water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 153 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated eastward cloud ice water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 154 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated northward cloud ice water flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 155 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated eastward rain flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 156 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated northward rain flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 157 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated eastward snow flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 158 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated northward snow flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 159 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated eastward ozone flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 78 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated northward ozone flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 79 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated divergence of ozone flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 80 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated net source of ozone
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 81 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation eastward turbulent surface stress due to orographic form drag
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 64 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation northward turbulent surface stress due to orographic form drag
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 65 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation eastward turbulent surface stress due to surface roughness
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 66 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation northward turbulent surface stress due to surface roughness
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 67 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation cloud-to-ground lightning flash density
'km**-2 day**-1' = {
	 discipline = 0 ;
	 parameterCategory = 17 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation land surface heat net flux
'W m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 7 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface direct normal short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 62 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation 10 metre convective gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 68 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation 10 metre turbulent gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 69 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation geometric height of 0 degrees C theta level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 107 ;
	 scaledValueOfFirstFixedSurface = 27315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation geometric height of 1 degree C theta level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 107 ;
	 scaledValueOfFirstFixedSurface = 27415 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation geometric height of 1.5 degrees C theta level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 107 ;
	 scaledValueOfFirstFixedSurface = 27465 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vegetation
'%' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation leaf area index
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 28 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface roughness for heat
'm' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 47 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation Reciprocal Obukhov length
'm**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation geometric height of 3 degrees C atmospheric isothermal level above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 27615 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface diffuse short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 63 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation volumetric soil moisture (root zone)
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 167 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation liquid water content in snow pack
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation most-unstable CIN
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 17 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation specific rain water content (convective)
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 144 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation specific snow water content (convective)
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 145 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation mixed layer depth
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation urban cover
'(0 - 1)' = {
	 discipline = 2 ;
	 parameterCategory = 6 ;
	 parameterNumber = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Cross sectional area of flow in channel
'm**2' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 13 ;
	}
#Side flow into river channel
'm**3 s**-1 m**-1' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 10 ;
	}
#Discharge from rivers or streams
'm**3 s**-1' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 7 ;
	}
#River storage of water
'm**3' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 11 ;
	}
#Floodplain storage of water
'm**3' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 12 ;
	}
#Days since last observation
'Integer' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 3 ;
	}
#Frost index
'K' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 24 ;
	}
#Depth of water on soil surface
'kg m**-2' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 13 ;
	}
#Upstream accumulated precipitation
'kg m**-2' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 14 ;
	}
#Upstream accumulated snow melt
'kg m**-2' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 15 ;
	}
#Snow depth at elevation bands
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 25 ;
	}
#Groundwater upper storage
'kg m**-2' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 8 ;
	}
#Groundwater lower storage
'kg m**-2' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 9 ;
	}
#Lake depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 15 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 162 ;
	}
#River depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 162 ;
	}
#River outflow of water
'm**3 s**-1' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 17 ;
	}
#Floodplain outflow of water
'm**3 s**-1' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 18 ;
	}
#Floodpath outflow of water
'm**3 s**-1' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 19 ;
	}
#Floodplain depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 17 ;
	}
#Floodplain flooded fraction
'Proportion' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 18 ;
	}
#Floodplain flooded area
'm**2' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 19 ;
	}
#River fraction
'Proportion' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 20 ;
	}
#River area
'm**2' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 21 ;
	}
#Fraction of river coverage plus river related flooding
'Proportion' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	}
#Area of river coverage plus river related flooding
'm**2' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 23 ;
	}
#Water surface elevation
'm' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 21 ;
	}
#Groundwater return flow rate
'm**3 s**-1' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 22 ;
	}
#River and floodplain storage
'm**3' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 23 ;
	}
#Depth-averaged river velocity
'm s**-1' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 24 ;
	}
#Latitude
'Degree N' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 1 ;
	}
#Longitude
'Degree E' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 2 ;
	}
#Latitude on T grid
'Degree N' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 1 ;
	 gridDefinitionTemplateNumber = 101 ;
	 numberOfGridInReference = 1 ;
	}
#Longitude on T grid
'Degree E' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 2 ;
	 gridDefinitionTemplateNumber = 101 ;
	 numberOfGridInReference = 1 ;
	}
#Latitude on U grid
'Degree N' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 1 ;
	 gridDefinitionTemplateNumber = 101 ;
	 numberOfGridInReference = 2 ;
	}
#Longitude on U grid
'Degree E' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 2 ;
	 gridDefinitionTemplateNumber = 101 ;
	 numberOfGridInReference = 2 ;
	}
#Latitude on V grid
'Degree N' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 1 ;
	 gridDefinitionTemplateNumber = 101 ;
	 numberOfGridInReference = 3 ;
	}
#Longitude on V grid
'Degree E' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 2 ;
	 gridDefinitionTemplateNumber = 101 ;
	 numberOfGridInReference = 3 ;
	}
#Latitude on W grid
'Degree N' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 1 ;
	 gridDefinitionTemplateNumber = 101 ;
	 numberOfGridInReference = 4 ;
	}
#Longitude on W grid
'Degree E' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 2 ;
	 gridDefinitionTemplateNumber = 101 ;
	 numberOfGridInReference = 4 ;
	}
#Latitude on F grid
'Degree N' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 1 ;
	 gridDefinitionTemplateNumber = 101 ;
	 numberOfGridInReference = 5 ;
	}
#Longitude on F grid
'Degree E' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 2 ;
	 gridDefinitionTemplateNumber = 101 ;
	 numberOfGridInReference = 5 ;
	}
#Total column vertically-integrated graupel (snow pellets)
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 74 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Surface latent heat net flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Heat index
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 12 ;
	}
#Wind chill factor
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 13 ;
	}
#Snow phase change heat flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 16 ;
	}
#Vapor pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 4 ;
	}
#Large scale precipitation (non-convective)
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 9 ;
	}
#Snowfall rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 12 ;
	}
#Convective snow
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 14 ;
	}
#Large scale snow
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 15 ;
	}
#Snow age
'day' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 17 ;
	}
#Absolute humidity
'kg m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 18 ;
	}
#Precipitation type
'(Code table 4.201)' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 19 ;
	}
#Integrated liquid water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 20 ;
	}
#Condensate
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 21 ;
	}
#Cloud mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 22 ;
	}
#Ice water mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 23 ;
	}
#Rain mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 24 ;
	}
#Snow mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 25 ;
	}
#Horizontal moisture convergence
'kg kg**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 26 ;
	}
#Total snowfall
'm' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 57 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Precipitable water category
'(Code table 4.202)' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 30 ;
	}
#Hail
'm' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 31 ;
	}
#Graupel (snow pellets)
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 32 ;
	}
#Categorical rain
'(Code table 4.222)' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 33 ;
	}
#Categorical freezing rain
'(Code table 4.222)' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 34 ;
	}
#Categorical ice pellets
'(Code table 4.222)' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 35 ;
	}
#Categorical snow
'(Code table 4.222)' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 36 ;
	}
#Convective precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Horizontal moisture divergence
'kg kg**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 38 ;
	}
#Percent frozen precipitation
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 39 ;
	}
#Potential evaporation
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 40 ;
	}
#Snow cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 42 ;
	}
#Rain fraction of total cloud water
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 43 ;
	}
#Rime factor
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 44 ;
	}
#Total column integrated rain
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 45 ;
	}
#Total column integrated snow
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 46 ;
	}
#Large scale water precipitation (non-convective)
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 47 ;
	}
#Convective water precipitation
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 48 ;
	}
#Total water precipitation
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 49 ;
	}
#Total snow precipitation
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 66 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Total column water (Vertically integrated total water (vapour + cloud water/ice))
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 51 ;
	}
#Total precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Total snowfall rate water equivalent
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 53 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Large scale precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Total snowfall rate
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 57 ;
	}
#Convective snowfall rate
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 58 ;
	}
#Large scale snowfall rate
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 59 ;
	}
#Water equivalent of accumulated snow depth (deprecated)
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 13 ;
	}
#Rain precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 65 ;
	}
#Snow precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 66 ;
	}
#Freezing rain precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 67 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Ice pellets precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 68 ;
	}
#Wind speed (gust)
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	}
#u-component of wind (gust)
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 23 ;
	}
#v-component of wind (gust)
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 24 ;
	}
#Vertical speed shear
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 25 ;
	}
#Horizontal momentum flux
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 26 ;
	}
#U-component storm motion
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 27 ;
	}
#V-component storm motion
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 28 ;
	}
#Drag coefficient
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 29 ;
	}
#Frictional velocity
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 30 ;
	}
#Pressure reduced to MSL
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 1 ;
	}
#Altimeter setting
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 11 ;
	}
#Thickness
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 12 ;
	}
#Pressure altitude
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 13 ;
	}
#Density altitude
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 14 ;
	}
#5-wave geopotential height
'gpm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 15 ;
	}
#Instantaneous eastward gravity wave surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Instantaneous northward gravity wave surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#5-wave geopotential height anomaly
'gpm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 19 ;
	}
#Net short-wave radiation flux (top of atmosphere)
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 1 ;
	}
#Surface downward short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface upward short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface net short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface photosynthetically active radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface net short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface downward UV radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 12 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#UV index (under clear sky)
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	}
#UV index
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 51 ;
	}
#Surface downward long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface upward long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface net long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface net long-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Cloud Ice
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 0 ;
	}
#Cloud water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 6 ;
	}
#Cloud amount
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 7 ;
	}
#Cloud type
'(Code table 4.203)' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 8 ;
	}
#Thunderstorm maximum tops
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 9 ;
	}
#Thunderstorm coverage
'(Code table 4.204)' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 10 ;
	}
#Cloud top
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 12 ;
	}
#Ceiling
'm' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 13 ;
	}
#Non-convective cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 14 ;
	}
#Cloud work function
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 15 ;
	}
#Convective cloud efficiency
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 16 ;
	}
#Total condensate
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 17 ;
	}
#Total column-integrated cloud water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 18 ;
	}
#Total column-integrated cloud ice
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 19 ;
	}
#Total column-integrated condensate
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 20 ;
	}
#Ice fraction of total condensate
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 21 ;
	}
#Cloud ice mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 23 ;
	}
#Sunshine
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Horizontal extent of cumulonimbus (CB)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 25 ;
	}
#K index
'K' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 2 ;
	}
#KO index
'K' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 3 ;
	}
#Total totals index
'K' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 4 ;
	}
#Sweat index
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 5 ;
	}
#Storm relative helicity
'm**2 s**-2' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 8 ;
	}
#Energy helicity index
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 9 ;
	}
#Surface lifted index
'K' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 10 ;
	}
#Best (4-layer) lifted index
'K' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 11 ;
	}
#Aerosol type
'(Code table 4.205)' = {
	 discipline = 0 ;
	 parameterCategory = 13 ;
	 parameterNumber = 0 ;
	}
#Total ozone
'DU' = {
	 discipline = 0 ;
	 parameterCategory = 14 ;
	 parameterNumber = 0 ;
	}
#Total column integrated ozone
'DU' = {
	 discipline = 0 ;
	 parameterCategory = 14 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Base spectrum width
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 15 ;
	 parameterNumber = 0 ;
	}
#Base reflectivity
'dB' = {
	 discipline = 0 ;
	 parameterCategory = 15 ;
	 parameterNumber = 1 ;
	}
#Base radial velocity
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 15 ;
	 parameterNumber = 2 ;
	}
#Vertically-integrated liquid
'kg m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 15 ;
	 parameterNumber = 3 ;
	}
#Layer-maximum base reflectivity
'dB' = {
	 discipline = 0 ;
	 parameterCategory = 15 ;
	 parameterNumber = 4 ;
	}
#Precipitation from radar
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 15 ;
	 parameterNumber = 17 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Air concentration of Caesium 137
'Bq m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 18 ;
	 parameterNumber = 0 ;
	}
#Air concentration of Iodine 131
'Bq m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 18 ;
	 parameterNumber = 1 ;
	}
#Air concentration of radioactive pollutant
'Bq m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 18 ;
	 parameterNumber = 2 ;
	}
#Ground deposition of Caesium 137
'Bq m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 18 ;
	 parameterNumber = 3 ;
	}
#Ground deposition of Iodine 131
'Bq m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 18 ;
	 parameterNumber = 4 ;
	}
#Ground deposition of radioactive pollutant
'Bq m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 18 ;
	 parameterNumber = 5 ;
	}
#Time-integrated air concentration of caesium pollutant
'Bq s m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 18 ;
	 parameterNumber = 6 ;
	}
#Time-integrated air concentration of iodine pollutant
'Bq s m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 18 ;
	 parameterNumber = 7 ;
	}
#Time-integrated air concentration of radioactive pollutant
'Bq s m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 18 ;
	 parameterNumber = 8 ;
	}
#Volcanic ash
'(Code table 4.206)' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 4 ;
	}
#Icing top
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 5 ;
	}
#Icing base
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 6 ;
	}
#Icing
'(Code table 4.207)' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 7 ;
	}
#Turbulence top
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 8 ;
	}
#Turbulence base
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 9 ;
	}
#Turbulence
'(Code table 4.208)' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 10 ;
	}
#Turbulent kinetic energy
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 11 ;
	}
#Planetary boundary layer regime
'(Code table 4.209)' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 12 ;
	}
#Contrail intensity
'(Code table 4.210)' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 13 ;
	}
#Contrail engine type
'(Code table 4.211)' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 14 ;
	}
#Contrail top
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 15 ;
	}
#Contrail base
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 16 ;
	}
#Snow free albedo
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 18 ;
	}
#Icing
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 20 ;
	}
#In-cloud turbulence
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 21 ;
	}
#Relative clear air turbulence (RCAT)
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 22 ;
	}
#Supercooled large droplet probability
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 23 ;
	}
#Arbitrary text string
'CCITTIA5' = {
	 discipline = 0 ;
	 parameterCategory = 190 ;
	 parameterNumber = 0 ;
	}
#Seconds prior to initial reference time (defined in Section 1)
's' = {
	 discipline = 0 ;
	 parameterCategory = 191 ;
	 parameterNumber = 0 ;
	}
#Flash flood guidance
'kg m**-2' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	}
#Flash flood runoff (Encoded as an accumulation over a floating subinterval of time)
'kg m**-2' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	}
#Remotely sensed snow cover
'(Code table 4.215)' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 2 ;
	}
#Elevation of snow covered terrain
'(Code table 4.216)' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	}
#Snow water equivalent percent of normal
'%' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 4 ;
	}
#Baseflow-groundwater runoff
'kg m**-2' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 5 ;
	}
#Storm surface runoff
'kg m**-2' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 6 ;
	}
#Conditional percent precipitation amount fractile for an overall period (Encoded as an accumulation)
'kg m**-2' = {
	 discipline = 1 ;
	 parameterCategory = 1 ;
	 parameterNumber = 0 ;
	}
#Percent precipitation in a sub-period of an overall period
'%' = {
	 discipline = 1 ;
	 parameterCategory = 1 ;
	 parameterNumber = 1 ;
	}
#Probability of 0.01 inch of precipitation (POP)
'%' = {
	 discipline = 1 ;
	 parameterCategory = 1 ;
	 parameterNumber = 2 ;
	}
#Vegetation
'%' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 4 ;
	}
#Water runoff
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 5 ;
	}
#Evapotranspiration
'kg**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 6 ;
	}
#Model terrain height
'm' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 7 ;
	}
#Land use
'(Code table 4.212)' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 8 ;
	}
#Ground heat flux
'W m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 10 ;
	}
#Moisture availability
'%' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 11 ;
	}
#Exchange coefficient
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 12 ;
	}
#Plant canopy surface water
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 13 ;
	}
#Blackadar mixing length scale
'm' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 14 ;
	}
#Canopy conductance
'm s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 15 ;
	}
#Minimal stomatal resistance
's m**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 16 ;
	}
#Solar parameter in canopy conductance
'Proportion' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 18 ;
	}
#Temperature parameter in canopy conductance
'Proportion' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 19 ;
	}
#Soil moisture parameter in canopy conductance
'Proportion' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 20 ;
	}
#Humidity parameter in canopy conductance
'Proportion' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 21 ;
	}
#Column-integrated soil water
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 23 ;
	}
#Heat flux
'W m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 24 ;
	}
#Volumetric soil moisture
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	}
#Volumetric wilting point
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 27 ;
	}
#Number of soil layers in root zone
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 6 ;
	}
#Liquid volumetric soil moisture (non-frozen)
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 10 ;
	}
#Volumetric transpiration stress-onset (soil moisture)
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 11 ;
	}
#Transpiration stress-onset (soil moisture)
'kg m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 12 ;
	}
#Volumetric direct evaporation cease (soil moisture)
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 13 ;
	}
#Direct evaporation cease (soil moisture)
'kg m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 14 ;
	}
#Soil porosity
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 15 ;
	}
#Volumetric saturation of soil moisture
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 16 ;
	}
#Saturation of soil moisture
'kg m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 17 ;
	}
#Estimated precipitation
'kg m**-2' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 0 ;
	}
#Instantaneous rain rate
'kg m**-2 s**-1' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 1 ;
	}
#Cloud top height
'm' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 2 ;
	}
#Cloud top height quality indicator
'(Code table 4.219)' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 3 ;
	}
#Estimated u component of wind
'm s**-1' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 4 ;
	}
#Estimated v component of wind
'm s**-1' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 5 ;
	}
#Number of pixels used
'Numeric' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 6 ;
	}
#Solar zenith angle
'Degree' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 7 ;
	}
#Relative azimuth angle
'Degree' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 8 ;
	}
#Reflectance in 0.6 micron channel
'%' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 9 ;
	}
#Reflectance in 0.8 micron channel
'%' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 10 ;
	}
#Reflectance in 1.6 micron channel
'%' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 11 ;
	}
#Reflectance in 3.9 micron channel
'%' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 12 ;
	}
#Atmospheric divergence
's**-1' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 13 ;
	}
#Direction of wind waves
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 4 ;
	}
#Primary wave direction
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 10 ;
	}
#Primary wave mean period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 11 ;
	}
#Secondary wave mean period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 13 ;
	}
#Current direction
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 1 ;
	 parameterNumber = 0 ;
	}
#Current speed
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 1 ;
	 parameterNumber = 1 ;
	}
#Geometric vertical velocity
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 9 ;
	}
#Seconds prior to initial reference time (defined in Section 1)
's' = {
	 discipline = 10 ;
	 parameterCategory = 191 ;
	 parameterNumber = 0 ;
	}
#2 metre relative humidity
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#Apparent temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 21 ;
	}
#Haines Index
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 2 ;
	}
#Cloud cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 22 ;
	}
#Evaporation
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 79 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#10 metre wind direction
'Degree true' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#Surface direct short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface diffuse short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Fraction of snow cover
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 121 ;
	}
#Clear air turbulence (CAT)
'm**2/3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 29 ;
	}
#Mountain wave turbulence (eddy dissipation rate)
'm**2/3 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 28 ;
	}
#Specific rain water content (convective)
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 144 ;
	}
#Specific snow water content (convective)
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 145 ;
	}
#Glacier mask
'Proportion' = {
	 discipline = 2 ;
	 parameterCategory = 5 ;
	 parameterNumber = 0 ;
	}
#Soil temperature
'K' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	}
#Surface downward short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface upward short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 53 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface downward long-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Soil heat flux
'W m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 26 ;
	}
#Percolation rate
'kg m**-2 s**-1' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 16 ;
	}
#Soil depth
'm' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 27 ;
	}
#Soil moisture
'kg m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 19 ;
	}
#Leaf Area Index
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 28 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Accumulated surface upward short-wave radiation flux, clear sky
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 53 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Percolation
'kg m**-2' = {
	 discipline = 1 ;
	 parameterCategory = 0 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 177 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Evapotranspiration rate
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 39 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Potential evapotranspiration rate
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Runoff rate water equivalent (surface plus subsurface)
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 42 ;
	}
#Snow melt rate
'kg m**-2 s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Forecast albedo
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 1 ;
	}
#Cloudy brightness temperature
'K' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 14 ;
	}
#Clear-sky brightness temperature
'K' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 15 ;
	}
#Cloudy reflectance
'%' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 31 ;
	}
#Clear reflectance
'%' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 32 ;
	}
#Scaled radiance
'Numeric' = {
	 discipline = 3 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	}
#Scaled albedo
'Numeric' = {
	 discipline = 3 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	}
#Scaled brightness temperature
'Numeric' = {
	 discipline = 3 ;
	 parameterCategory = 0 ;
	 parameterNumber = 2 ;
	}
#Scaled precipitable water
'Numeric' = {
	 discipline = 3 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	}
#Scaled lifted index
'Numeric' = {
	 discipline = 3 ;
	 parameterCategory = 0 ;
	 parameterNumber = 4 ;
	}
#Scaled cloud top pressure
'Numeric' = {
	 discipline = 3 ;
	 parameterCategory = 0 ;
	 parameterNumber = 5 ;
	}
#Scaled skin temperature
'Numeric' = {
	 discipline = 3 ;
	 parameterCategory = 0 ;
	 parameterNumber = 6 ;
	}
#Cloud mask
'(Code table 4.217)' = {
	 discipline = 3 ;
	 parameterCategory = 0 ;
	 parameterNumber = 7 ;
	}
#Pixel scene type
'(Code table 4.218)' = {
	 discipline = 3 ;
	 parameterCategory = 0 ;
	 parameterNumber = 8 ;
	}
#Fire detection indicator
'(Code table 4.223)' = {
	 discipline = 3 ;
	 parameterCategory = 0 ;
	 parameterNumber = 9 ;
	}
#Forest fire weather index (as defined by the Canadian Forest Service)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 5 ;
	}
#Fine fuel moisture code (as defined by the Canadian Forest Service)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 6 ;
	}
#Duff moisture code (as defined by the Canadian Forest Service)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 7 ;
	}
#Drought code (as defined by the Canadian Forest Service)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 8 ;
	}
#Initial fire spread index (as defined by the Canadian Forest Service)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	}
#Fire buildup index (as defined by the Canadian Forest Service)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 10 ;
	}
#Fire daily severity rating (as defined by the Canadian Forest Service)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 11 ;
	}
#Cloudy radiance (with respect to wave number)
'W m**-1 sr**-1' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 16 ;
	}
#Clear-sky radiance (with respect to wave number)
'W m**-1 sr**-1' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 17 ;
	}
#Wind speed
'm s**-1' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 19 ;
	}
#Aerosol optical thickness at 0.635 um
'dimensionless' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 20 ;
	}
#Aerosol optical thickness at 0.810 um
'dimensionless' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 21 ;
	}
#Aerosol optical thickness at 1.640 um
'dimensionless' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 22 ;
	}
#Angstrom coefficient
'dimensionless' = {
	 discipline = 3 ;
	 parameterCategory = 1 ;
	 parameterNumber = 23 ;
	}
#Keetch-Byram drought index
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 12 ;
	}
#Drought factor (as defined by the Australian forest service)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 13 ;
	}
#Rate of spread (as defined by the Australian forest service)
'm s**-1' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	}
#Fire danger index (as defined by the Australian forest service)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 15 ;
	}
#Spread component (as defined by the U.S Forest Service National Fire-Danger Rating System)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 16 ;
	}
#Burning index (as defined by the U.S Forest Service National Fire-Danger Rating System)
'Numeric' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 17 ;
	}
#Ignition component (as defined by the U.S Forest Service National Fire-Danger Rating System)
'%' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 18 ;
	}
#Energy release component (as defined by the U.S Forest Service National Fire-Danger Rating System)
'J m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 19 ;
	}
#Probability of fire detection
'%' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 43 ;
	}
#Probability of ignition from lightning
'%' = {
	 discipline = 2 ;
	 parameterCategory = 4 ;
	 parameterNumber = 44 ;
	}
#Volumetric soil ice
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 38 ;
	}
#Time integral of total solid precipitation flux
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 128 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Fog
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	}
#Time-integrated eastward turbulent surface stress due to orographic form drag
'N m**-2 s' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 64 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated northward turbulent surface stress due to orographic form drag
'N m**-2 s' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 65 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated eastward turbulent surface stress due to surface roughness
'N m**-2 s' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 66 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated northward turbulent surface stress due to surface roughness
'N m**-2 s' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 67 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Saturation specific humidity with respect to water
'kg m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 168 ;
	}
#Total column integrated saturation specific humidity with respect to water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 169 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Standardised Precipitation Index (SPI)
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 22 ;
	 parameterNumber = 0 ;
	}
#Standardised Precipitation Evapotranspiration Index (SPEI)
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 22 ;
	 parameterNumber = 1 ;
	}
#Standardised Streamflow Index (SSFI)
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 22 ;
	 parameterNumber = 2 ;
	}
#Standardised Reservoir Supply Index (SRSI)
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 22 ;
	 parameterNumber = 3 ;
	}
#Standardised Water-level Index (SWI)
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 22 ;
	 parameterNumber = 4 ;
	}
#Standardised Snowmelt and Rain Index (SMRI)
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 22 ;
	 parameterNumber = 5 ;
	}
#Streamflow Drought Index (SDI)
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 22 ;
	 parameterNumber = 6 ;
	}
#Volumetric soil moisture top 20 cm
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 106 ;
	 typeOfSecondFixedSurface = 106 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 2 ;
	 scaleFactorOfSecondFixedSurface = 1 ;
	}
#Volumetric soil moisture top 100 cm
'm**3 m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 106 ;
	 typeOfSecondFixedSurface = 106 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 1 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	}
#Surface photosynthetically active radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 60 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface direct normal short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 54 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	}
#Instantaneous magnitude of turbulent surface stress
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 58 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Instantaneous boundary layer dissipation
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 20 ;
	}
#Top net short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 8 ;
	}
#Top net long-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 8 ;
	}
#Instantaneous gravity wave dissipation
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 23 ;
	}
#Top net short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 8 ;
	}
#Top net long-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 8 ;
	}
#Top downward short-wave radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 8 ;
	}
#Surface direct short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 61 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Instantaneous eastward turbulent surface stress due to orographic form drag
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 64 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Instantaneous northward turbulent surface stress due to orographic form drag
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 65 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Instantaneous eastward turbulent surface stress due to surface roughness
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 66 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Instantaneous northward turbulent surface stress due to surface roughness
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 67 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Time-severity precipitation type
'(Code table 4.201)' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 19 ;
	 typeOfStatisticalProcessing = 100 ;
	}
#Time-mode precipitation type
'(Code table 4.201)' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 19 ;
	 typeOfStatisticalProcessing = 101 ;
	}
#Land surface heat net flux
'W m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 7 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Surface direct normal short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 62 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#10 metre convective gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 68 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#10 metre turbulent gust
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 69 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#Reciprocal Obukhov length
'm**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 22 ;
	}
#Precipitation rate from radar
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 15 ;
	 parameterNumber = 17 ;
	}
#Radar data quality index
'Proportion' = {
	 discipline = 0 ;
	 parameterCategory = 15 ;
	 parameterNumber = 18 ;
	}
#Radar data quality flag
'(Code table 4.106)' = {
	 discipline = 0 ;
	 parameterCategory = 15 ;
	 parameterNumber = 19 ;
	}
#Precipitation rate from forecasted radar imagery
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 16 ;
	 parameterNumber = 6 ;
	}
#Precipitation from forecasted radar imagery
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 16 ;
	 parameterNumber = 6 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Surface diffuse short-wave radiation flux, clear sky
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 63 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Universal thermal climate index
'K' = {
	 discipline = 20 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	}
#Mean radiant temperature
'K' = {
	 discipline = 20 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	}
#Fraction of Malaria cases
'Fraction' = {
	 discipline = 20 ;
	 parameterCategory = 1 ;
	 parameterNumber = 0 ;
	}
#Malaria circumsporozoite protein ratio
'Fraction' = {
	 discipline = 20 ;
	 parameterCategory = 1 ;
	 parameterNumber = 1 ;
	}
#Plasmodium falciparum entomological inoculation rate
'Bites per day per person' = {
	 discipline = 20 ;
	 parameterCategory = 1 ;
	 parameterNumber = 2 ;
	}
#Human bite rate by anopheles vectors
'Bites per day per person' = {
	 discipline = 20 ;
	 parameterCategory = 1 ;
	 parameterNumber = 3 ;
	}
#Malaria immunity ratio
'Fraction' = {
	 discipline = 20 ;
	 parameterCategory = 1 ;
	 parameterNumber = 4 ;
	}
#Falciparum parasite ratio
'Fraction' = {
	 discipline = 20 ;
	 parameterCategory = 1 ;
	 parameterNumber = 5 ;
	}
#Detectable falciparum parasite ratio (after day 10)
'Fraction' = {
	 discipline = 20 ;
	 parameterCategory = 1 ;
	 parameterNumber = 6 ;
	}
#Anopheles vector to host ratio
'Fraction' = {
	 discipline = 20 ;
	 parameterCategory = 1 ;
	 parameterNumber = 7 ;
	}
#Anopheles vector density
'Number m**-2' = {
	 discipline = 20 ;
	 parameterCategory = 1 ;
	 parameterNumber = 8 ;
	}
#Fraction of malarial vector reproductive habitat
'Fraction' = {
	 discipline = 20 ;
	 parameterCategory = 1 ;
	 parameterNumber = 9 ;
	}
#Population density
'Person m**-2' = {
	 discipline = 20 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	}
#Wet bulb globe temperature
'K' = {
	 discipline = 20 ;
	 parameterCategory = 0 ;
	 parameterNumber = 2 ;
	}
#Globe temperature
'K' = {
	 discipline = 20 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	}
#Humidex
'K' = {
	 discipline = 20 ;
	 parameterCategory = 0 ;
	 parameterNumber = 4 ;
	}
#Effective temperature
'K' = {
	 discipline = 20 ;
	 parameterCategory = 0 ;
	 parameterNumber = 5 ;
	}
#Normal effective temperature
'K' = {
	 discipline = 20 ;
	 parameterCategory = 0 ;
	 parameterNumber = 6 ;
	}
#Standard effective temperature
'K' = {
	 discipline = 20 ;
	 parameterCategory = 0 ;
	 parameterNumber = 7 ;
	}
#Physiological equivalent temperature
'K' = {
	 discipline = 20 ;
	 parameterCategory = 0 ;
	 parameterNumber = 8 ;
	}
#Saturation water vapour pressure
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 32 ;
	}
#Wet-bulb potential temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 32 ;
	}
#Wet-bulb temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 27 ;
	}
#Excess heat factor
'K**2' = {
	 discipline = 20 ;
	 parameterCategory = 0 ;
	 parameterNumber = 11 ;
	}
#Excess cold factor
'K**2' = {
	 discipline = 20 ;
	 parameterCategory = 0 ;
	 parameterNumber = 12 ;
	}
#Sea ice thickness
'm' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	}
#Sea ice area fraction
'Fraction' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Eastward sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Northward sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea ice albedo
'Fraction' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea ice surface temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea ice growth
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea ice volume per unit area
'm**3 m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 15 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Snow volume over sea ice per unit area
'm**3 m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Vertically averaged sea ice temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Snow temperature over sea ice
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea ice temperature at the sea ice and snow interface
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 175 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Underside ice temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 176 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea ice heat content
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Snow heat content over sea ice
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea ice freeboard thickness
'm' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = 0 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	}
#Sea ice melt pond fraction
'Proportion' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 20 ;
	 typeOfFirstFixedSurface = 188 ;
	 typeOfSecondFixedSurface = 189 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea ice melt pond depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 188 ;
	 typeOfSecondFixedSurface = 189 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea ice melt pond volume per unit area
'm**3 m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 188 ;
	 typeOfSecondFixedSurface = 189 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea ice fraction tendency due to parameterization
's**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 23 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#X-component of sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Y-component of sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea ice temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	}
#Sea ice breakup memory
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 30 ;
	}
#Sea surface practical salinity
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 3 ;
	}
#Sea surface temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Depth of 14 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 28715 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Depth of 17 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 29015 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Depth of 20 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 29315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Depth of 26 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 29915 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Depth of 28 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 30115 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Barotropic stream function
'm**3 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 191 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 5 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Surface downward heat flux
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 4 ;
	}
#Northward surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 6 ;
	}
#Eastward surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 5 ;
	}
#Y-component of surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#X-component of surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Ocean mixed layer depth defined by sigma theta 0.01 kg m-3
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 169 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 1 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Ocean mixed layer depth defined by sigma theta 0.03 kg m-3
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 169 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 3 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Ocean mixed layer depth defined by sigma theta 0.125 kg m-3
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 169 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 125 ;
	 scaleFactorOfFirstFixedSurface = 3 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Ocean mixed layer depth defined by temperature 0.2 C
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 170 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 1 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Ocean mixed layer depth defined by temperature 0.5 C
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 170 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 5 ;
	 scaleFactorOfFirstFixedSurface = 1 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Average sea water practical salinity in the upper 300 m
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	}
#Average sea water practical salinity in the upper 700 m
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 700 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	}
#Total column average sea water practical salinity
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Vertically-integrated heat content in the upper 300 m
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	}
#Vertically-integrated heat content in the upper 700 m
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 700 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	}
#Total column of heat content
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 1 ;
	}
#Steric change in sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Halosteric change in sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Thermosteric change in sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Thermocline depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Bottom pressure equivalent height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 29 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Net surface upward water flux
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Fresh water flux into sea water (from rivers)
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 30 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Virtual salt flux into sea water
'g kg**-1 m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 32 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Heat flux correction
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Fresh water flux correction
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 31 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Virtual salt flux correction
'g kg**-1 m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 33 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Turbocline depth (kz=5e-4)
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 171 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 5 ;
	 scaleFactorOfFirstFixedSurface = 4 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Y-component of surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#X-component of surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Northward surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 15 ;
	}
#Eastward surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 14 ;
	}
#Heat Content surface to 26C isotherm
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 29915 ;
	 scaleFactorOfSecondFixedSurface = 2 ;
	}
#Sea surface height tendency due to parameterization
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea surface height with inverse barometer correction
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 20 ;
	}
#Average sea water potential temperature in the upper 300m
'K' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	}
#Sea surface salinity
'kg kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 21 ;
	}
#Vertically integrated sea water practical salinity in the upper 300 m
'g kg**-1 m' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	}
#Vertically integrated sea water practical salinity in the upper 700 m
'g kg**-1 m' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 700 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	}
#Total column vertically integrated sea water practical salinity
'g kg**-1 m' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea surface downward short-wave radiation flux
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 22 ;
	}
#Sea water practical salinity
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Sea water potential temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Sea water sigma theta
'kg m**-3' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 20 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Y-component of sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 26 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#X-component of sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Northward sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Eastward sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 23 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Upward sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 27 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea water potential temperature tendency due to newtonian relaxation
'K s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Sea water salinity tendency due to newtonian relaxation
'g kg**-1 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 35 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Sea water temperature tendency due to parameterization
'K s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Sea water salinity tendency due to parameterization
'g kg**-1 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Eastward sea water velocity tendency due to parameterization
'm s**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 38 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Northward sea water velocity tendency due to parameterization
'm s**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 39 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Sea water temperature tendency due to direct bias correction
'K s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Sea water salinity tendency due to direct bias correction
'g kg**-1 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Sea water salinity
'kg kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Northward mass transport
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Eastward mass transport
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 47 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Sea water depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Sea water upward mass transport
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Sea water age since surface contact
's' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 57 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Sea water downward short-wave radiation flux
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 58 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	}
#Net short wave radiation rate at sea surface
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Wind stress at sea surface
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 49 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Wind speed at 10m above sea surface
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 102 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Neutral drag coefficient at 10m above sea surface
'dimensionless' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 29 ;
	 typeOfFirstFixedSurface = 102 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Total precipitation rate at sea surface
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Snow precipitation rate at sea surface
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 66 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Eastward component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Northward component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 51 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#U-component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#V-component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 53 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Time-mean sea ice thickness
'm' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea ice area fraction
'Fraction' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean eastward sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean northward sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea ice albedo
'Fraction' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea ice surface temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea ice growth
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea ice volume per unit area
'm**3 m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 15 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean snow volume over sea ice per unit area
'm**3 m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean vertically averaged sea ice temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean snow temperature over sea ice
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea ice temperature at the sea ice and snow interface
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 175 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean underside ice temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 176 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea ice heat content
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean snow heat content over sea ice
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea ice freeboard thickness
'm' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = 0 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea ice melt pond fraction
'Proportion' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 20 ;
	 typeOfFirstFixedSurface = 188 ;
	 typeOfSecondFixedSurface = 189 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea ice melt pond depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 188 ;
	 typeOfSecondFixedSurface = 189 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea ice melt pond volume per unit area
'm**3 m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 188 ;
	 typeOfSecondFixedSurface = 189 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea ice fraction tendency due to parameterization
's**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 23 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean X-component of sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean Y-component of sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea ice temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea ice breakup memory
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 30 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea surface practical salinity
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea surface temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean depth of 14 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 28715 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean depth of 17 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 29015 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean depth of 20 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 29315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean depth of 26 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 29915 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean depth of 28 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 30115 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean barotropic stream function
'm**3 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 191 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 5 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean surface downward heat flux
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean northward surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 6 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean eastward surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 5 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time mean Y-component of surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean X-component of surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean ocean mixed layer depth defined by sigma theta 0.01 kg m-3
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 169 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 1 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean ocean mixed layer depth defined by sigma theta 0.03 kg m-3
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 169 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 3 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean ocean mixed layer depth defined by sigma theta 0.125 kg m-3
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 169 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 125 ;
	 scaleFactorOfFirstFixedSurface = 3 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean ocean mixed layer depth defined by temperature 0.2 C
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 170 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 1 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean ocean mixed layer depth defined by temperature 0.5 C
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 170 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 5 ;
	 scaleFactorOfFirstFixedSurface = 1 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean average sea water practical salinity in the upper 300 m
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean average sea water practical salinity in the upper 700 m
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 700 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column average sea water practical salinity
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean vertically-integrated heat content in the upper 300 m
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean vertically-integrated heat content in the upper 700 m
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 700 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column heat content
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean steric change in sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean halosteric change in sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean thermosteric change in sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean thermocline depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean bottom pressure equivalent height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 29 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean net surface upward water flux
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean fresh water flux into sea water (from rivers)
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 30 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean virtual salt flux into sea water
'g kg**-1 m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 32 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean heat flux correction
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean fresh water flux correction
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 31 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean virtual salt flux correction
'g kg**-1 m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 33 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean turbocline depth (kz=5e-4)
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 171 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 5 ;
	 scaleFactorOfFirstFixedSurface = 4 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean Y-component of surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean X-component of surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean northward surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 15 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean eastward surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 14 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean heat content surface to 26C isotherm
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 29915 ;
	 scaleFactorOfSecondFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea surface height tendency due to parameterization
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea surface height with inverse barometer correction
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean average sea water potential temperature in the upper 300m
'K' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea surface salinity
'kg kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 21 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean vertically integrated sea water practical salinity in the upper 300 m
'g kg**-1 m' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean vertically integrated sea water practical salinity in the upper 700 m
'g kg**-1 m' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 700 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total column vertically integrated sea water practical salinity
'g kg**-1 m' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea surface downward short-wave radiation flux
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea water practical salinity
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea water potential temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea water sigma theta
'kg m**-3' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 20 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean Y-component of sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 26 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean X-component of sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean northward sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean eastward sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 23 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean upward sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 27 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea water potential temperature tendency due to newtonian relaxation
'K s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea water salinity tendency due to newtonian relaxation
'g kg**-1 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 35 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea water temperature tendency due to parameterization
'K s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea water salinity tendency due to parameterization
'g kg**-1 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean eastward sea water velocity tendency due to parameterization
'm s**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 38 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean northward sea water velocity tendency due to parameterization
'm s**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 39 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea water temperature tendency due to direct bias correction
'K s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea water salinity tendency due to direct bias correction
'g kg**-1 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea water salinity
'kg kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean northward mass transport
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean eastward mass transport
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 47 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea water depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea water upward mass transport
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea water age since surface contact
's' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 57 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea water downward short-wave radiation flux
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 58 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean net short wave radiation rate at sea surface
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wind stress at sea surface
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 49 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean wind speed at 10m above sea surface
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 102 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean neutral drag coefficient at 10m above sea surface
'dimensionless' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 29 ;
	 typeOfFirstFixedSurface = 102 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total precipitation rate at sea surface
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean snow precipitation rate at sea surface
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 66 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean eastward component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean northward component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 51 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean U-component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean V-component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 53 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-accumulated net short wave radiation at sea surface
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-accumulated total precipitation at sea surface
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-accumulated snow precipitation at sea surface
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 66 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-maximum sea ice thickness
'm' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice area fraction
'Fraction' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum eastward sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum northward sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice albedo
'Fraction' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice surface temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice growth
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice volume per unit area
'm**3 m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 15 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum snow volume over sea ice per unit area
'm**3 m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum vertically averaged sea ice temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum snow temperature over sea ice
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice temperature at the sea ice and snow interface
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 175 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum underside ice temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 176 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice heat content
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum snow heat content over sea ice
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice freeboard thickness
'm' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = 0 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice melt pond fraction
'Proportion' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 20 ;
	 typeOfFirstFixedSurface = 188 ;
	 typeOfSecondFixedSurface = 189 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice melt pond depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 188 ;
	 typeOfSecondFixedSurface = 189 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice melt pond volume per unit area
'm**3 m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 188 ;
	 typeOfSecondFixedSurface = 189 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice fraction tendency due to parameterization
's**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 23 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum X-component of sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum Y-component of sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice breakup memory
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 30 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea surface practical salinity
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea surface temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum depth of 14 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 28715 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum depth of 17 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 29015 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum depth of 20 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 29315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum depth of 26 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 29915 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum depth of 28 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 30115 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum barotropic stream function
'm**3 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 191 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 5 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum surface downward heat flux
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum northward surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 6 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum eastward surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 5 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum Y-component of surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum X-component of surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum ocean mixed layer depth defined by sigma theta 0.01 kg m-3
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 169 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 1 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum ocean mixed layer depth defined by sigma theta 0.03 kg m-3
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 169 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 3 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum ocean mixed layer depth defined by sigma theta 0.125 kg m-3
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 169 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 125 ;
	 scaleFactorOfFirstFixedSurface = 3 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum ocean mixed layer depth defined by temperature 0.2 C
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 170 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 1 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum ocean mixed layer depth defined by temperature 0.5 C
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 170 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 5 ;
	 scaleFactorOfFirstFixedSurface = 1 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum average sea water practical salinity in the upper 300 m
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum average sea water practical salinity in the upper 700 m
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 700 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column average sea water practical salinity
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum vertically-integrated heat content in the upper 300 m
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum vertically-integrated heat content in the upper 700 m
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 700 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column of heat content
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum steric change in sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum halosteric change in sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum thermosteric change in sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum thermocline depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum bottom pressure equivalent height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 29 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum net surface upward water flux
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum fresh water flux into sea water (from rivers)
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 30 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum virtual salt flux into sea water
'g kg**-1 m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 32 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum heat flux correction
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum fresh water flux correction
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 31 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum virtual salt flux correction
'g kg**-1 m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 33 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum turbocline depth (kz=5e-4)
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 171 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 5 ;
	 scaleFactorOfFirstFixedSurface = 4 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum Y-component of surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum X-component of surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum northward surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 15 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum eastward surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 14 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum heat content surface to 26C isotherm
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 29915 ;
	 scaleFactorOfSecondFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea surface height tendency due to parameterization
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea surface height with inverse barometer correction
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum average sea water potential temperature in the upper 300m
'K' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea surface salinity
'kg kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 21 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum vertically integrated sea water practical salinity in the upper 300 m
'g kg**-1 m' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum vertically integrated sea water practical salinity in the upper 700 m
'g kg**-1 m' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 700 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total column vertically integrated sea water practical salinity
'g kg**-1 m' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea surface downward short-wave radiation flux
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea water practical salinity
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea water potential temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea water sigma theta
'kg m**-3' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 20 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum Y-component of sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 26 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum X-component of sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum northward sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum eastward sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 23 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum upward sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 27 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea water potential temperature tendency due to newtonian relaxation
'K s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea water salinity tendency due to newtonian relaxation
'g kg**-1 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 35 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea water temperature tendency due to parameterization
'K s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea water salinity tendency due to parameterization
'g kg**-1 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum eastward sea water velocity tendency due to parameterization
'm s**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 38 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum northward sea water velocity tendency due to parameterization
'm s**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 39 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea water temperature tendency due to direct bias correction
'K s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea water salinity tendency due to direct bias correction
'g kg**-1 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea water salinity
'kg kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum northward mass transport
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum eastward mass transport
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 47 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea water depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea water upward mass transport
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea water age since surface contact
's' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 57 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea water downward short-wave radiation flux
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 58 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum net short wave radiation rate at sea surface
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wind stress at sea surface
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 49 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum wind speed at 10m above sea surface
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 102 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum neutral drag coefficient at 10m above sea surface
'dimensionless' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 29 ;
	 typeOfFirstFixedSurface = 102 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum total precipitation rate at sea surface
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum snow precipitation rate at sea surface
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 66 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum eastward component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum northward component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 51 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum U-component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum V-component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 53 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-minimum sea ice thickness
'm' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea ice area fraction
'Fraction' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum eastward sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum northward sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea ice albedo
'Fraction' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea ice surface temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea ice growth
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea ice volume per unit area
'm**3 m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 15 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum snow volume over sea ice per unit area
'm**3 m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically averaged sea ice temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum snow temperature over sea ice
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea ice temperature at the sea ice and snow interface
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 175 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum underside ice temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 176 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea ice heat content
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum snow heat content over sea ice
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea ice freeboard thickness
'm' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = 0 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea ice melt pond fraction
'Proportion' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 20 ;
	 typeOfFirstFixedSurface = 188 ;
	 typeOfSecondFixedSurface = 189 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea ice melt pond depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 188 ;
	 typeOfSecondFixedSurface = 189 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea ice melt pond volume per unit area
'm**3 m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 188 ;
	 typeOfSecondFixedSurface = 189 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea ice fraction tendency due to parameterization
's**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 23 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum X-component of sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum Y-component of sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea ice temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea ice breakup memory
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 30 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea surface practical salinity
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea surface temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum depth of 14 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 28715 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum depth of 17 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 29015 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum depth of 20 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 29315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum depth of 26 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 29915 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum depth of 28 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 30115 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum barotropic stream function
'm**3 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 191 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 5 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum surface downward heat flux
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum northward surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 6 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum eastward surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 5 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum Y-component of surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum X-component of surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum ocean mixed layer depth defined by sigma theta 0.01 kg m-3
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 169 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 1 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum ocean mixed layer depth defined by sigma theta 0.03 kg m-3
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 169 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 3 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum ocean mixed layer depth defined by sigma theta 0.125 kg m-3
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 169 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 125 ;
	 scaleFactorOfFirstFixedSurface = 3 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum ocean mixed layer depth defined by temperature 0.2 C
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 170 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 1 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum ocean mixed layer depth defined by temperature 0.5 C
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 170 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 5 ;
	 scaleFactorOfFirstFixedSurface = 1 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum average sea water practical salinity in the upper 300 m
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum average sea water practical salinity in the upper 700 m
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 700 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column average sea water practical salinity
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically-integrated heat content in the upper 300 m
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically-integrated heat content in the upper 700 m
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 700 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column of heat content
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum steric change in sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum halosteric change in sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum thermosteric change in sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum thermocline depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum bottom pressure equivalent height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 29 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum net surface upward water flux
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum fresh water flux into sea water (from rivers)
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 30 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum virtual salt flux into sea water
'g kg**-1 m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 32 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum heat flux correction
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum fresh water flux correction
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 31 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum virtual salt flux correction
'g kg**-1 m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 33 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum turbocline depth (kz=5e-4)
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 171 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 5 ;
	 scaleFactorOfFirstFixedSurface = 4 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum Y-component of surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum X-component of surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum northward surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 15 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum eastward surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 14 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum heat content surface to 26C isotherm
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 29915 ;
	 scaleFactorOfSecondFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea surface height tendency due to parameterization
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea surface height with inverse barometer correction
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum average sea water potential temperature in the upper 300m
'K' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea surface salinity
'kg kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 21 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated sea water practical salinity in the upper 300 m
'g kg**-1 m' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum vertically integrated sea water practical salinity in the upper 700 m
'g kg**-1 m' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 700 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total column vertically integrated sea water practical salinity
'g kg**-1 m' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea surface downward short-wave radiation flux
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea water practical salinity
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea water potential temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea water sigma theta
'kg m**-3' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 20 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum Y-component of sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 26 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum X-component of sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum northward sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum eastward sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 23 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum upward sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 27 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea water potential temperature tendency due to newtonian relaxation
'K s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea water salinity tendency due to newtonian relaxation
'g kg**-1 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 35 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea water temperature tendency due to parameterization
'K s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea water salinity tendency due to parameterization
'g kg**-1 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum eastward sea water velocity tendency due to parameterization
'm s**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 38 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum northward sea water velocity tendency due to parameterization
'm s**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 39 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea water temperature tendency due to direct bias correction
'K s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea water salinity tendency due to direct bias correction
'g kg**-1 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea water salinity
'kg kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum northward mass transport
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum eastward mass transport
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 47 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea water depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea water upward mass transport
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea water age since surface contact
's' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 57 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum sea water downward short-wave radiation flux
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 58 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum net short wave radiation rate at sea surface
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wind stress at sea surface
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 49 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum wind speed at 10m above sea surface
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 102 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum neutral drag coefficient at 10m above sea surface
'dimensionless' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 29 ;
	 typeOfFirstFixedSurface = 102 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum total precipitation rate at sea surface
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum snow precipitation rate at sea surface
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 66 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum eastward component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum northward component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 51 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum U-component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum V-component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 53 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-standard-deviation sea ice thickness
'm' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice area fraction
'Fraction' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation eastward sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation northward sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice albedo
'Fraction' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice surface temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice growth
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice volume per unit area
'm**3 m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 15 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation snow volume over sea ice per unit area
'm**3 m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically averaged sea ice temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation snow temperature over sea ice
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice temperature at the sea ice and snow interface
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 175 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation underside ice temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 176 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice heat content
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation snow heat content over sea ice
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice freeboard thickness
'm' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = 0 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice melt pond fraction
'Proportion' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 20 ;
	 typeOfFirstFixedSurface = 188 ;
	 typeOfSecondFixedSurface = 189 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice melt pond depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 188 ;
	 typeOfSecondFixedSurface = 189 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice melt pond volume per unit area
'm**3 m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 188 ;
	 typeOfSecondFixedSurface = 189 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice fraction tendency due to parameterization
's**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 23 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation X-component of sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation Y-component of sea ice velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 8 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice breakup memory
'Numeric' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 30 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea surface practical salinity
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 3 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea surface temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation depth of 14 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 28715 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation depth of 17 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 29015 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation depth of 20 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 29315 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation depth of 26 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 29915 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation depth of 28 C isotherm
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 20 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 30115 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation barotropic stream function
'm**3 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 191 ;
	 parameterNumber = 4 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 5 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation surface downward heat flux
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 4 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation northward surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 6 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation eastward surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 5 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation Y-component of surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 8 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation X-component of surface stress
'N m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation ocean mixed layer depth defined by sigma theta 0.01 kg m-3
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 169 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 1 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation ocean mixed layer depth defined by sigma theta 0.03 kg m-3
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 169 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 3 ;
	 scaleFactorOfFirstFixedSurface = 2 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation ocean mixed layer depth defined by sigma theta 0.125 kg m-3
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 169 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 125 ;
	 scaleFactorOfFirstFixedSurface = 3 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation ocean mixed layer depth defined by temperature 0.2 C
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 170 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 1 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation ocean mixed layer depth defined by temperature 0.5 C
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 170 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 5 ;
	 scaleFactorOfFirstFixedSurface = 1 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation average sea water practical salinity in the upper 300 m
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation average sea water practical salinity in the upper 700 m
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 700 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column average sea water practical salinity
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically-integrated heat content in the upper 300 m
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically-integrated heat content in the upper 700 m
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 700 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column of heat content
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 1 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation steric change in sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation halosteric change in sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation thermosteric change in sea surface height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation thermocline depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation bottom pressure equivalent height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 29 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation net surface upward water flux
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 13 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation fresh water flux into sea water (from rivers)
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 30 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation virtual salt flux into sea water
'g kg**-1 m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 32 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation heat flux correction
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation fresh water flux correction
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 31 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation virtual salt flux correction
'g kg**-1 m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 33 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation turbocline depth (kz=5e-4)
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 171 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 5 ;
	 scaleFactorOfFirstFixedSurface = 4 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation Y-component of surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation X-component of surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation northward surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 15 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation eastward surface sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 14 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation heat content surface to 26C isotherm
'J m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 20 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 29915 ;
	 scaleFactorOfSecondFixedSurface = 2 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea surface height tendency due to parameterization
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea surface height with inverse barometer correction
'm' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation average sea water potential temperature in the upper 300m
'K' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea surface salinity
'kg kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 21 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated sea water practical salinity in the upper 300 m
'g kg**-1 m' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 300 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation vertically integrated sea water practical salinity in the upper 700 m
'g kg**-1 m' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 160 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 700 ;
	 scaleFactorOfSecondFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total column vertically integrated sea water practical salinity
'g kg**-1 m' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 9 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea surface downward short-wave radiation flux
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 3 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea water practical salinity
'g kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea water potential temperature
'K' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 18 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea water sigma theta
'kg m**-3' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 20 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation Y-component of sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 26 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation X-component of sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation northward sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 24 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation eastward sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 23 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation upward sea water velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 27 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea water potential temperature tendency due to newtonian relaxation
'K s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 34 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea water salinity tendency due to newtonian relaxation
'g kg**-1 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 35 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea water temperature tendency due to parameterization
'K s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea water salinity tendency due to parameterization
'g kg**-1 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation eastward sea water velocity tendency due to parameterization
'm s**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 38 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation northward sea water velocity tendency due to parameterization
'm s**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 39 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea water temperature tendency due to direct bias correction
'K s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea water salinity tendency due to direct bias correction
'g kg**-1 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea water salinity
'kg kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation northward mass transport
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 46 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation eastward mass transport
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 47 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea water depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 14 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea water upward mass transport
'kg m**-2 s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea water age since surface contact
's' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 57 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea water downward short-wave radiation flux
'W m**-2' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 58 ;
	 typeOfFirstFixedSurface = 168 ;
	 typeOfSecondFixedSurface = 168 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation net short wave radiation rate at sea surface
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wind stress at sea surface
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 49 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation wind speed at 10m above sea surface
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 102 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation neutral drag coefficient at 10m above sea surface
'dimensionless' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 29 ;
	 typeOfFirstFixedSurface = 102 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation total precipitation rate at sea surface
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation snow precipitation rate at sea surface
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 66 ;
	 typeOfFirstFixedSurface = 160 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation eastward component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 50 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation northward component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 51 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation U-component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation V-component of wind stress over sea ice
'N m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 53 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Virtual temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	}
#Pressure tendency
'Pa s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 2 ;
	}
#ICAO Standard Atmosphere reference height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 3 ;
	}
#Geometrical height above ground
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 34 ;
	}
#Standard deviation of height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 7 ;
	}
#Virtual potential temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 15 ;
	}
#Pseudo-adiabatic potential temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	}
#Dew point temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 6 ;
	}
#Lapse rate
'K m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 8 ;
	}
#Visibility
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 0 ;
	}
#Radar spectra (1)
'~' = {
	 discipline = 0 ;
	 parameterCategory = 15 ;
	 parameterNumber = 6 ;
	}
#Radar spectra (2)
'~' = {
	 discipline = 0 ;
	 parameterCategory = 15 ;
	 parameterNumber = 7 ;
	}
#Radar spectra (3)
'~' = {
	 discipline = 0 ;
	 parameterCategory = 15 ;
	 parameterNumber = 8 ;
	}
#Parcel lifted index (to 500 hPa)
'K' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 0 ;
	}
#Temperature anomaly
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 9 ;
	}
#Pressure anomaly
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 8 ;
	}
#Geopotential height anomaly
'gpm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 9 ;
	}
#Wave spectra (1)
'~' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	}
#Wave spectra (2)
'~' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 1 ;
	}
#Wave spectra (3)
'~' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 2 ;
	}
#Wind direction
'Degree true' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	}
#Sigma coordinate vertical velocity
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 7 ;
	}
#Absolute vorticity
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 10 ;
	}
#Absolute divergence
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 11 ;
	}
#Vertical u-component shear
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 15 ;
	}
#Vertical v-component shear
's**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 16 ;
	}
#Precipitable water
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 3 ;
	}
#Saturation deficit
'Pa' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 5 ;
	}
#Precipitation rate
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 7 ;
	}
#Thunderstorm probability
'%' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 2 ;
	}
#Convective precipitation (water)
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 10 ;
	}
#Mixed layer depth
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 3 ;
	}
#Transient thermocline depth
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 2 ;
	}
#Main thermocline anomaly
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 1 ;
	}
#Best lifted index (to 500 hPa)
'K' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 1 ;
	}
#Soil moisture content
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	}
#Salinity
'kg kg**-1' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 3 ;
	}
#Density
'kg m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 10 ;
	}
#Direction of ice drift
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 2 ;
	}
#Speed of ice drift
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 3 ;
	}
#Ice divergence
's**-1' = {
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 7 ;
	}
#Snowmelt
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Direction of swell waves
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 7 ;
	}
#Secondary wave direction
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 12 ;
	}
#Net short-wave radiation flux (surface)
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 0 ;
	}
#Global radiation flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 3 ;
	}
#Radiance (with respect to wave number)
'W m**-1 sr**-1' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 5 ;
	}
#Radiance (with respect to wave length)
'W m**-3 sr**-1' = {
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 6 ;
	}
#Wind mixing energy
'J' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 19 ;
	}
#Total precipitation less than 0.1 mm
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 1 ;
	 scaledValueOfLowerLimit = 1 ;
	 scaleFactorOfLowerLimit = 1 ;
	 probabilityType = 0 ;
	}
#Total precipitation rate less than 1 mm/day
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	 scaledValueOfLowerLimit = 115741 ;
	 scaleFactorOfLowerLimit = 10 ;
	 probabilityType = 0 ;
	}
#Total precipitation rate of at least 3 mm/day
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	 scaledValueOfLowerLimit = 347222 ;
	 scaleFactorOfLowerLimit = 10 ;
	 probabilityType = 3 ;
	}
#Total precipitation rate of at least 5 mm/day
'%' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	 scaledValueOfLowerLimit = 578704 ;
	 scaleFactorOfLowerLimit = 10 ;
	 probabilityType = 3 ;
	}
#10 metre Wind speed of at least 10 m/s
'%' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfLowerLimit = 10 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#10 metre Wind speed of at least 15 m/s
'%' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfLowerLimit = 15 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#10 metre wind gust of at least 15 m/s
'%' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	 scaledValueOfLowerLimit = 15 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#10 metre wind gust of at least 20 m/s
'%' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	 scaledValueOfLowerLimit = 20 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#2 metre temperature less than 273.15 K
'%' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfLowerLimit = 27315 ;
	 scaleFactorOfLowerLimit = 2 ;
	 probabilityType = 0 ;
	}
#Significant wave height of at least 2 m
'%' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 scaledValueOfLowerLimit = 2 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Significant wave height of at least 4 m
'%' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 scaledValueOfLowerLimit = 4 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Significant wave height of at least 6 m
'%' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 scaledValueOfLowerLimit = 6 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Significant wave height of at least 8 m
'%' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	 scaledValueOfLowerLimit = 8 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#10 metre wind gust index
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = [102,2] ;
	}
#Snowfall index
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 53 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = [102,1] ;
	}
#10 metre speed index
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = [102,0] ;
	}
#2 metre temperature index
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = [102,0] ;
	}
#Maximum temperature at 2 metres index
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = [102,2] ;
	}
#Minimum temperature at 2 metres index
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = [102,3] ;
	}
#Total precipitation index
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = [102,1] ;
	}
#Period corresponding to maximum individual wave height
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 23 ;
	}
#Envelop-maximum individual wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 93 ;
	}
#Model bathymetry
'm' = {
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 7 ;
	}
#Mean wave period based on first moment
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	}
#Mean zero-crossing wave period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 28 ;
	}
#Wave spectral directional width
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 31 ;
	}
#Mean wave period based on first moment for wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 26 ;
	}
#Mean wave period based on second moment for wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 29 ;
	}
#Wave spectral directional width for wind waves
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 32 ;
	}
#Mean wave period based on first moment for swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 27 ;
	}
#Mean wave period based on second moment for swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 30 ;
	}
#Wave spectral directional width for swell
'radians' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 33 ;
	}
#Significant height of combined wind waves and swell
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 3 ;
	}
#Mean wave direction
'Degree true' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 14 ;
	}
#Peak wave period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 34 ;
	}
#Mean wave period
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 15 ;
	}
#Coefficient of drag with waves
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 16 ;
	}
#Significant height of wind waves
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 5 ;
	}
#Mean direction of wind waves
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 75 ;
	}
#Mean period of wind waves
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 6 ;
	}
#Significant height of total swell
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 8 ;
	}
#Mean direction of total swell
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 74 ;
	}
#Mean period of total swell
's' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 9 ;
	}
#Mean square slope of waves
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 20 ;
	}
#10 metre wind speed
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 102 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#Altimeter wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 37 ;
	}
#Altimeter corrected wave height
'm' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 38 ;
	}
#Altimeter range relative correction
'~' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 39 ;
	}
#10 metre wind direction
'degrees' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 102 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#2D wave spectra (single)
'm**2 s radian**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 86 ;
	}
#Wave spectral kurtosis
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 43 ;
	}
#Benjamin-Feir index
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 44 ;
	}
#Wave spectral peakedness
'dimensionless' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 98 ;
	}
#Skin reservoir content
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 50 ;
	}
#Total column vertically-integrated mass of atmosphere
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 39 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated kinetic energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated enthalpy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 3 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated potential + internal energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated potential+internal+latent energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 21 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated total energy
'J m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 2 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated eastward mass flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 36 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated northward mass flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 37 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated eastward kinetic energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 9 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated northward kinetic energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 10 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated eastward heat flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 19 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated northward heat flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 20 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated eastward water vapour flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 150 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated northward water vapour flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 151 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated eastward geopotential flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 40 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated northward geopotential flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 41 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated eastward total energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 11 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated northward total energy flux
'W m**-1' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 12 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated eastward ozone flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 78 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	}
#Total column vertically-integrated northward ozone flux
'kg m**-1 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 79 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	}
#Total column vertically-integrated divergence of mass flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 35 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated divergence of kinetic energy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 16 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated moisture divergence flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 165 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated divergence of geopotential flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 43 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated divergence of total energy flux
'W m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 21 ;
	 parameterNumber = 17 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Total column vertically-integrated divergence of ozone flux
'kg m**-2 s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 80 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 constituentType = 0 ;
	}
#Time-integrated temperature tendency due to short-wave radiation
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 22 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated temperature tendency due to long-wave radiation
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 23 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated temperature tendency due to short wave radiation, clear sky
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 24 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated temperature tendency due to long-wave radiation, clear sky
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 25 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated updraught mass flux
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 27 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated downdraught mass flux
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 28 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated updraught detrainment rate
'kg m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 29 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated downdraught detrainment rate
'kg m**-3' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 30 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated total precipitation flux
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated turbulent diffusion coefficient for heat
'm**2' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 20 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated temperature tendency due to parametrisations
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 26 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated specific humidity tendency due to parametrisations
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 108 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated eastward wind tendency due to parametrisations
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 39 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-integrated northward wind tendency due to parametrisations
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 40 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Surface runoff
'kg m**-2' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 34 ;
	}
#Nitrogen dioxide mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 5 ;
	 is_chemical = 1 ;
	}
#Sulphur dioxide mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 8 ;
	 is_chemical = 1 ;
	}
#Carbon monoxide mass mixing ratio
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 4 ;
	 is_chemical = 1 ;
	}
#Ozone mass mixing ratio (full chemistry scheme)
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 0 ;
	 is_chemical = 1 ;
	}
#Nitrogen dioxide mass mixing ratio difference
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 5 ;
	 typeOfGeneratingProcess = 20 ;
	 is_chemical = 1 ;
	}
#Sulphur dioxide mass mixing ratio difference
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 8 ;
	 typeOfGeneratingProcess = 20 ;
	 is_chemical = 1 ;
	}
#Carbon monoxide mass mixing ratio difference
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 4 ;
	 typeOfGeneratingProcess = 20 ;
	 is_chemical = 1 ;
	}
#Ozone mass mixing ratio difference (full chemistry scheme)
'kg kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 0 ;
	 typeOfGeneratingProcess = 20 ;
	 is_chemical = 1 ;
	}
#Convective inhibition
'J kg**-1' = {
	 discipline = 0 ;
	 parameterCategory = 7 ;
	 parameterNumber = 7 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Orography
'm' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 1 ;
	}
#Friction velocity
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 17 ;
	}
#Time-mean 2 metre temperature
'K' = {
	 discipline = 0 ;
	 parameterCategory = 0 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 2 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean 10 metre wind speed
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Lake total depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 162 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Lake mix-layer temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 166 ;
	 typeOfSecondFixedSurface = 255 ;
	}
#Lake mix-layer depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 0 ;
	 typeOfFirstFixedSurface = 166 ;
	 typeOfSecondFixedSurface = 255 ;
	}
#Lake bottom temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 162 ;
	 typeOfSecondFixedSurface = 255 ;
	}
#Lake total layer temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 162 ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Lake shape factor
'dimensionless' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 10 ;
	}
#Lake ice surface temperature
'K' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 6 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 255 ;
	}
#Lake ice total depth
'm' = {
	 discipline = 1 ;
	 parameterCategory = 2 ;
	 parameterNumber = 5 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Minimum vertical gradient of refractivity inside trapping layer
'm**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 45 ;
	}
#Mean vertical gradient of refractivity inside trapping layer
'm**-1' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 44 ;
	}
#Duct base height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 41 ;
	}
#Trapping layer base height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 42 ;
	}
#Trapping layer top height
'm' = {
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 43 ;
	}
#10 metre u-component of neutral wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 56 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#10 metre v-component of neutral wind
'm s**-1' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 57 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	}
#Snow depth water equivalent
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 60 ;
	}
#Snowfall water equivalent
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 53 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Total Cloud Cover
'%' = {
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Field capacity
'kg m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 3 ;
	 parameterNumber = 12 ;
	 typeOfFirstFixedSurface = 106 ;
	 typeOfSecondFixedSurface = 106 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 2 ;
	 scaleFactorOfSecondFixedSurface = 1 ;
	}
#Wilting point
'kg m**-3' = {
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 26 ;
	 typeOfFirstFixedSurface = 106 ;
	 typeOfSecondFixedSurface = 106 ;
	 scaledValueOfFirstFixedSurface = 0 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 scaledValueOfSecondFixedSurface = 2 ;
	 scaleFactorOfSecondFixedSurface = 1 ;
	}
#Total Precipitation
'kg m**-2' = {
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 52 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#U-component surface stokes drift
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 21 ;
	}
#V-component surface stokes drift
'm s**-1' = {
	 discipline = 10 ;
	 parameterCategory = 0 ;
	 parameterNumber = 22 ;
}
# Automatically generated by ./create_defs.grib2.mtg2.pl, do not edit
#Equivalent potential temperature
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 4 ;
	}
#Saturated equivalent potential temperature
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 5 ;
	}
#Soil sand fraction
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 6 ;
	}
#Soil clay fraction
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 7 ;
	}
#Surface runoff
'm' = {
	 localTablesVersion = 1 ;
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 202 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Sub-surface runoff
'm' = {
	 localTablesVersion = 1 ;
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 204 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#U component of divergent wind
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 11 ;
	}
#V component of divergent wind
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 12 ;
	}
#U component of rotational wind
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 13 ;
	}
#V component of rotational wind
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 14 ;
	}
#UV visible albedo for direct radiation (climatological)
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 193 ;
	 typeOfGeneratingProcess = 9 ;
	}
#UV visible albedo for diffuse radiation (climatological)
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 192 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Near IR albedo for direct radiation (climatological)
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 193 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Near IR albedo for diffuse radiation (climatological)
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 192 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Clear sky surface UV
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 19 ;
	}
#Reserved for future unbalanced components
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 24 ;
	}
#Reserved for future unbalanced components
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 25 ;
	}
#Snow albedo
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 192 ;
	}
#Ice temperature layer 1
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 35 ;
	}
#Ice temperature layer 2
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 36 ;
	}
#Ice temperature layer 3
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 37 ;
	}
#Ice temperature layer 4
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 38 ;
	}
#Volumetric soil water layer 1
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 39 ;
	}
#Volumetric soil water layer 2
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 40 ;
	}
#Volumetric soil water layer 3
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 41 ;
	}
#Volumetric soil water layer 4
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 42 ;
	}
#Snow evaporation
'm of water equivalent' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 197 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Snowmelt
'm of water equivalent' = {
	 localTablesVersion = 1 ;
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 203 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Solar duration
's' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 46 ;
	}
#Observation count
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 62 ;
	}
#Start time for skin temperature difference
's' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 63 ;
	}
#Finish time for skin temperature difference
's' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 64 ;
	}
#Skin temperature difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 65 ;
	}
#Biome cover, low vegetation
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 70 ;
	}
#Biome cover, high vegetation
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 71 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 80 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 81 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 82 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 83 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 84 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 85 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 86 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 87 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 88 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 89 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 90 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 91 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 92 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 93 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 94 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 95 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 96 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 97 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 98 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 99 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 100 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 101 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 102 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 103 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 104 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 105 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 106 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 107 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 108 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 109 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 110 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 111 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 112 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 113 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 114 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 115 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 116 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 117 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 118 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 119 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 120 ;
	}
#Vertically integrated total energy
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 125 ;
	}
#Generic parameter for sensitive area prediction
'Various' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 126 ;
	}
#Atmospheric tide
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 127 ;
	}
#Budget values
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 128 ;
	}
#Soil temperature level 1
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 139 ;
	}
#Soil wetness level 1
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 140 ;
	}
#Snow depth
'm of water equivalent' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 254 ;
	}
#Large-scale precipitation
'm' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 196 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Convective precipitation
'm' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 195 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Snowfall
'm of water equivalent' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 198 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Logarithm of surface pressure
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 105 ;
	}
#Short-wave heating rate
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 153 ;
	}
#Long-wave heating rate
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 154 ;
	}
#Tendency of surface pressure
'Pa s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 158 ;
	}
#Total cloud cover
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 192 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Soil temperature level 2
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 170 ;
	}
#Soil wetness level 2
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 171 ;
	}
#Albedo (climatological)
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 193 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Evaporation
'm of water equivalent' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 199 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Soil temperature level 3
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 183 ;
	}
#Soil wetness level 3
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 184 ;
	}
#Convective cloud cover
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 185 ;
	}
#Low cloud cover
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 193 ;
	}
#Medium cloud cover
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 194 ;
	}
#High cloud cover
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 195 ;
	}
#East-West component of sub-gridscale orographic variance
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 190 ;
	}
#North-South component of sub-gridscale orographic variance
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 191 ;
	}
#North-West/South-East component of sub-gridscale orographic variance
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 192 ;
	}
#North-East/South-West component of sub-gridscale orographic variance
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 193 ;
	}
#Skin reservoir content
'm of water equivalent' = {
	 localTablesVersion = 1 ;
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 205 ;
	}
#Vegetation fraction
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 199 ;
	}
#Variance of sub-gridscale orography
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 200 ;
	}
#Precipitation analysis weights
'~' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 204 ;
	}
#Runoff
'm' = {
	 localTablesVersion = 1 ;
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 201 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Total column ozone
'kg m**-2' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 14 ;
	 parameterNumber = 192 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	}
#Diabatic heating by radiation
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 214 ;
	}
#Diabatic heating by vertical diffusion
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 215 ;
	}
#Diabatic heating by cumulus convection
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 216 ;
	}
#Diabatic heating large-scale condensation
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 217 ;
	}
#Vertical diffusion of zonal wind
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 218 ;
	}
#Vertical diffusion of meridional wind
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 219 ;
	}
#East-West gravity wave drag tendency
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 220 ;
	}
#North-South gravity wave drag tendency
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 221 ;
	}
#Convective tendency of zonal wind
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 222 ;
	}
#Convective tendency of meridional wind
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 223 ;
	}
#Vertical diffusion of humidity
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 224 ;
	}
#Humidity tendency by cumulus convection
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 225 ;
	}
#Humidity tendency by large-scale condensation
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 226 ;
	}
#Tendency due to removal of negative humidity
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 227 ;
	}
#Total precipitation
'm' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 193 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Apparent surface humidity
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 233 ;
	}
#Soil temperature level 4
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 236 ;
	}
#Soil wetness level 4
'm' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 237 ;
	}
#Convective snowfall
'm of water equivalent' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 201 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Large-scale snowfall
'm of water equivalent' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 202 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Accumulated cloud fraction tendency
'(-1 to 1)' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 241 ;
	}
#Accumulated liquid water tendency
'(-1 to 1)' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 242 ;
	}
#Forecast albedo
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 193 ;
	}
#Accumulated ice water tendency
'(-1 to 1)' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 249 ;
	}
#Ice age
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 250 ;
	}
#Adiabatic tendency of temperature
'K' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 251 ;
	}
#Adiabatic tendency of humidity
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 252 ;
	}
#Adiabatic tendency of zonal wind
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 253 ;
	}
#Adiabatic tendency of meridional wind
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 128 ;
	 parameterNumber = 254 ;
	}
#Stream function difference
'm**2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 1 ;
	}
#Velocity potential difference
'm**2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 2 ;
	}
#Potential temperature difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 3 ;
	}
#Equivalent potential temperature difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 4 ;
	}
#Saturated equivalent potential temperature difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 5 ;
	}
#U component of divergent wind difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 11 ;
	}
#V component of divergent wind difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 12 ;
	}
#U component of rotational wind difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 13 ;
	}
#V component of rotational wind difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 14 ;
	}
#Unbalanced component of temperature difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 21 ;
	}
#Unbalanced component of logarithm of surface pressure difference
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 22 ;
	}
#Unbalanced component of divergence difference
's**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 23 ;
	}
#Reserved for future unbalanced components
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 24 ;
	}
#Reserved for future unbalanced components
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 25 ;
	}
#Lake cover difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 26 ;
	}
#Low vegetation cover difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 27 ;
	}
#High vegetation cover difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 28 ;
	}
#Type of low vegetation difference
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 29 ;
	}
#Type of high vegetation difference
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 30 ;
	}
#Sea-ice cover difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 31 ;
	}
#Snow albedo difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 32 ;
	}
#Snow density difference
'kg m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 33 ;
	}
#Sea surface temperature difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 34 ;
	}
#Ice surface temperature layer 1 difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 35 ;
	}
#Ice surface temperature layer 2 difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 36 ;
	}
#Ice surface temperature layer 3 difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 37 ;
	}
#Ice surface temperature layer 4 difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 38 ;
	}
#Volumetric soil water layer 1 difference
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 39 ;
	}
#Volumetric soil water layer 2 difference
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 40 ;
	}
#Volumetric soil water layer 3 difference
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 41 ;
	}
#Volumetric soil water layer 4 difference
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 42 ;
	}
#Soil type difference
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 43 ;
	}
#Snow evaporation difference
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 44 ;
	}
#Snowmelt difference
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 45 ;
	}
#Solar duration difference
's' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 46 ;
	}
#Direct solar radiation difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 47 ;
	}
#Magnitude of turbulent surface stress difference
'N m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 48 ;
	}
#10 metre wind gust difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 49 ;
	}
#Large-scale precipitation fraction difference
's' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 50 ;
	}
#Maximum 2 metre temperature difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 51 ;
	}
#Minimum 2 metre temperature difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 52 ;
	}
#Montgomery potential difference
'm**2 s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 53 ;
	}
#Pressure difference
'Pa' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 54 ;
	}
#Mean 2 metre temperature in the last 24 hours difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 55 ;
	}
#Mean 2 metre dewpoint temperature in the last 24 hours difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 56 ;
	}
#Downward UV radiation at the surface difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 57 ;
	}
#Photosynthetically active radiation at the surface difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 58 ;
	}
#Convective available potential energy difference
'J kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 59 ;
	}
#Potential vorticity difference
'K m**2 kg**-1 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 60 ;
	}
#Total precipitation from observations difference
'Millimetres*100 + number of stations' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 61 ;
	}
#Observation count difference
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 62 ;
	}
#Start time for skin temperature difference
's' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 63 ;
	}
#Finish time for skin temperature difference
's' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 64 ;
	}
#Skin temperature difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 65 ;
	}
#Leaf area index, low vegetation
'm**2 m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 66 ;
	}
#Leaf area index, high vegetation
'm**2 m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 67 ;
	}
#Biome cover, low vegetation
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 70 ;
	}
#Biome cover, high vegetation
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 71 ;
	}
#Total column liquid water
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 78 ;
	}
#Total column ice water
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 79 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 80 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 81 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 82 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 83 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 84 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 85 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 86 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 87 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 88 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 89 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 90 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 91 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 92 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 93 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 94 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 95 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 96 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 97 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 98 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 99 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 100 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 101 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 102 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 103 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 104 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 105 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 106 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 107 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 108 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 109 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 110 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 111 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 112 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 113 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 114 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 115 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 116 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 117 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 118 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 119 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 120 ;
	}
#Maximum temperature at 2 metres difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 121 ;
	}
#Minimum temperature at 2 metres difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 122 ;
	}
#10 metre wind gust in the last 6 hours difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 123 ;
	}
#Vertically integrated total energy
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 125 ;
	}
#Generic parameter for sensitive area prediction
'Various' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 126 ;
	}
#Atmospheric tide difference
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 127 ;
	}
#Budget values difference
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 128 ;
	}
#Geopotential difference
'm**2 s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 129 ;
	}
#U component of wind difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 131 ;
	}
#V component of wind difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 132 ;
	}
#Surface pressure difference
'Pa' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 134 ;
	}
#Vertical velocity (pressure) difference
'Pa s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 135 ;
	}
#Total column water difference
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 136 ;
	}
#Total column water vapour difference
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 137 ;
	}
#Soil temperature level 1 difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 139 ;
	}
#Soil wetness level 1 difference
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 140 ;
	}
#Snow depth difference
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 141 ;
	}
#Stratiform precipitation (Large-scale precipitation) difference
'm' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 142 ;
	}
#Convective precipitation difference
'm' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 143 ;
	}
#Snowfall (convective + stratiform) difference
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 144 ;
	}
#Boundary layer dissipation difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 145 ;
	}
#Surface sensible heat flux difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 146 ;
	}
#Surface latent heat flux difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 147 ;
	}
#Charnock difference
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 148 ;
	}
#Surface net radiation difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 149 ;
	}
#Top net radiation difference
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 150 ;
	}
#Mean sea level pressure difference
'Pa' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 151 ;
	}
#Short-wave heating rate difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 153 ;
	}
#Long-wave heating rate difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 154 ;
	}
#Height difference
'm' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 156 ;
	}
#Relative humidity difference
'%' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 157 ;
	}
#Tendency of surface pressure difference
'Pa s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 158 ;
	}
#Boundary layer height difference
'm' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 159 ;
	}
#Standard deviation of orography difference
'm' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 160 ;
	}
#Anisotropy of sub-gridscale orography difference
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 161 ;
	}
#Angle of sub-gridscale orography difference
'radians' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 162 ;
	}
#Slope of sub-gridscale orography difference
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 163 ;
	}
#Total cloud cover difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 164 ;
	}
#10 metre U wind component difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 165 ;
	}
#10 metre V wind component difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 166 ;
	}
#2 metre temperature difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 167 ;
	}
#Surface solar radiation downwards difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 169 ;
	}
#Soil temperature level 2 difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 170 ;
	}
#Soil wetness level 2 difference
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 171 ;
	}
#Land-sea mask difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 172 ;
	}
#Surface roughness difference
'm' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 173 ;
	}
#Albedo difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 174 ;
	}
#Surface thermal radiation downwards difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 175 ;
	}
#Surface net solar radiation difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 176 ;
	}
#Surface net thermal radiation difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 177 ;
	}
#Top net solar radiation difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 178 ;
	}
#Top net thermal radiation difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 179 ;
	}
#East-West surface stress difference
'N m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 180 ;
	}
#North-South surface stress difference
'N m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 181 ;
	}
#Evaporation difference
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 182 ;
	}
#Soil temperature level 3 difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 183 ;
	}
#Soil wetness level 3 difference
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 184 ;
	}
#Convective cloud cover difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 185 ;
	}
#Low cloud cover difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 186 ;
	}
#Medium cloud cover difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 187 ;
	}
#High cloud cover difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 188 ;
	}
#Sunshine duration difference
's' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 189 ;
	}
#East-West component of sub-gridscale orographic variance difference
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 190 ;
	}
#North-South component of sub-gridscale orographic variance difference
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 191 ;
	}
#North-West/South-East component of sub-gridscale orographic variance difference
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 192 ;
	}
#North-East/South-West component of sub-gridscale orographic variance difference
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 193 ;
	}
#Brightness temperature difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 194 ;
	}
#Longitudinal component of gravity wave stress difference
'N m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 195 ;
	}
#Meridional component of gravity wave stress difference
'N m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 196 ;
	}
#Gravity wave dissipation difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 197 ;
	}
#Skin reservoir content difference
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 198 ;
	}
#Vegetation fraction difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 199 ;
	}
#Variance of sub-gridscale orography difference
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 200 ;
	}
#Maximum temperature at 2 metres since previous post-processing difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 201 ;
	}
#Minimum temperature at 2 metres since previous post-processing difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 202 ;
	}
#Precipitation analysis weights difference
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 204 ;
	}
#Runoff difference
'm' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 205 ;
	}
#Total column ozone difference
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 206 ;
	}
#10 metre wind speed difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 207 ;
	}
#Top net solar radiation, clear sky difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 208 ;
	}
#Top net thermal radiation, clear sky difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 209 ;
	}
#Surface net solar radiation, clear sky difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 210 ;
	}
#Surface net thermal radiation, clear sky difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 211 ;
	}
#TOA incident solar radiation difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 212 ;
	}
#Diabatic heating by radiation difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 214 ;
	}
#Diabatic heating by vertical diffusion difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 215 ;
	}
#Diabatic heating by cumulus convection difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 216 ;
	}
#Diabatic heating large-scale condensation difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 217 ;
	}
#Vertical diffusion of zonal wind difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 218 ;
	}
#Vertical diffusion of meridional wind difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 219 ;
	}
#East-West gravity wave drag tendency difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 220 ;
	}
#North-South gravity wave drag tendency difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 221 ;
	}
#Convective tendency of zonal wind difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 222 ;
	}
#Convective tendency of meridional wind difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 223 ;
	}
#Vertical diffusion of humidity difference
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 224 ;
	}
#Humidity tendency by cumulus convection difference
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 225 ;
	}
#Humidity tendency by large-scale condensation difference
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 226 ;
	}
#Change from removal of negative humidity difference
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 227 ;
	}
#Total precipitation difference
'm' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 228 ;
	}
#Instantaneous X surface stress difference
'N m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 229 ;
	}
#Instantaneous Y surface stress difference
'N m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 230 ;
	}
#Instantaneous surface heat flux difference
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 231 ;
	}
#Instantaneous moisture flux difference
'kg m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 232 ;
	}
#Apparent surface humidity difference
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 233 ;
	}
#Logarithm of surface roughness length for heat difference
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 234 ;
	}
#Skin temperature difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 235 ;
	}
#Soil temperature level 4 difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 236 ;
	}
#Soil wetness level 4 difference
'm' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 237 ;
	}
#Temperature of snow layer difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 238 ;
	}
#Convective snowfall difference
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 239 ;
	}
#Large scale snowfall difference
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 240 ;
	}
#Accumulated cloud fraction tendency difference
'(-1 to 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 241 ;
	}
#Accumulated liquid water tendency difference
'(-1 to 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 242 ;
	}
#Forecast albedo difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 243 ;
	}
#Forecast surface roughness difference
'm' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 244 ;
	}
#Forecast logarithm of surface roughness for heat difference
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 245 ;
	}
#Specific cloud liquid water content difference
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 246 ;
	}
#Specific cloud ice water content difference
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 247 ;
	}
#Cloud cover difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 248 ;
	}
#Accumulated ice water tendency difference
'(-1 to 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 249 ;
	}
#Ice age difference
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 250 ;
	}
#Adiabatic tendency of temperature difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 251 ;
	}
#Adiabatic tendency of humidity difference
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 252 ;
	}
#Adiabatic tendency of zonal wind difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 253 ;
	}
#Adiabatic tendency of meridional wind difference
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 254 ;
	}
#Indicates a missing value
'~' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 255 ;
	}
#Reserved
'~' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 193 ;
	}
#U-tendency from dynamics
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 114 ;
	}
#V-tendency from dynamics
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 115 ;
	}
#T-tendency from dynamics
'K' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 116 ;
	}
#q-tendency from dynamics
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 117 ;
	}
#T-tendency from radiation
'K' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 118 ;
	}
#U-tendency from turbulent diffusion + subgrid orography
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 119 ;
	}
#V-tendency from turbulent diffusion + subgrid orography
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 120 ;
	}
#T-tendency from turbulent diffusion + subgrid orography
'K' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 121 ;
	}
#q-tendency from turbulent diffusion
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 122 ;
	}
#U-tendency from subgrid orography
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 123 ;
	}
#V-tendency from subgrid orography
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 124 ;
	}
#T-tendency from subgrid orography
'K' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 125 ;
	}
#U-tendency from convection (deep+shallow)
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 126 ;
	}
#V-tendency from convection (deep+shallow)
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 127 ;
	}
#T-tendency from convection (deep+shallow)
'K' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 128 ;
	}
#q-tendency from convection (deep+shallow)
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 129 ;
	}
#Liquid Precipitation flux from convection
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 130 ;
	}
#Ice Precipitation flux from convection
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 131 ;
	}
#T-tendency from cloud scheme
'K' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 132 ;
	}
#q-tendency from cloud scheme
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 133 ;
	}
#ql-tendency from cloud scheme
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 134 ;
	}
#qi-tendency from cloud scheme
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 135 ;
	}
#Liquid Precip flux from cloud scheme (stratiform)
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 136 ;
	}
#Ice Precip flux from cloud scheme (stratiform)
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 137 ;
	}
#U-tendency from shallow convection
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 138 ;
	}
#V-tendency from shallow convection
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 139 ;
	}
#T-tendency from shallow convection
'K' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 140 ;
	}
#q-tendency from shallow convection
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 141 ;
	}
#Maximum temperature at 2 metres in the last 6 hours anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 121 ;
	}
#Minimum temperature at 2 metres in the last 6 hours anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 122 ;
	}
#Time-mean surface runoff rate
'm s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 202 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sub-surface runoff rate
'm s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 204 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Volcanic ash aerosol mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 13 ;
	}
#Volcanic sulphate aerosol mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 14 ;
	}
#Volcanic SO2 precursor mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 15 ;
	}
#SO4 aerosol precursor mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 28 ;
	}
#Water vapour mixing ratio for hydrophilic aerosols in mode 1
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 29 ;
	}
#Water vapour mixing ratio for hydrophilic aerosols in mode 2
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 30 ;
	}
#DMS surface emission
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 43 ;
	}
#Water vapour mixing ratio for hydrophilic aerosols in mode 3
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 44 ;
	}
#Water vapour mixing ratio for hydrophilic aerosols in mode 4
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 45 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 55 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 56 ;
	}
#Mixing ration of organic carbon aerosol, nucleation mode
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 57 ;
	}
#Monoterpene precursor mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 58 ;
	}
#Secondary organic precursor mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 59 ;
	}
#Wildfire viewing angle of observation
'deg' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 79 ;
	}
#Wildfire Flux of Ethane (C2H6)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 118 ;
	}
#Wildfire day-time radiative power
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 167 ;
	}
#Wildfire night-time radiative power
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 169 ;
	}
#Wildfire day-time inverse variance of radiative power
'W**-2 m**4' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 177 ;
	}
#Wildfire night-time inverse variance of radiative power
'W**-2 m**4' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 179 ;
	}
#UV visible albedo for direct radiation, isotropic component (climatological)
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 195 ;
	 typeOfGeneratingProcess = 9 ;
	}
#UV visible albedo for direct radiation, volumetric component (climatological)
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 196 ;
	 typeOfGeneratingProcess = 9 ;
	}
#UV visible albedo for direct radiation, geometric component (climatological)
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 4 ;
	 parameterNumber = 194 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Near IR albedo for direct radiation, isotropic component (climatological)
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 195 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Near IR albedo for direct radiation, volumetric component (climatological)
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 196 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Near IR albedo for direct radiation, geometric component (climatological)
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 5 ;
	 parameterNumber = 194 ;
	 typeOfGeneratingProcess = 9 ;
	}
#Total aerosol optical depth at 340 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 217 ;
	}
#Total aerosol optical depth at 355 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 218 ;
	}
#Total aerosol optical depth at 380 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 219 ;
	}
#Total aerosol optical depth at 400 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 220 ;
	}
#Total aerosol optical depth at 440 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 221 ;
	}
#Total aerosol optical depth at 500 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 222 ;
	}
#Total aerosol optical depth at 532 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 223 ;
	}
#Total aerosol optical depth at 645 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 224 ;
	}
#Total aerosol optical depth at 800 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 225 ;
	}
#Total aerosol optical depth at 858 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 226 ;
	}
#Total aerosol optical depth at 1020 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 227 ;
	}
#Total aerosol optical depth at 1064 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 228 ;
	}
#Total aerosol optical depth at 1640 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 229 ;
	}
#Total aerosol optical depth at 2130 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 230 ;
	}
#Wildfire Flux of Toluene (C7H8)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 231 ;
	}
#Wildfire Flux of Benzene (C6H6)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 232 ;
	}
#Wildfire Flux of Xylene (C8H10)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 233 ;
	}
#Wildfire Flux of Butenes (C4H8)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 234 ;
	}
#Wildfire Flux of Pentenes (C5H10)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 235 ;
	}
#Wildfire Flux of Hexene (C6H12)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 236 ;
	}
#Wildfire Flux of Octene (C8H16)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 237 ;
	}
#Wildfire Flux of Butanes (C4H10)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 238 ;
	}
#Wildfire Flux of Pentanes (C5H12)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 239 ;
	}
#Wildfire Flux of Hexanes (C6H14)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 240 ;
	}
#Wildfire Flux of Heptane (C7H16)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 241 ;
	}
#Volcanic sulphate aerosol optical depth at 550 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 243 ;
	}
#Volcanic ash optical depth at 550 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 244 ;
	}
#Profile of total aerosol dry extinction coefficient
'm**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 245 ;
	}
#Profile of total aerosol dry absorption coefficient
'm**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 246 ;
	}
#Nitrate fine mode aerosol mass mixing ratio
'kg kg**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 aerosolType = 65534 ;
	 is_aerosol = 1 ;
	}
#Nitrate coarse mode aerosol mass mixing ratio
'kg kg**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 aerosolType = 65533 ;
	 is_aerosol = 1 ;
	}
#Aerosol type 13 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 13 ;
	}
#Aerosol type 14 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 14 ;
	}
#Aerosol type 15 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 15 ;
	}
#SO4 aerosol precursor mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 28 ;
	}
#Water vapour mixing ratio for hydrophilic aerosols in mode 1
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 29 ;
	}
#Water vapour mixing ratio for hydrophilic aerosols in mode 2
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 30 ;
	}
#DMS surface emission
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 43 ;
	}
#Water vapour mixing ratio for hydrophilic aerosols in mode 3
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 44 ;
	}
#Water vapour mixing ratio for hydrophilic aerosols in mode 4
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 45 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 55 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 56 ;
	}
#Water vapour (chemistry) difference
'kg kg**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 1 ;
	 typeOfGeneratingProcess = 20 ;
	 is_chemical = 1 ;
	}
#Altitude of emitter
'm' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 119 ;
	}
#Altitude of plume top
'm' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 120 ;
	}
#Nitrate fine mode aerosol mass mixing ratio
'kg kg**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 aerosolType = 65534 ;
	 typeOfGeneratingProcess = 20 ;
	 is_aerosol = 1 ;
	}
#Nitrate coarse mode aerosol mass mixing ratio
'kg kg**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 aerosolType = 65533 ;
	 typeOfGeneratingProcess = 20 ;
	 is_aerosol = 1 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 1 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 2 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 3 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 4 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 5 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 6 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 7 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 8 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 9 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 10 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 11 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 12 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 13 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 14 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 15 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 16 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 17 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 18 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 19 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 20 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 21 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 22 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 23 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 24 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 25 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 26 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 27 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 28 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 29 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 30 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 31 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 32 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 33 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 34 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 35 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 36 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 37 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 38 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 39 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 40 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 41 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 42 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 43 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 44 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 45 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 46 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 47 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 48 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 49 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 50 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 51 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 52 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 53 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 54 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 55 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 56 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 57 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 58 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 59 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 60 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 61 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 62 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 63 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 64 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 65 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 66 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 67 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 68 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 69 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 70 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 71 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 72 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 73 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 74 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 75 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 76 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 77 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 78 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 79 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 80 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 81 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 82 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 83 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 84 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 85 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 86 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 87 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 88 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 89 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 90 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 91 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 92 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 93 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 94 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 95 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 96 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 97 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 98 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 99 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 100 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 101 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 102 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 103 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 104 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 105 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 106 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 107 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 108 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 109 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 110 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 111 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 112 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 113 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 114 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 115 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 116 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 117 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 118 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 119 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 120 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 121 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 122 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 123 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 124 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 125 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 126 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 127 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 128 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 129 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 130 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 131 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 132 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 133 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 134 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 135 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 136 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 137 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 138 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 139 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 140 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 141 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 142 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 143 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 144 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 145 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 146 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 147 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 148 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 149 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 150 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 151 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 152 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 153 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 154 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 155 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 156 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 157 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 158 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 159 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 160 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 161 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 162 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 163 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 164 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 165 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 166 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 167 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 168 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 169 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 170 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 171 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 172 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 173 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 174 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 175 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 176 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 177 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 178 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 179 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 180 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 181 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 182 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 183 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 184 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 185 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 186 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 187 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 188 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 189 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 190 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 191 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 192 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 193 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 194 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 195 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 196 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 197 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 198 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 199 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 200 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 201 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 202 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 203 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 204 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 205 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 206 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 207 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 208 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 209 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 210 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 211 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 212 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 213 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 214 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 215 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 216 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 217 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 218 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 219 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 220 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 221 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 222 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 223 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 224 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 225 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 226 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 227 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 228 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 229 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 230 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 231 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 232 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 233 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 234 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 235 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 236 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 237 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 238 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 239 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 240 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 241 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 242 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 243 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 244 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 245 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 246 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 247 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 248 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 249 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 250 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 251 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 252 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 253 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 254 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 212 ;
	 parameterNumber = 255 ;
	}
#Random pattern 1 for sppt
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 213 ;
	 parameterNumber = 1 ;
	}
#Random pattern 2 for sppt
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 213 ;
	 parameterNumber = 2 ;
	}
#Random pattern 3 for sppt
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 213 ;
	 parameterNumber = 3 ;
	}
#Random pattern 4 for sppt
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 213 ;
	 parameterNumber = 4 ;
	}
#Random pattern 5 for sppt
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 213 ;
	 parameterNumber = 5 ;
	}
#Total surface UV spectral flux (280-285 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 4 ;
	}
#Total surface UV spectral flux (285-290 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 5 ;
	}
#Total surface UV spectral flux (290-295 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 6 ;
	}
#Total surface UV spectral flux (295-300 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 7 ;
	}
#Total surface UV spectral flux (300-305 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 8 ;
	}
#Total surface UV spectral flux (305-310 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 9 ;
	}
#Total surface UV spectral flux (310-315 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 10 ;
	}
#Total surface UV spectral flux (315-320 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 11 ;
	}
#Total surface UV spectral flux (320-325 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 12 ;
	}
#Total surface UV spectral flux (325-330 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 13 ;
	}
#Total surface UV spectral flux (330-335 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 14 ;
	}
#Total surface UV spectral flux (335-340 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 15 ;
	}
#Total surface UV spectral flux (340-345 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 16 ;
	}
#Total surface UV spectral flux (345-350 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 17 ;
	}
#Total surface UV spectral flux (350-355 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 18 ;
	}
#Total surface UV spectral flux (355-360 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 19 ;
	}
#Total surface UV spectral flux (360-365 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 20 ;
	}
#Total surface UV spectral flux (365-370 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 21 ;
	}
#Total surface UV spectral flux (370-375 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 22 ;
	}
#Total surface UV spectral flux (375-380 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 23 ;
	}
#Total surface UV spectral flux (380-385 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 24 ;
	}
#Total surface UV spectral flux (385-390 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 25 ;
	}
#Total surface UV spectral flux (390-395 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 26 ;
	}
#Total surface UV spectral flux (395-400 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 27 ;
	}
#Clear-sky surface UV spectral flux (280-285 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 28 ;
	}
#Clear-sky surface UV spectral flux (285-290 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 29 ;
	}
#Clear-sky surface UV spectral flux (290-295 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 30 ;
	}
#Clear-sky surface UV spectral flux (295-300 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 31 ;
	}
#Clear-sky surface UV spectral flux (300-305 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 32 ;
	}
#Clear-sky surface UV spectral flux (305-310 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 33 ;
	}
#Clear-sky surface UV spectral flux (310-315 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 34 ;
	}
#Clear-sky surface UV spectral flux (315-320 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 35 ;
	}
#Clear-sky surface UV spectral flux (320-325 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 36 ;
	}
#Clear-sky surface UV spectral flux (325-330 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 37 ;
	}
#Clear-sky surface UV spectral flux (330-335 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 38 ;
	}
#Clear-sky surface UV spectral flux (335-340 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 39 ;
	}
#Clear-sky surface UV spectral flux (340-345 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 40 ;
	}
#Clear-sky surface UV spectral flux (345-350 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 41 ;
	}
#Clear-sky surface UV spectral flux (350-355 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 42 ;
	}
#Clear-sky surface UV spectral flux (355-360 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 43 ;
	}
#Clear-sky surface UV spectral flux (360-365 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 44 ;
	}
#Clear-sky surface UV spectral flux (365-370 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 45 ;
	}
#Clear-sky surface UV spectral flux (370-375 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 46 ;
	}
#Clear-sky surface UV spectral flux (375-380 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 47 ;
	}
#Clear-sky surface UV spectral flux (380-385 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 48 ;
	}
#Clear-sky surface UV spectral flux (385-390 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 49 ;
	}
#Clear-sky surface UV spectral flux (390-395 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 50 ;
	}
#Clear-sky surface UV spectral flux (395-400 nm)
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 51 ;
	}
#Profile of optical thickness at 340 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 214 ;
	 parameterNumber = 52 ;
	}
#Source/gain of sea salt aerosol (0.03 - 0.5 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 1 ;
	}
#Source/gain of sea salt aerosol (0.5 - 5 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 2 ;
	}
#Source/gain of sea salt aerosol (5 - 20 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 3 ;
	}
#Dry deposition of sea salt aerosol (0.03 - 0.5 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 4 ;
	}
#Dry deposition of sea salt aerosol (0.5 - 5 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 5 ;
	}
#Dry deposition of sea salt aerosol (5 - 20 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 6 ;
	}
#Sedimentation of sea salt aerosol (0.03 - 0.5 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 7 ;
	}
#Sedimentation of sea salt aerosol (0.5 - 5 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 8 ;
	}
#Sedimentation of sea salt aerosol (5 - 20 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 9 ;
	}
#Wet deposition of sea salt aerosol (0.03 - 0.5 um) by large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 10 ;
	}
#Wet deposition of sea salt aerosol (0.5 - 5 um) by large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 11 ;
	}
#Wet deposition of sea salt aerosol (5 - 20 um) by large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 12 ;
	}
#Wet deposition of sea salt aerosol (0.03 - 0.5 um) by convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 13 ;
	}
#Wet deposition of sea salt aerosol (0.5 - 5 um) by convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 14 ;
	}
#Wet deposition of sea salt aerosol (5 - 20 um) by convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 15 ;
	}
#Negative fixer of sea salt aerosol (0.03 - 0.5 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 16 ;
	}
#Negative fixer of sea salt aerosol (0.5 - 5 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 17 ;
	}
#Negative fixer of sea salt aerosol (5 - 20 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 18 ;
	}
#Vertically integrated mass of sea salt aerosol (0.03 - 0.5 um)
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 19 ;
	}
#Vertically integrated mass of sea salt aerosol (0.5 - 5 um)
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 20 ;
	}
#Vertically integrated mass of sea salt aerosol (5 - 20 um)
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 21 ;
	}
#Sea salt aerosol (0.03 - 0.5 um) optical depth
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 22 ;
	}
#Sea salt aerosol (0.5 - 5 um) optical depth
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 23 ;
	}
#Sea salt aerosol (5 - 20 um) optical depth
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 24 ;
	}
#Source/gain of dust aerosol (0.03 - 0.55 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 25 ;
	}
#Source/gain of dust aerosol (0.55 - 0.9 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 26 ;
	}
#Source/gain of dust aerosol (0.9 - 20 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 27 ;
	}
#Dry deposition of dust aerosol (0.03 - 0.55 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 28 ;
	}
#Dry deposition of dust aerosol (0.55 - 0.9 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 29 ;
	}
#Dry deposition of dust aerosol (0.9 - 20 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 30 ;
	}
#Sedimentation of dust aerosol (0.03 - 0.55 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 31 ;
	}
#Sedimentation of dust aerosol (0.55 - 0.9 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 32 ;
	}
#Sedimentation of dust aerosol (0.9 - 20 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 33 ;
	}
#Wet deposition of dust aerosol (0.03 - 0.55 um) by large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 34 ;
	}
#Wet deposition of dust aerosol (0.55 - 0.9 um) by large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 35 ;
	}
#Wet deposition of dust aerosol (0.9 - 20 um) by large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 36 ;
	}
#Wet deposition of dust aerosol (0.03 - 0.55 um) by convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 37 ;
	}
#Wet deposition of dust aerosol (0.55 - 0.9 um) by convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 38 ;
	}
#Wet deposition of dust aerosol (0.9 - 20 um) by convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 39 ;
	}
#Negative fixer of dust aerosol (0.03 - 0.55 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 40 ;
	}
#Negative fixer of dust aerosol (0.55 - 0.9 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 41 ;
	}
#Negative fixer of dust aerosol (0.9 - 20 um)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 42 ;
	}
#Vertically integrated mass of dust aerosol (0.03 - 0.55 um)
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 43 ;
	}
#Vertically integrated mass of dust aerosol (0.55 - 0.9 um)
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 44 ;
	}
#Vertically integrated mass of dust aerosol (0.9 - 20 um)
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 45 ;
	}
#Dust aerosol (0.03 - 0.55 um) optical depth
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 46 ;
	}
#Dust aerosol (0.55 - 0.9 um) optical depth
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 47 ;
	}
#Dust aerosol (0.9 - 20 um) optical depth
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 48 ;
	}
#Source/gain of hydrophobic organic matter aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 49 ;
	}
#Source/gain of hydrophilic organic matter aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 50 ;
	}
#Dry deposition of hydrophobic organic matter aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 51 ;
	}
#Dry deposition of hydrophilic organic matter aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 52 ;
	}
#Sedimentation of hydrophobic organic matter aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 53 ;
	}
#Sedimentation of hydrophilic organic matter aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 54 ;
	}
#Wet deposition of hydrophobic organic matter aerosol by large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 55 ;
	}
#Wet deposition of hydrophilic organic matter aerosol by large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 56 ;
	}
#Wet deposition of hydrophobic organic matter aerosol by convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 57 ;
	}
#Wet deposition of hydrophilic organic matter aerosol by convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 58 ;
	}
#Negative fixer of hydrophobic organic matter aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 59 ;
	}
#Negative fixer of hydrophilic organic matter aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 60 ;
	}
#Vertically integrated mass of hydrophobic organic matter aerosol
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 61 ;
	}
#Vertically integrated mass of hydrophilic organic matter aerosol
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 62 ;
	}
#Hydrophobic organic matter aerosol optical depth
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 63 ;
	}
#Hydrophilic organic matter aerosol optical depth
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 64 ;
	}
#Source/gain of hydrophobic black carbon aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 65 ;
	}
#Source/gain of hydrophilic black carbon aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 66 ;
	}
#Dry deposition of hydrophobic black carbon aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 67 ;
	}
#Dry deposition of hydrophilic black carbon aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 68 ;
	}
#Sedimentation of hydrophobic black carbon aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 69 ;
	}
#Sedimentation of hydrophilic black carbon aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 70 ;
	}
#Wet deposition of hydrophobic black carbon aerosol by large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 71 ;
	}
#Wet deposition of hydrophilic black carbon aerosol by large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 72 ;
	}
#Wet deposition of hydrophobic black carbon aerosol by convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 73 ;
	}
#Wet deposition of hydrophilic black carbon aerosol by convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 74 ;
	}
#Negative fixer of hydrophobic black carbon aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 75 ;
	}
#Negative fixer of hydrophilic black carbon aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 76 ;
	}
#Vertically integrated mass of hydrophobic black carbon aerosol
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 77 ;
	}
#Vertically integrated mass of hydrophilic black carbon aerosol
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 78 ;
	}
#Hydrophobic black carbon aerosol optical depth
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 79 ;
	}
#Hydrophilic black carbon aerosol optical depth
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 80 ;
	}
#Source/gain of sulphate aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 81 ;
	}
#Dry deposition of sulphate aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 82 ;
	}
#Sedimentation of sulphate aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 83 ;
	}
#Wet deposition of sulphate aerosol by large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 84 ;
	}
#Wet deposition of sulphate aerosol by convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 85 ;
	}
#Negative fixer of sulphate aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 86 ;
	}
#Vertically integrated mass of sulphate aerosol
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 87 ;
	}
#Sulphate aerosol optical depth
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 88 ;
	}
#Accumulated total aerosol optical depth at 550 nm
's' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 89 ;
	}
#Effective (snow effect included) UV visible albedo for direct radiation
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 90 ;
	}
#10 metre wind speed dust emission potential
'kg s**2 m**-5' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 91 ;
	}
#10 metre wind gustiness dust emission potential
'kg s**2 m**-5' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 92 ;
	}
#Total aerosol optical thickness at 532 nm
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 93 ;
	}
#Natural (sea-salt and dust) aerosol optical thickness at 532 nm
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 94 ;
	}
#Anthropogenic (black carbon, organic matter, sulphate) aerosol optical thickness at 532 nm
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 95 ;
	}
#Total absorption aerosol optical depth at 340 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 96 ;
	}
#Total absorption aerosol optical depth at 355 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 97 ;
	}
#Total absorption aerosol optical depth at 380 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 98 ;
	}
#Total absorption aerosol optical depth at 400 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 99 ;
	}
#Total absorption aerosol optical depth at 440 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 100 ;
	}
#Total absorption aerosol optical depth at 469 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 101 ;
	}
#Total absorption aerosol optical depth at 500 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 102 ;
	}
#Total absorption aerosol optical depth at 532 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 103 ;
	}
#Total absorption aerosol optical depth at 550 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 104 ;
	}
#Total absorption aerosol optical depth at 645 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 105 ;
	}
#Total absorption aerosol optical depth at 670 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 106 ;
	}
#Total absorption aerosol optical depth at 800 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 107 ;
	}
#Total absorption aerosol optical depth at 858 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 108 ;
	}
#Total absorption aerosol optical depth at 865 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 109 ;
	}
#Total absorption aerosol optical depth at 1020 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 110 ;
	}
#Total absorption aerosol optical depth at 1064 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 111 ;
	}
#Total absorption aerosol optical depth at 1240 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 112 ;
	}
#Total absorption aerosol optical depth at 1640 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 113 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 340 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 114 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 355 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 115 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 380 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 116 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 400 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 117 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 440 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 118 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 469 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 119 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 500 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 120 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 532 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 121 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 550 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 122 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 645 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 123 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 670 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 124 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 800 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 125 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 858 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 126 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 865 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 127 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 1020 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 128 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 1064 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 129 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 1240 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 130 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 1640 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 131 ;
	}
#Single scattering albedo at 340 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 132 ;
	}
#Single scattering albedo at 355 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 133 ;
	}
#Single scattering albedo at 380 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 134 ;
	}
#Single scattering albedo at 400 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 135 ;
	}
#Single scattering albedo at 440 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 136 ;
	}
#Single scattering albedo at 469 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 137 ;
	}
#Single scattering albedo at 500 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 138 ;
	}
#Single scattering albedo at 532 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 139 ;
	}
#Single scattering albedo at 550 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 140 ;
	}
#Single scattering albedo at 645 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 141 ;
	}
#Single scattering albedo at 670 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 142 ;
	}
#Single scattering albedo at 800 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 143 ;
	}
#Single scattering albedo at 858 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 144 ;
	}
#Single scattering albedo at 865 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 145 ;
	}
#Single scattering albedo at 1020 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 146 ;
	}
#Single scattering albedo at 1064 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 147 ;
	}
#Single scattering albedo at 1240 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 148 ;
	}
#Single scattering albedo at 1640 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 149 ;
	}
#Asymmetry factor at 340 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 150 ;
	}
#Asymmetry factor at 355 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 151 ;
	}
#Asymmetry factor at 380 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 152 ;
	}
#Asymmetry factor at 400 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 153 ;
	}
#Asymmetry factor at 440 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 154 ;
	}
#Asymmetry factor at 469 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 155 ;
	}
#Asymmetry factor at 500 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 156 ;
	}
#Asymmetry factor at 532 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 157 ;
	}
#Asymmetry factor at 550 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 158 ;
	}
#Asymmetry factor at 645 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 159 ;
	}
#Asymmetry factor at 670 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 160 ;
	}
#Asymmetry factor at 800 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 161 ;
	}
#Asymmetry factor at 858 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 162 ;
	}
#Asymmetry factor at 865 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 163 ;
	}
#Asymmetry factor at 1020 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 164 ;
	}
#Asymmetry factor at 1064 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 165 ;
	}
#Asymmetry factor at 1240 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 166 ;
	}
#Asymmetry factor at 1640 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 167 ;
	}
#Source/gain of sulphur dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 168 ;
	}
#Dry deposition of sulphur dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 169 ;
	}
#Sedimentation of sulphur dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 170 ;
	}
#Wet deposition of sulphur dioxide by large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 171 ;
	}
#Wet deposition of sulphur dioxide by convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 172 ;
	}
#Negative fixer of sulphur dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 173 ;
	}
#Vertically integrated mass of sulphur dioxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 174 ;
	}
#Sulphur dioxide optical depth
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 175 ;
	}
#Total absorption aerosol optical depth at 2130 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 176 ;
	}
#Total fine mode (r < 0.5 um) aerosol optical depth at 2130 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 177 ;
	}
#Single scattering albedo at 2130 nm
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 178 ;
	}
#Asymmetry factor at 2130 nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 179 ;
	}
#Aerosol extinction coefficient at 355 nm
'm**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 180 ;
	}
#Aerosol extinction coefficient at 532 nm
'm**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 181 ;
	}
#Aerosol extinction coefficient at 1064 nm
'm**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 182 ;
	}
#Aerosol backscatter coefficient at 355 nm (from top of atmosphere)
'm**-1 sr**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 183 ;
	}
#Aerosol backscatter coefficient at 532 nm (from top of atmosphere)
'm**-1 sr**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 184 ;
	}
#Aerosol backscatter coefficient at 1064 nm (from top of atmosphere)
'm**-1 sr**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 185 ;
	}
#Aerosol backscatter coefficient at 355 nm (from ground)
'm**-1 sr**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 186 ;
	}
#Aerosol backscatter coefficient at 532 nm (from ground)
'm**-1 sr**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 187 ;
	}
#Aerosol backscatter coefficient at 1064 nm (from ground)
'm**-1 sr**-1' = {
	 discipline = 192 ;
	 parameterCategory = 215 ;
	 parameterNumber = 188 ;
	}
#Source/gain of fine-mode nitrate aerosol
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 192 ;
	 aerosolType = 65534 ;
	 is_aerosol = 1 ;
	}
#Source/gain of coarse-mode nitrate aerosol
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 192 ;
	 aerosolType = 65533 ;
	 is_aerosol = 1 ;
	}
#Dry deposition of fine-mode nitrate aerosol
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 aerosolType = 65534 ;
	 is_aerosol = 1 ;
	}
#Dry deposition of coarse-mode nitrate aerosol
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 aerosolType = 65533 ;
	 is_aerosol = 1 ;
	}
#Sedimentation of fine-mode nitrate aerosol
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 11 ;
	 aerosolType = 65534 ;
	 is_aerosol = 1 ;
	}
#Sedimentation of coarse-mode nitrate aerosol
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 11 ;
	 aerosolType = 65533 ;
	 is_aerosol = 1 ;
	}
#Wet deposition of fine-mode nitrate aerosol by large-scale precipitation
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 9 ;
	 aerosolType = 65534 ;
	 is_aerosol = 1 ;
	}
#Wet deposition of coarse-mode nitrate aerosol by large-scale precipitation
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 9 ;
	 aerosolType = 65533 ;
	 is_aerosol = 1 ;
	}
#Wet deposition of fine-mode nitrate aerosol by convective precipitation
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 10 ;
	 aerosolType = 65534 ;
	 is_aerosol = 1 ;
	}
#Wet deposition of coarse-mode nitrate aerosol by convective precipitation
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 10 ;
	 aerosolType = 65533 ;
	 is_aerosol = 1 ;
	}
#Negative fixer of fine-mode nitrate aerosol
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 193 ;
	 aerosolType = 65534 ;
	 is_aerosol = 1 ;
	}
#Negative fixer of coarse-mode nitrate aerosol
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 193 ;
	 aerosolType = 65533 ;
	 is_aerosol = 1 ;
	}
#Vertically integrated mass of fine-mode nitrate aerosol
'kg m**-2' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 aerosolType = 65534 ;
	 is_aerosol = 1 ;
	}
#Vertically integrated mass of coarse-mode nitrate aerosol
'kg m**-2' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 aerosolType = 65533 ;
	 is_aerosol = 1 ;
	}
#Fine-mode nitrate aerosol optical depth at 550 nm
'dimensionless' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 102 ;
	 scaleFactorOfFirstWavelength = 8 ;
	 typeOfSizeInterval = 255 ;
	 aerosolType = 65534 ;
	 scaledValueOfFirstWavelength = 55 ;
	 typeOfWavelengthInterval = 11 ;
	 is_aerosol_optical = 1 ;
	}
#Coarse-mode nitrate aerosol optical depth at 550 nm
'dimensionless' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 102 ;
	 scaleFactorOfFirstWavelength = 8 ;
	 typeOfSizeInterval = 255 ;
	 aerosolType = 65533 ;
	 scaledValueOfFirstWavelength = 55 ;
	 typeOfWavelengthInterval = 11 ;
	 is_aerosol_optical = 1 ;
	}
#Source/gain of ammonium aerosol
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 192 ;
	 aerosolType = 62003 ;
	 is_aerosol = 1 ;
	}
#Negative fixer of ammonium aerosol
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 193 ;
	 aerosolType = 62003 ;
	 is_aerosol = 1 ;
	}
#Source/gain of biogenic secondary organic aerosol
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 192 ;
	 aerosolType = 62032 ;
	 is_aerosol = 1 ;
	}
#Negative fixer of biogenic secondary organic aerosol
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 193 ;
	 aerosolType = 62032 ;
	 is_aerosol = 1 ;
	}
#Source/gain of anthropogenic secondary organic aerosol
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 192 ;
	 aerosolType = 62033 ;
	 is_aerosol = 1 ;
	}
#Negative fixer of anthropogenic secondary organic aerosol
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 193 ;
	 aerosolType = 62033 ;
	 is_aerosol = 1 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 1 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 2 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 3 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 4 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 5 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 6 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 7 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 8 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 9 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 10 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 11 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 12 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 13 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 14 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 15 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 16 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 17 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 18 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 19 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 20 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 21 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 22 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 23 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 24 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 25 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 26 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 27 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 28 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 29 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 30 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 31 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 32 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 33 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 34 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 35 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 36 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 37 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 38 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 39 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 40 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 41 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 42 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 43 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 44 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 45 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 46 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 47 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 48 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 49 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 50 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 51 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 52 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 53 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 54 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 55 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 56 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 57 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 58 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 59 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 60 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 61 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 62 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 63 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 64 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 65 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 66 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 67 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 68 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 69 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 70 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 71 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 72 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 73 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 74 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 75 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 76 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 77 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 78 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 79 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 80 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 81 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 82 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 83 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 84 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 85 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 86 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 87 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 88 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 89 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 90 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 91 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 92 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 93 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 94 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 95 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 96 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 97 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 98 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 99 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 100 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 101 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 102 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 103 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 104 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 105 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 106 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 107 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 108 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 109 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 110 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 111 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 112 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 113 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 114 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 115 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 116 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 117 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 118 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 119 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 120 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 121 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 122 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 123 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 124 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 125 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 126 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 127 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 128 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 129 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 130 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 131 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 132 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 133 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 134 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 135 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 136 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 137 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 138 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 139 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 140 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 141 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 142 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 143 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 144 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 145 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 146 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 147 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 148 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 149 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 150 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 151 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 152 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 153 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 154 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 155 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 156 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 157 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 158 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 159 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 160 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 161 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 162 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 163 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 164 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 165 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 166 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 167 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 168 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 169 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 170 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 171 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 172 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 173 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 174 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 175 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 176 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 177 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 178 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 179 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 180 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 181 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 182 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 183 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 184 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 185 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 186 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 187 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 188 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 189 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 190 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 191 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 192 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 193 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 194 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 195 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 196 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 197 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 198 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 199 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 200 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 201 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 202 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 203 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 204 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 205 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 206 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 207 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 208 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 209 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 210 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 211 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 212 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 213 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 214 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 215 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 216 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 217 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 218 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 219 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 220 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 221 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 222 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 223 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 224 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 225 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 226 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 227 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 228 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 229 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 230 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 231 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 232 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 233 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 234 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 235 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 236 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 237 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 238 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 239 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 240 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 241 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 242 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 243 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 244 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 245 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 246 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 247 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 248 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 249 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 250 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 251 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 252 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 253 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 254 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 216 ;
	 parameterNumber = 255 ;
	}
#Hydrogen peroxide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 3 ;
	}
#Methane (chemistry)
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 4 ;
	}
#Nitric acid
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 6 ;
	}
#Methyl peroxide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 7 ;
	}
#Paraffins
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 9 ;
	}
#Ethene
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 10 ;
	}
#Olefins
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 11 ;
	}
#Aldehydes
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 12 ;
	}
#Peroxyacetyl nitrate
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 13 ;
	}
#Peroxides
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 14 ;
	}
#Organic nitrates
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 15 ;
	}
#Isoprene
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 16 ;
	}
#Dimethyl sulfide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 18 ;
	}
#Sulfate
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 20 ;
	}
#Ammonium
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 21 ;
	}
#Methane sulfonic acid
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 22 ;
	}
#Methyl glyoxal
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 23 ;
	}
#Stratospheric ozone
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 24 ;
	}
#Lead
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 26 ;
	}
#Hydroperoxy radical
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 28 ;
	}
#Methylperoxy radical
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 29 ;
	}
#Hydroxyl radical
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 30 ;
	}
#Nitrate radical
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 32 ;
	}
#Dinitrogen pentoxide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 33 ;
	}
#Pernitric acid
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 34 ;
	}
#Peroxy acetyl radical
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 35 ;
	}
#Organic ethers
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 36 ;
	}
#PAR budget corrector
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 37 ;
	}
#NO to NO2 operator
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 38 ;
	}
#NO to alkyl nitrate operator
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 39 ;
	}
#Amine
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 40 ;
	}
#Polar stratospheric cloud
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 41 ;
	}
#Methanol
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 42 ;
	}
#Formic acid
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 43 ;
	}
#Methacrylic acid
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 44 ;
	}
#Ethane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 45 ;
	}
#Ethanol
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 46 ;
	}
#Propane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 47 ;
	}
#Propene
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 48 ;
	}
#Terpenes
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 49 ;
	}
#Methacrolein MVK
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 50 ;
	}
#Nitrate
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 51 ;
	}
#Acetone
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 52 ;
	}
#Acetone product
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 53 ;
	}
#IC3H7O2
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 54 ;
	}
#HYPROPO2
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 55 ;
	}
#Nitrogen oxides Transp
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 56 ;
	}
#Carbon dioxide (chemistry)
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 57 ;
	}
#Nitrous oxide (chemistry)
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 58 ;
	}
#Water vapour (chemistry)
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 59 ;
	}
#Oxygen
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 60 ;
	}
#Singlet oxygen
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 61 ;
	}
#Singlet delta oxygen
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 62 ;
	}
#Chlorine dioxide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 63 ;
	}
#Chlorine nitrate
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 64 ;
	}
#Hypochlorous acid
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 65 ;
	}
#Chlorine
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 66 ;
	}
#Nitryl chloride
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 67 ;
	}
#Hydrogen bromide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 68 ;
	}
#Dichlorine dioxide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 69 ;
	}
#Hypobromous acid
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 70 ;
	}
#Trichlorofluoromethane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 71 ;
	}
#Dichlorodifluoromethane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 72 ;
	}
#Trichlorotrifluoroethane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 73 ;
	}
#Dichlorotetrafluoroethane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 74 ;
	}
#Chloropentafluoroethane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 75 ;
	}
#Tetrachloromethane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 76 ;
	}
#Methyl chloroform
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 77 ;
	}
#Methyl chloride
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 78 ;
	}
#Chlorodifluoromethane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 79 ;
	}
#Methyl bromide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 80 ;
	}
#Dibromodifluoromethane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 81 ;
	}
#Bromochlorodifluoromethane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 82 ;
	}
#Trifluorobromomethane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 83 ;
	}
#Cbrf2cbrf2
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 84 ;
	}
#Sulfuric acid
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 85 ;
	}
#Nitrous acid
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 86 ;
	}
#Alkanes low oh rate
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 87 ;
	}
#Alkanes med oh rate
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 88 ;
	}
#Alkanes high oh rate
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 89 ;
	}
#Terminal alkenes
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 90 ;
	}
#Internal alkenes
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 91 ;
	}
#Ethylperoxy radical
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 92 ;
	}
#Butadiene
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 93 ;
	}
#Ethyl hydroperoxide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 94 ;
	}
#A-pinene cyclic terpenes
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 95 ;
	}
#Acetic acid
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 96 ;
	}
#D-limonene cyclic diene
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 97 ;
	}
#Acetaldehyde
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 98 ;
	}
#Toluene and less reactive aromatics
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 99 ;
	}
#Xylene and more reactive aromatics
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 100 ;
	}
#Glycolaldehyde
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 101 ;
	}
#Cresol
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 102 ;
	}
#Acetaldehyde and higher
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 103 ;
	}
#Peracetic acid
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 104 ;
	}
#Ketones
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 105 ;
	}
#Hoch2ch2o2
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 106 ;
	}
#Glyoxal
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 107 ;
	}
#Hoch2ch2o
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 108 ;
	}
#Unsaturated dicarbonyls
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 109 ;
	}
#Methacrolein
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 110 ;
	}
#Unsaturated hydroxy dicarbonyl
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 111 ;
	}
#Isopropyldioxidanyl
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 112 ;
	}
#Hydroxy ketone
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 113 ;
	}
#Isopropyl hydroperoxide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 114 ;
	}
#C3h6oho2
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 115 ;
	}
#C3h6ohooh
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 116 ;
	}
#Higher organic peroxides
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 117 ;
	}
#Hydroxyacetone
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 118 ;
	}
#Peroxyacetic acid
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 119 ;
	}
#Ch3coch2o2
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 120 ;
	}
#Peroxy radical from c2h6
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 121 ;
	}
#Peroxy radical from hc3
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 122 ;
	}
#Peroxy radical from hc5
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 123 ;
	}
#Lumped alkenes
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 124 ;
	}
#Peroxy radical from hc8
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 125 ;
	}
#Lumped alkanes
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 126 ;
	}
#Peroxy radical from c2h4
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 127 ;
	}
#C4h8o
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 128 ;
	}
#Peroxy radical from terminal alkenes
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 129 ;
	}
#C4h9o3
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 130 ;
	}
#Peroxy radical from internal alkenes
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 131 ;
	}
#Ch3coch(oo)ch3
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 132 ;
	}
#Peroxy radical from c5h8
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 133 ;
	}
#Ch3coch(ooh)ch3
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 134 ;
	}
#Peroxy radical from a-pinene cyclic terpenes
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 135 ;
	}
#Ch2=c(ch3)co3
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 136 ;
	}
#Peroxy radical from d-limonene cyclic diene
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 137 ;
	}
#Methylvinylketone
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 138 ;
	}
#Phenoxy radical
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 139 ;
	}
#Peroxy radical from toluene and less reactive aromatics
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 140 ;
	}
#Ch3c(o)ch(oo)ch2oh
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 141 ;
	}
#Peroxy radical from xylene and more reactive aromatics
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 142 ;
	}
#H3c(o)ch(ooh)ch2oh
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 143 ;
	}
#Peroxy radical from cresol
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 144 ;
	}
#Unsaturated pans
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 145 ;
	}
#Unsaturated acyl peroxy radical
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 146 ;
	}
#Peroxy radical from ketones
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 147 ;
	}
#C5h11o2
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 148 ;
	}
#No3-alkenes adduct reacting to form carbonitrates
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 149 ;
	}
#C5h11ooh
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 150 ;
	}
#No3-alkenes adduct reacting via decomposition
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 151 ;
	}
#Hoch2c(ch3)=chcho
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 152 ;
	}
#C5h6o2
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 153 ;
	}
#Trop sulfuric acid
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 154 ;
	}
#Oxides
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 155 ;
	}
#Ch2chc(ch3)(oo)ch2ono2
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 156 ;
	}
#C3 organic nitrate
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 157 ;
	}
#Chlorine oxides
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 158 ;
	}
#Bromine oxides
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 159 ;
	}
#Hoch2c(ooh)(ch3)chchoh
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 160 ;
	}
#Hoch2c(ooh)(ch3)ch=ch2
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 161 ;
	}
#Lumped aromatics
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 162 ;
	}
#Dimethyl sulfoxyde
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 163 ;
	}
#C7h9o5
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 164 ;
	}
#C7h10o5
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 165 ;
	}
#Hydrogensulfide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 166 ;
	}
#C7h10o6
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 167 ;
	}
#All nitrogen oxides
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 168 ;
	}
#Chlorine family
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 169 ;
	}
#C10h16(oh)(oo)
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 170 ;
	}
#Bromine family
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 171 ;
	}
#C10h18o3
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 172 ;
	}
#Nitrogen atom
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 173 ;
	}
#Chlorine monoxide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 174 ;
	}
#Chlorine atom
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 175 ;
	}
#Bromine monoxide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 176 ;
	}
#Hydrogen atom
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 177 ;
	}
#Methyl group
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 178 ;
	}
#Aromatic-ho from toluene and less reactive aromatics
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 179 ;
	}
#Aromatic-ho from xylene and more reactive aromatics
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 180 ;
	}
#Ammonium nitrate
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 181 ;
	}
#Aromatic-ho from csl
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 182 ;
	}
#Secondary organic aerosol type 1
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 183 ;
	}
#Secondary organic aerosol type 2a
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 184 ;
	}
#Secondary organic aerosol type 2b
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 185 ;
	}
#Condensable gas type 1
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 186 ;
	}
#Condensable gas type 2a
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 187 ;
	}
#Condensable gas type 2b
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 188 ;
	}
#Sulfur trioxide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 189 ;
	}
#Carbonyl sulfide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 190 ;
	}
#Bromine atom
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 191 ;
	}
#Bromine
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 192 ;
	}
#Bromine monochloride
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 193 ;
	}
#Bromine nitrate
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 194 ;
	}
#Dibromomethane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 195 ;
	}
#Methoxy radical
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 196 ;
	}
#Tribromomethane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 197 ;
	}
#Asymmetric chlorine dioxide radical
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 198 ;
	}
#Hydrogen
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 199 ;
	}
#Hydrogen chloride
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 200 ;
	}
#Formyl radical
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 201 ;
	}
#Hydrogen fluoride
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 202 ;
	}
#Oxygen atom
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 203 ;
	}
#Excited oxygen atom
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 204 ;
	}
#Ground state oxygen atom
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 205 ;
	}
#Stratospheric aerosol
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 217 ;
	 parameterNumber = 206 ;
	}
#Anthropogenic volatile organic compounds mass mixing ratio
'kg kg**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 65532 ;
	 is_chemical = 1 ;
	}
#Biomass burning volatile organic compounds mass mixing ratio
'kg kg**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 2 ;
	 constituentType = 65531 ;
	 is_chemical = 1 ;
	}
#Total column hydrogen peroxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 3 ;
	}
#Total column methane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 4 ;
	}
#Total column nitric acid
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 6 ;
	}
#Total column methyl peroxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 7 ;
	}
#Total column paraffins
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 9 ;
	}
#Total column ethene
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 10 ;
	}
#Total column olefins
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 11 ;
	}
#Total column aldehydes
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 12 ;
	}
#Total column  peroxyacetyl nitrate
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 13 ;
	}
#Total column peroxides
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 14 ;
	}
#Total column organic nitrates
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 15 ;
	}
#Total column  isoprene
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 16 ;
	}
#Total column dimethyl sulfide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 18 ;
	}
#Total column ammonia
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 19 ;
	}
#Total column  sulfate
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 20 ;
	}
#Total column ammonium
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 21 ;
	}
#Total column  methane sulfonic acid
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 22 ;
	}
#Total column methyl glyoxal
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 23 ;
	}
#Total column stratospheric ozone
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 24 ;
	}
#Total column  lead
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 26 ;
	}
#Total column nitrogen monoxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 27 ;
	}
#Total column hydroperoxy radical
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 28 ;
	}
#Total column methylperoxy radical
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 29 ;
	}
#Total column hydroxyl radical
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 30 ;
	}
#Total column nitrate radical
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 32 ;
	}
#Total column dinitrogen pentoxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 33 ;
	}
#Total column pernitric acid
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 34 ;
	}
#Total column peroxy acetyl radical
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 35 ;
	}
#Total column  organic ethers
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 36 ;
	}
#Total column PAR budget corrector
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 37 ;
	}
#Total column NO to NO2 operator
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 38 ;
	}
#Total column NO to alkyl nitrate operator
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 39 ;
	}
#Total column amine
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 40 ;
	}
#Total column  polar stratospheric cloud
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 41 ;
	}
#Total column methanol
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 42 ;
	}
#Total column formic acid
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 43 ;
	}
#Total column  methacrylic acid
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 44 ;
	}
#Total column  ethane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 45 ;
	}
#Total column ethanol
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 46 ;
	}
#Total column propane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 47 ;
	}
#Total column propene
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 48 ;
	}
#Total column terpenes
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 49 ;
	}
#Total column methacrolein MVK
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 50 ;
	}
#Total column nitrate
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 51 ;
	}
#Total column acetone
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 52 ;
	}
#Total column acetone product
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 53 ;
	}
#Total column IC3H7O2
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 54 ;
	}
#Total column HYPROPO2
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 55 ;
	}
#Total column nitrogen oxides Transp
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 56 ;
	}
#Total column of carbon dioxide (chemistry)
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 57 ;
	}
#Total column of nitrous oxide (chemistry)
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 58 ;
	}
#Total column of water vapour (chemistry)
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 59 ;
	}
#Total column of oxygen
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 60 ;
	}
#Total column of singlet oxygen
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 61 ;
	}
#Total column of singlet delta oxygen
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 62 ;
	}
#Total column of chlorine dioxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 63 ;
	}
#Total column of chlorine nitrate
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 64 ;
	}
#Total column of hypochlorous acid
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 65 ;
	}
#Total column of chlorine
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 66 ;
	}
#Total column of nitryl chloride
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 67 ;
	}
#Total column of hydrogen bromide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 68 ;
	}
#Total column of dichlorine dioxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 69 ;
	}
#Total column of hypobromous acid
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 70 ;
	}
#Total column of trichlorofluoromethane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 71 ;
	}
#Total column of dichlorodifluoromethane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 72 ;
	}
#Total column of trichlorotrifluoroethane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 73 ;
	}
#Total column of dichlorotetrafluoroethane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 74 ;
	}
#Total column of chloropentafluoroethane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 75 ;
	}
#Total column of tetrachloromethane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 76 ;
	}
#Total column of methyl chloroform
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 77 ;
	}
#Total column of methyl chloride
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 78 ;
	}
#Total column of chlorodifluoromethane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 79 ;
	}
#Total column of methyl bromide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 80 ;
	}
#Total column of dibromodifluoromethane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 81 ;
	}
#Total column of bromochlorodifluoromethane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 82 ;
	}
#Total column of trifluorobromomethane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 83 ;
	}
#Total column of cbrf2cbrf2
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 84 ;
	}
#Total column of sulfuric acid
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 85 ;
	}
#Total column of nitrous acid
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 86 ;
	}
#Total column of alkanes low oh rate
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 87 ;
	}
#Total column of alkanes med oh rate
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 88 ;
	}
#Total column of alkanes high oh rate
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 89 ;
	}
#Total column of terminal alkenes
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 90 ;
	}
#Total column of internal alkenes
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 91 ;
	}
#Total column of ethylperoxy radical
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 92 ;
	}
#Total column of butadiene
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 93 ;
	}
#Total column of ethyl hydroperoxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 94 ;
	}
#Total column of a-pinene cyclic terpenes
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 95 ;
	}
#Total column of acetic acid
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 96 ;
	}
#Total column of d-limonene cyclic diene
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 97 ;
	}
#Total column of acetaldehyde
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 98 ;
	}
#Total column of toluene and less reactive aromatics
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 99 ;
	}
#Total column of xylene and more reactive aromatics
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 100 ;
	}
#Total column of glycolaldehyde
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 101 ;
	}
#Total column of cresol
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 102 ;
	}
#Total column of acetaldehyde and higher
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 103 ;
	}
#Total column of peracetic acid
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 104 ;
	}
#Total column of ketones
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 105 ;
	}
#Total column of hoch2ch2o2
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 106 ;
	}
#Total column of glyoxal
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 107 ;
	}
#Total column of hoch2ch2o
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 108 ;
	}
#Total column of unsaturated dicarbonyls
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 109 ;
	}
#Total column of methacrolein
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 110 ;
	}
#Total column of unsaturated hydroxy dicarbonyl
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 111 ;
	}
#Total column of isopropyldioxidanyl
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 112 ;
	}
#Total column of hydroxy ketone
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 113 ;
	}
#Total column of isopropyl hydroperoxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 114 ;
	}
#Total column of c3h6oho2
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 115 ;
	}
#Total column of c3h6ohooh
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 116 ;
	}
#Total column of higher organic peroxides
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 117 ;
	}
#Total column of hydroxyacetone
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 118 ;
	}
#Total column of peroxyacetic acid
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 119 ;
	}
#Total column of ch3coch2o2
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 120 ;
	}
#Total column of peroxy radical from c2h6
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 121 ;
	}
#Total column of peroxy radical from hc3
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 122 ;
	}
#Total column of peroxy radical from hc5
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 123 ;
	}
#Total column of lumped alkenes
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 124 ;
	}
#Total column of peroxy radical from hc8
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 125 ;
	}
#Total column of lumped alkanes
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 126 ;
	}
#Total column of peroxy radical from c2h4
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 127 ;
	}
#Total column of c4h8o
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 128 ;
	}
#Total column of peroxy radical from terminal alkenes
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 129 ;
	}
#Total column of c4h9o3
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 130 ;
	}
#Total column of peroxy radical from internal alkenes
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 131 ;
	}
#Total column of ch3coch(oo)ch3
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 132 ;
	}
#Total column of peroxy radical from c5h8
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 133 ;
	}
#Total column of ch3coch(ooh)ch3
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 134 ;
	}
#Total column of peroxy radical from a-pinene cyclic terpenes
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 135 ;
	}
#Total column of ch2=c(ch3)co3
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 136 ;
	}
#Total column of peroxy radical from d-limonene cyclic diene
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 137 ;
	}
#Total column of methylvinylketone
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 138 ;
	}
#Total column of phenoxy radical
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 139 ;
	}
#Total column of peroxy radical from toluene and less reactive aromatics
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 140 ;
	}
#Total column of ch3c(o)ch(oo)ch2oh
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 141 ;
	}
#Total column of peroxy radical from xylene and more reactive aromatics
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 142 ;
	}
#Total column of h3c(o)ch(ooh)ch2oh
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 143 ;
	}
#Total column of peroxy radical from cresol
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 144 ;
	}
#Total column of unsaturated pans
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 145 ;
	}
#Total column of unsaturated acyl peroxy radical
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 146 ;
	}
#Total column of peroxy radical from ketones
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 147 ;
	}
#Total column of c5h11o2
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 148 ;
	}
#Total column of no3-alkenes adduct reacting to form carbonitrates
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 149 ;
	}
#Total column of c5h11ooh
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 150 ;
	}
#Total column of no3-alkenes adduct reacting via decomposition
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 151 ;
	}
#Total column of hoch2c(ch3)=chcho
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 152 ;
	}
#Total column of c5h6o2
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 153 ;
	}
#Total column of trop sulfuric acid
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 154 ;
	}
#Total column of oxides
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 155 ;
	}
#Total column of ch2chc(ch3)(oo)ch2ono2
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 156 ;
	}
#Total column of c3 organic nitrate
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 157 ;
	}
#Total column of chlorine oxides
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 158 ;
	}
#Total column of bromine oxides
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 159 ;
	}
#Total column of hoch2c(ooh)(ch3)chchoh
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 160 ;
	}
#Total column of hoch2c(ooh)(ch3)ch=ch2
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 161 ;
	}
#Total column of lumped aromatics
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 162 ;
	}
#Total column of dimethyl sulfoxyde
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 163 ;
	}
#Total column of c7h9o5
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 164 ;
	}
#Total column of c7h10o5
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 165 ;
	}
#Total column of hydrogensulfide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 166 ;
	}
#Total column of c7h10o6
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 167 ;
	}
#Total column of all nitrogen oxides
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 168 ;
	}
#Total column of chlorine family
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 169 ;
	}
#Total column of c10h16(oh)(oo)
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 170 ;
	}
#Total column of bromine family
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 171 ;
	}
#Total column of c10h18o3
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 172 ;
	}
#Total column of nitrogen atom
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 173 ;
	}
#Total column of chlorine monoxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 174 ;
	}
#Total column of chlorine atom
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 175 ;
	}
#Total column of bromine monoxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 176 ;
	}
#Total column of hydrogen atom
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 177 ;
	}
#Total column of methyl group
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 178 ;
	}
#Total column of aromatic-ho from toluene and less reactive aromatics
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 179 ;
	}
#Total column of aromatic-ho from xylene and more reactive aromatics
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 180 ;
	}
#Total column of ammonium nitrate
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 181 ;
	}
#Total column of aromatic-ho from csl
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 182 ;
	}
#Total column of secondary organic aerosol type 1
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 183 ;
	}
#Total column of secondary organic aerosol type 2a
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 184 ;
	}
#Total column of secondary organic aerosol type 2b
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 185 ;
	}
#Total column of condensable gas type 1
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 186 ;
	}
#Total column of condensable gas type 2a
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 187 ;
	}
#Total column of condensable gas type 2b
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 188 ;
	}
#Total column of sulfur trioxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 189 ;
	}
#Total column of carbonyl sulfide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 190 ;
	}
#Total column of bromine atom
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 191 ;
	}
#Total column of bromine
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 192 ;
	}
#Total column of bromine monochloride
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 193 ;
	}
#Total column of bromine nitrate
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 194 ;
	}
#Total column of dibromomethane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 195 ;
	}
#Total column of methoxy radical
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 196 ;
	}
#Total column of tribromomethane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 197 ;
	}
#Total column of asymmetric chlorine dioxide radical
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 198 ;
	}
#Total column of hydrogen
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 199 ;
	}
#Total column of hydrogen chloride
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 200 ;
	}
#Total column of formyl radical
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 201 ;
	}
#Total column of hydrogen fluoride
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 202 ;
	}
#Total column of oxygen atom
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 203 ;
	}
#Total column of excited oxygen atom
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 204 ;
	}
#Total column of ground state oxygen atom
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 205 ;
	}
#Total column of stratospheric aerosol
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 218 ;
	 parameterNumber = 206 ;
	}
#Column integrated mass density of Anthropogenic volatile organic compounds
'kg m**-2' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 constituentType = 65532 ;
	 is_chemical = 1 ;
	}
#Column integrated mass density of Biomass burning volatile organic compounds
'kg m**-2' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 1 ;
	 constituentType = 65531 ;
	 is_chemical = 1 ;
	}
#Ozone emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 1 ;
	}
#Nitrogen oxides emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 2 ;
	}
#Hydrogen peroxide emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 3 ;
	}
#Methane emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 4 ;
	}
#Carbon monoxide emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 5 ;
	}
#Nitric acid emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 6 ;
	}
#Methyl peroxide emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 7 ;
	}
#Formaldehyde emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 8 ;
	}
#Paraffins emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 9 ;
	}
#Ethene emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 10 ;
	}
#Olefins emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 11 ;
	}
#Aldehydes emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 12 ;
	}
#Peroxyacetyl nitrate emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 13 ;
	}
#Peroxides emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 14 ;
	}
#Organic nitrates emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 15 ;
	}
#Isoprene emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 16 ;
	}
#Sulfur dioxide emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 17 ;
	}
#Dimethyl sulfide emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 18 ;
	}
#Ammonia emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 19 ;
	}
#Sulfate emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 20 ;
	}
#Ammonium emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 21 ;
	}
#Methane sulfonic acid emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 22 ;
	}
#Methyl glyoxal emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 23 ;
	}
#Stratospheric ozone emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 24 ;
	}
#Radon emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 25 ;
	}
#Lead emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 26 ;
	}
#Nitrogen monoxide emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 27 ;
	}
#Hydroperoxy radical emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 28 ;
	}
#Methylperoxy radical emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 29 ;
	}
#Hydroxyl radical emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 30 ;
	}
#Nitrogen dioxide emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 31 ;
	}
#Nitrate radical emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 32 ;
	}
#Dinitrogen pentoxide emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 33 ;
	}
#Pernitric acid emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 34 ;
	}
#Peroxy acetyl radical emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 35 ;
	}
#Organic ethers emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 36 ;
	}
#PAR budget corrector emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 37 ;
	}
#NO to NO2 operator emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 38 ;
	}
#NO to alkyl nitrate operator emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 39 ;
	}
#Amine emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 40 ;
	}
#Polar stratospheric cloud emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 41 ;
	}
#Methanol emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 42 ;
	}
#Formic acid emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 43 ;
	}
#Methacrylic acid emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 44 ;
	}
#Ethane emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 45 ;
	}
#Ethanol emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 46 ;
	}
#Propane emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 47 ;
	}
#Propene emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 48 ;
	}
#Terpenes emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 49 ;
	}
#Methacrolein MVK  emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 50 ;
	}
#Nitrate emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 51 ;
	}
#Acetone emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 52 ;
	}
#Acetone product emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 53 ;
	}
#IC3H7O2 emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 54 ;
	}
#HYPROPO2 emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 55 ;
	}
#Nitrogen oxides Transp emissions
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 56 ;
	}
#Emissions of carbon dioxide (chemistry)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 57 ;
	}
#Emissions of nitrous oxide (chemistry)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 58 ;
	}
#Emissions of water vapour (chemistry)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 59 ;
	}
#Emissions of oxygen
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 60 ;
	}
#Emissions of singlet oxygen
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 61 ;
	}
#Emissions of singlet delta oxygen
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 62 ;
	}
#Emissions of chlorine dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 63 ;
	}
#Emissions of chlorine nitrate
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 64 ;
	}
#Emissions of hypochlorous acid
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 65 ;
	}
#Emissions of chlorine
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 66 ;
	}
#Emissions of nitryl chloride
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 67 ;
	}
#Emissions of hydrogen bromide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 68 ;
	}
#Emissions of dichlorine dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 69 ;
	}
#Emissions of hypobromous acid
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 70 ;
	}
#Emissions of trichlorofluoromethane
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 71 ;
	}
#Emissions of dichlorodifluoromethane
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 72 ;
	}
#Emissions of trichlorotrifluoroethane
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 73 ;
	}
#Emissions of dichlorotetrafluoroethane
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 74 ;
	}
#Emissions of chloropentafluoroethane
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 75 ;
	}
#Emissions of tetrachloromethane
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 76 ;
	}
#Emissions of methyl chloroform
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 77 ;
	}
#Emissions of methyl chloride
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 78 ;
	}
#Emissions of chlorodifluoromethane
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 79 ;
	}
#Emissions of methyl bromide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 80 ;
	}
#Emissions of dibromodifluoromethane
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 81 ;
	}
#Emissions of bromochlorodifluoromethane
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 82 ;
	}
#Emissions of trifluorobromomethane
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 83 ;
	}
#Emissions of cbrf2cbrf2
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 84 ;
	}
#Emissions of sulfuric acid
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 85 ;
	}
#Emissions of nitrous acid
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 86 ;
	}
#Emissions of alkanes low oh rate
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 87 ;
	}
#Emissions of alkanes med oh rate
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 88 ;
	}
#Emissions of alkanes high oh rate
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 89 ;
	}
#Emissions of terminal alkenes
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 90 ;
	}
#Emissions of internal alkenes
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 91 ;
	}
#Emissions of ethylperoxy radical
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 92 ;
	}
#Emissions of butadiene
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 93 ;
	}
#Emissions of ethyl hydroperoxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 94 ;
	}
#Emissions of a-pinene cyclic terpenes
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 95 ;
	}
#Emissions of acetic acid
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 96 ;
	}
#Emissions of d-limonene cyclic diene
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 97 ;
	}
#Emissions of acetaldehyde
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 98 ;
	}
#Emissions of toluene and less reactive aromatics
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 99 ;
	}
#Emissions of xylene and more reactive aromatics
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 100 ;
	}
#Emissions of glycolaldehyde
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 101 ;
	}
#Emissions of cresol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 102 ;
	}
#Emissions of acetaldehyde and higher
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 103 ;
	}
#Emissions of peracetic acid
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 104 ;
	}
#Emissions of ketones
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 105 ;
	}
#Emissions of hoch2ch2o2
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 106 ;
	}
#Emissions of glyoxal
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 107 ;
	}
#Emissions of hoch2ch2o
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 108 ;
	}
#Emissions of unsaturated dicarbonyls
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 109 ;
	}
#Emissions of methacrolein
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 110 ;
	}
#Emissions of unsaturated hydroxy dicarbonyl
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 111 ;
	}
#Emissions of isopropyldioxidanyl
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 112 ;
	}
#Emissions of hydroxy ketone
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 113 ;
	}
#Emissions of isopropyl hydroperoxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 114 ;
	}
#Emissions of c3h6oho2
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 115 ;
	}
#Emissions of c3h6ohooh
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 116 ;
	}
#Emissions of higher organic peroxides
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 117 ;
	}
#Emissions of hydroxyacetone
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 118 ;
	}
#Emissions of peroxyacetic acid
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 119 ;
	}
#Emissions of ch3coch2o2
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 120 ;
	}
#Emissions of peroxy radical from c2h6
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 121 ;
	}
#Emissions of peroxy radical from hc3
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 122 ;
	}
#Emissions of peroxy radical from hc5
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 123 ;
	}
#Emissions of lumped alkenes
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 124 ;
	}
#Emissions of peroxy radical from hc8
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 125 ;
	}
#Emissions of lumped alkanes
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 126 ;
	}
#Emissions of peroxy radical from c2h4
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 127 ;
	}
#Emissions of c4h8o
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 128 ;
	}
#Emissions of peroxy radical from terminal alkenes
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 129 ;
	}
#Emissions of c4h9o3
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 130 ;
	}
#Emissions of peroxy radical from internal alkenes
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 131 ;
	}
#Emissions of ch3coch(oo)ch3
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 132 ;
	}
#Emissions of peroxy radical from c5h8
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 133 ;
	}
#Emissions of ch3coch(ooh)ch3
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 134 ;
	}
#Emissions of peroxy radical from a-pinene cyclic terpenes
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 135 ;
	}
#Emissions of ch2=c(ch3)co3
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 136 ;
	}
#Emissions of peroxy radical from d-limonene cyclic diene
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 137 ;
	}
#Emissions of methylvinylketone
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 138 ;
	}
#Emissions of phenoxy radical
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 139 ;
	}
#Emissions of peroxy radical from toluene and less reactive aromatics
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 140 ;
	}
#Emissions of ch3c(o)ch(oo)ch2oh
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 141 ;
	}
#Emissions of peroxy radical from xylene and more reactive aromatics
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 142 ;
	}
#Emissions of h3c(o)ch(ooh)ch2oh
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 143 ;
	}
#Emissions of peroxy radical from cresol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 144 ;
	}
#Emissions of unsaturated pans
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 145 ;
	}
#Emissions of unsaturated acyl peroxy radical
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 146 ;
	}
#Emissions of peroxy radical from ketones
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 147 ;
	}
#Emissions of c5h11o2
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 148 ;
	}
#Emissions of no3-alkenes adduct reacting to form carbonitrates
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 149 ;
	}
#Emissions of c5h11ooh
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 150 ;
	}
#Emissions of no3-alkenes adduct reacting via decomposition
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 151 ;
	}
#Emissions of hoch2c(ch3)=chcho
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 152 ;
	}
#Emissions of c5h6o2
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 153 ;
	}
#Emissions of trop sulfuric acid
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 154 ;
	}
#Emissions of oxides
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 155 ;
	}
#Emissions of ch2chc(ch3)(oo)ch2ono2
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 156 ;
	}
#Emissions of c3 organic nitrate
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 157 ;
	}
#Emissions of chlorine oxides
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 158 ;
	}
#Emissions of bromine oxides
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 159 ;
	}
#Emissions of hoch2c(ooh)(ch3)chchoh
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 160 ;
	}
#Emissions of hoch2c(ooh)(ch3)ch=ch2
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 161 ;
	}
#Emissions of lumped aromatics
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 162 ;
	}
#Emissions of dimethyl sulfoxyde
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 163 ;
	}
#Emissions of c7h9o5
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 164 ;
	}
#Emissions of c7h10o5
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 165 ;
	}
#Emissions of hydrogensulfide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 166 ;
	}
#Emissions of c7h10o6
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 167 ;
	}
#Emissions of all nitrogen oxides
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 168 ;
	}
#Emissions of chlorine family
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 169 ;
	}
#Emissions of c10h16(oh)(oo)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 170 ;
	}
#Emissions of bromine family
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 171 ;
	}
#Emissions of c10h18o3
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 172 ;
	}
#Emissions of nitrogen atom
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 173 ;
	}
#Emissions of chlorine monoxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 174 ;
	}
#Emissions of chlorine atom
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 175 ;
	}
#Emissions of bromine monoxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 176 ;
	}
#Emissions of hydrogen atom
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 177 ;
	}
#Emissions of methyl group
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 178 ;
	}
#Emissions of aromatic-ho from toluene and less reactive aromatics
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 179 ;
	}
#Emissions of aromatic-ho from xylene and more reactive aromatics
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 180 ;
	}
#Emissions of ammonium nitrate
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 181 ;
	}
#Emissions of aromatic-ho from csl
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 182 ;
	}
#Emissions of secondary organic aerosol type 1
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 183 ;
	}
#Emissions of secondary organic aerosol type 2a
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 184 ;
	}
#Emissions of secondary organic aerosol type 2b
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 185 ;
	}
#Emissions of condensable gas type 1
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 186 ;
	}
#Emissions of condensable gas type 2a
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 187 ;
	}
#Emissions of condensable gas type 2b
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 188 ;
	}
#Emissions of sulfur trioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 189 ;
	}
#Emissions of carbonyl sulfide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 190 ;
	}
#Emissions of bromine atom
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 191 ;
	}
#Emissions of bromine
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 192 ;
	}
#Emissions of bromine monochloride
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 193 ;
	}
#Emissions of bromine nitrate
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 194 ;
	}
#Emissions of dibromomethane
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 195 ;
	}
#Emissions of methoxy radical
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 196 ;
	}
#Emissions of tribromomethane
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 197 ;
	}
#Emissions of asymmetric chlorine dioxide radical
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 198 ;
	}
#Emissions of hydrogen
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 199 ;
	}
#Emissions of hydrogen chloride
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 200 ;
	}
#Emissions of formyl radical
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 201 ;
	}
#Emissions of hydrogen fluoride
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 202 ;
	}
#Emissions of oxygen atom
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 203 ;
	}
#Emissions of excited oxygen atom
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 204 ;
	}
#Emissions of ground state oxygen atom
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 205 ;
	}
#Emissions of stratospheric aerosol
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 206 ;
	}
#Wildfire flux of paraffins
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 207 ;
	}
#Wildfire flux of olefines
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 208 ;
	}
#Wildfire flux of aldehydes
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 209 ;
	}
#Wildfire flux of ketones
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 210 ;
	}
#Wildfire flux of f a-pinene cyclic terpenes
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 211 ;
	}
#Wildfire flux of  toluene less reactive aromatics
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 212 ;
	}
#Wildfire flux of xylene more reactive aromatics
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 213 ;
	}
#Wildfire flux of d-limonene cyclic diene
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 214 ;
	}
#Wildfire flux of  terminal alkenes
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 215 ;
	}
#Wildfire flux of  alkanes low oh rate
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 216 ;
	}
#Wildfire flux of alkanes med oh rate
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 217 ;
	}
#Wildfire flux of alkanes high oh rate
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 218 ;
	}
#Wildfire flux of hydrogen cyanide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 219 ;
	}
#Wildfire flux of acetonitrile
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 219 ;
	 parameterNumber = 220 ;
	}
#Atmosphere emission mass flux of Anthropogenic volatile organic compounds
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 3 ;
	 constituentType = 65532 ;
	 is_chemical = 1 ;
	}
#Atmosphere emission mass flux of Biomass burning volatile organic compounds
'kg m**-2 s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 3 ;
	 constituentType = 65531 ;
	 is_chemical = 1 ;
	}
#Ozone deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 1 ;
	}
#Nitrogen oxides deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 2 ;
	}
#Hydrogen peroxide deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 3 ;
	}
#Methane deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 4 ;
	}
#Carbon monoxide deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 5 ;
	}
#Nitric acid deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 6 ;
	}
#Methyl peroxide deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 7 ;
	}
#Formaldehyde deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 8 ;
	}
#Paraffins deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 9 ;
	}
#Ethene deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 10 ;
	}
#Olefins deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 11 ;
	}
#Aldehydes deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 12 ;
	}
#Peroxyacetyl nitrate deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 13 ;
	}
#Peroxides deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 14 ;
	}
#Organic nitrates deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 15 ;
	}
#Isoprene deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 16 ;
	}
#Sulfur dioxide deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 17 ;
	}
#Dimethyl sulfide deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 18 ;
	}
#Ammonia deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 19 ;
	}
#Sulfate deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 20 ;
	}
#Ammonium deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 21 ;
	}
#Methane sulfonic acid deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 22 ;
	}
#Methyl glyoxal deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 23 ;
	}
#Stratospheric ozone deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 24 ;
	}
#Radon deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 25 ;
	}
#Lead deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 26 ;
	}
#Nitrogen monoxide deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 27 ;
	}
#Hydroperoxy radical deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 28 ;
	}
#Methylperoxy radical deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 29 ;
	}
#Hydroxyl radical deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 30 ;
	}
#Nitrogen dioxide deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 31 ;
	}
#Nitrate radical deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 32 ;
	}
#Dinitrogen pentoxide deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 33 ;
	}
#Pernitric acid deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 34 ;
	}
#Peroxy acetyl radical deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 35 ;
	}
#Organic ethers deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 36 ;
	}
#PAR budget corrector deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 37 ;
	}
#NO to NO2 operator deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 38 ;
	}
#NO to alkyl nitrate operator deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 39 ;
	}
#Amine deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 40 ;
	}
#Polar stratospheric cloud deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 41 ;
	}
#Methanol deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 42 ;
	}
#Formic acid deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 43 ;
	}
#Methacrylic acid deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 44 ;
	}
#Ethane deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 45 ;
	}
#Ethanol deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 46 ;
	}
#Propane deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 47 ;
	}
#Propene deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 48 ;
	}
#Terpenes deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 49 ;
	}
#Methacrolein MVK  deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 50 ;
	}
#Nitrate deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 51 ;
	}
#Acetone deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 52 ;
	}
#Acetone product deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 53 ;
	}
#IC3H7O2 deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 54 ;
	}
#HYPROPO2 deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 55 ;
	}
#Nitrogen oxides Transp deposition velocity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 56 ;
	}
#Dry deposition velocity of carbon dioxide (chemistry)
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 57 ;
	}
#Dry deposition velocity of nitrous oxide (chemistry)
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 58 ;
	}
#Dry deposition velocity of water vapour (chemistry)
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 59 ;
	}
#Dry deposition velocity of oxygen
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 60 ;
	}
#Dry deposition velocity of singlet oxygen
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 61 ;
	}
#Dry deposition velocity of singlet delta oxygen
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 62 ;
	}
#Dry deposition velocity of chlorine dioxide
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 63 ;
	}
#Dry deposition velocity of chlorine nitrate
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 64 ;
	}
#Dry deposition velocity of hypochlorous acid
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 65 ;
	}
#Dry deposition velocity of chlorine
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 66 ;
	}
#Dry deposition velocity of nitryl chloride
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 67 ;
	}
#Dry deposition velocity of hydrogen bromide
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 68 ;
	}
#Dry deposition velocity of dichlorine dioxide
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 69 ;
	}
#Dry deposition velocity of hypobromous acid
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 70 ;
	}
#Dry deposition velocity of trichlorofluoromethane
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 71 ;
	}
#Dry deposition velocity of dichlorodifluoromethane
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 72 ;
	}
#Dry deposition velocity of trichlorotrifluoroethane
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 73 ;
	}
#Dry deposition velocity of dichlorotetrafluoroethane
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 74 ;
	}
#Dry deposition velocity of chloropentafluoroethane
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 75 ;
	}
#Dry deposition velocity of tetrachloromethane
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 76 ;
	}
#Dry deposition velocity of methyl chloroform
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 77 ;
	}
#Dry deposition velocity of methyl chloride
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 78 ;
	}
#Dry deposition velocity of chlorodifluoromethane
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 79 ;
	}
#Dry deposition velocity of methyl bromide
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 80 ;
	}
#Dry deposition velocity of dibromodifluoromethane
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 81 ;
	}
#Dry deposition velocity of bromochlorodifluoromethane
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 82 ;
	}
#Dry deposition velocity of trifluorobromomethane
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 83 ;
	}
#Dry deposition velocity of cbrf2cbrf2
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 84 ;
	}
#Dry deposition velocity of sulfuric acid
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 85 ;
	}
#Dry deposition velocity of nitrous acid
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 86 ;
	}
#Dry deposition velocity of alkanes low oh rate
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 87 ;
	}
#Dry deposition velocity of alkanes med oh rate
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 88 ;
	}
#Dry deposition velocity of alkanes high oh rate
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 89 ;
	}
#Dry deposition velocity of terminal alkenes
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 90 ;
	}
#Dry deposition velocity of internal alkenes
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 91 ;
	}
#Dry deposition velocity of ethylperoxy radical
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 92 ;
	}
#Dry deposition velocity of butadiene
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 93 ;
	}
#Dry deposition velocity of ethyl hydroperoxide
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 94 ;
	}
#Dry deposition velocity of a-pinene cyclic terpenes
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 95 ;
	}
#Dry deposition velocity of acetic acid
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 96 ;
	}
#Dry deposition velocity of d-limonene cyclic diene
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 97 ;
	}
#Dry deposition velocity of acetaldehyde
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 98 ;
	}
#Dry deposition velocity of toluene and less reactive aromatics
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 99 ;
	}
#Dry deposition velocity of xylene and more reactive aromatics
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 100 ;
	}
#Dry deposition velocity of glycolaldehyde
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 101 ;
	}
#Dry deposition velocity of cresol
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 102 ;
	}
#Dry deposition velocity of acetaldehyde and higher
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 103 ;
	}
#Dry deposition velocity of peracetic acid
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 104 ;
	}
#Dry deposition velocity of ketones
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 105 ;
	}
#Dry deposition velocity of hoch2ch2o2
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 106 ;
	}
#Dry deposition velocity of glyoxal
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 107 ;
	}
#Dry deposition velocity of hoch2ch2o
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 108 ;
	}
#Dry deposition velocity of unsaturated dicarbonyls
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 109 ;
	}
#Dry deposition velocity of methacrolein
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 110 ;
	}
#Dry deposition velocity of unsaturated hydroxy dicarbonyl
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 111 ;
	}
#Dry deposition velocity of isopropyldioxidanyl
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 112 ;
	}
#Dry deposition velocity of hydroxy ketone
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 113 ;
	}
#Dry deposition velocity of isopropyl hydroperoxide
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 114 ;
	}
#Dry deposition velocity of c3h6oho2
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 115 ;
	}
#Dry deposition velocity of c3h6ohooh
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 116 ;
	}
#Dry deposition velocity of higher organic peroxides
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 117 ;
	}
#Dry deposition velocity of hydroxyacetone
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 118 ;
	}
#Dry deposition velocity of peroxyacetic acid
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 119 ;
	}
#Dry deposition velocity of ch3coch2o2
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 120 ;
	}
#Dry deposition velocity of peroxy radical from c2h6
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 121 ;
	}
#Dry deposition velocity of peroxy radical from hc3
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 122 ;
	}
#Dry deposition velocity of peroxy radical from hc5
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 123 ;
	}
#Dry deposition velocity of lumped alkenes
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 124 ;
	}
#Dry deposition velocity of peroxy radical from hc8
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 125 ;
	}
#Dry deposition velocity of lumped alkanes
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 126 ;
	}
#Dry deposition velocity of peroxy radical from c2h4
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 127 ;
	}
#Dry deposition velocity of c4h8o
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 128 ;
	}
#Dry deposition velocity of peroxy radical from terminal alkenes
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 129 ;
	}
#Dry deposition velocity of c4h9o3
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 130 ;
	}
#Dry deposition velocity of peroxy radical from internal alkenes
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 131 ;
	}
#Dry deposition velocity of ch3coch(oo)ch3
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 132 ;
	}
#Dry deposition velocity of peroxy radical from c5h8
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 133 ;
	}
#Dry deposition velocity of ch3coch(ooh)ch3
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 134 ;
	}
#Dry deposition velocity of peroxy radical from a-pinene cyclic terpenes
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 135 ;
	}
#Dry deposition velocity of ch2=c(ch3)co3
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 136 ;
	}
#Dry deposition velocity of peroxy radical from d-limonene cyclic diene
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 137 ;
	}
#Dry deposition velocity of methylvinylketone
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 138 ;
	}
#Dry deposition velocity of phenoxy radical
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 139 ;
	}
#Dry deposition velocity of peroxy radical from toluene and less reactive aromatics
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 140 ;
	}
#Dry deposition velocity of ch3c(o)ch(oo)ch2oh
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 141 ;
	}
#Dry deposition velocity of peroxy radical from xylene and more reactive aromatics
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 142 ;
	}
#Dry deposition velocity of h3c(o)ch(ooh)ch2oh
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 143 ;
	}
#Dry deposition velocity of peroxy radical from cresol
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 144 ;
	}
#Dry deposition velocity of unsaturated pans
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 145 ;
	}
#Dry deposition velocity of unsaturated acyl peroxy radical
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 146 ;
	}
#Dry deposition velocity of peroxy radical from ketones
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 147 ;
	}
#Dry deposition velocity of c5h11o2
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 148 ;
	}
#Dry deposition velocity of no3-alkenes adduct reacting to form carbonitrates
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 149 ;
	}
#Dry deposition velocity of c5h11ooh
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 150 ;
	}
#Dry deposition velocity of no3-alkenes adduct reacting via decomposition
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 151 ;
	}
#Dry deposition velocity of hoch2c(ch3)=chcho
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 152 ;
	}
#Dry deposition velocity of c5h6o2
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 153 ;
	}
#Dry deposition velocity of trop sulfuric acid
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 154 ;
	}
#Dry deposition velocity of oxides
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 155 ;
	}
#Dry deposition velocity of ch2chc(ch3)(oo)ch2ono2
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 156 ;
	}
#Dry deposition velocity of c3 organic nitrate
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 157 ;
	}
#Dry deposition velocity of chlorine oxides
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 158 ;
	}
#Dry deposition velocity of bromine oxides
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 159 ;
	}
#Dry deposition velocity of hoch2c(ooh)(ch3)chchoh
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 160 ;
	}
#Dry deposition velocity of hoch2c(ooh)(ch3)ch=ch2
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 161 ;
	}
#Dry deposition velocity of lumped aromatics
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 162 ;
	}
#Dry deposition velocity of dimethyl sulfoxyde
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 163 ;
	}
#Dry deposition velocity of c7h9o5
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 164 ;
	}
#Dry deposition velocity of c7h10o5
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 165 ;
	}
#Dry deposition velocity of hydrogensulfide
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 166 ;
	}
#Dry deposition velocity of c7h10o6
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 167 ;
	}
#Dry deposition velocity of all nitrogen oxides
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 168 ;
	}
#Dry deposition velocity of chlorine family
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 169 ;
	}
#Dry deposition velocity of c10h16(oh)(oo)
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 170 ;
	}
#Dry deposition velocity of bromine family
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 171 ;
	}
#Dry deposition velocity of c10h18o3
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 172 ;
	}
#Dry deposition velocity of nitrogen atom
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 173 ;
	}
#Dry deposition velocity of chlorine monoxide
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 174 ;
	}
#Dry deposition velocity of chlorine atom
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 175 ;
	}
#Dry deposition velocity of bromine monoxide
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 176 ;
	}
#Dry deposition velocity of hydrogen atom
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 177 ;
	}
#Dry deposition velocity of methyl group
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 178 ;
	}
#Dry deposition velocity of aromatic-ho from toluene and less reactive aromatics
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 179 ;
	}
#Dry deposition velocity of aromatic-ho from xylene and more reactive aromatics
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 180 ;
	}
#Dry deposition velocity of ammonium nitrate
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 181 ;
	}
#Dry deposition velocity of aromatic-ho from csl
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 182 ;
	}
#Dry deposition velocity of secondary organic aerosol type 1
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 183 ;
	}
#Dry deposition velocity of secondary organic aerosol type 2a
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 184 ;
	}
#Dry deposition velocity of secondary organic aerosol type 2b
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 185 ;
	}
#Dry deposition velocity of condensable gas type 1
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 186 ;
	}
#Dry deposition velocity of condensable gas type 2a
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 187 ;
	}
#Dry deposition velocity of condensable gas type 2b
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 188 ;
	}
#Dry deposition velocity of sulfur trioxide
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 189 ;
	}
#Dry deposition velocity of carbonyl sulfide
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 190 ;
	}
#Dry deposition velocity of bromine atom
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 191 ;
	}
#Dry deposition velocity of bromine
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 192 ;
	}
#Dry deposition velocity of bromine monochloride
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 193 ;
	}
#Dry deposition velocity of bromine nitrate
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 194 ;
	}
#Dry deposition velocity of dibromomethane
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 195 ;
	}
#Dry deposition velocity of methoxy radical
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 196 ;
	}
#Dry deposition velocity of tribromomethane
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 197 ;
	}
#Dry deposition velocity of asymmetric chlorine dioxide radical
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 198 ;
	}
#Dry deposition velocity of hydrogen
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 199 ;
	}
#Dry deposition velocity of hydrogen chloride
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 200 ;
	}
#Dry deposition velocity of formyl radical
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 201 ;
	}
#Dry deposition velocity of hydrogen fluoride
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 202 ;
	}
#Dry deposition velocity of oxygen atom
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 203 ;
	}
#Dry deposition velocity of excited oxygen atom
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 204 ;
	}
#Dry deposition velocity of ground state oxygen atom
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 205 ;
	}
#Dry deposition velocity of stratospheric aerosol
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 221 ;
	 parameterNumber = 206 ;
	}
#Dry deposition velocity of Anthropogenic volatile organic compounds
'm s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 15 ;
	 constituentType = 65532 ;
	 is_chemical = 1 ;
	}
#Dry deposition velocity of Biomass burning volatile organic compounds
'm s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 15 ;
	 constituentType = 65531 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Ozone (stratospheric)
'kg m**-2' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 65524 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Nitrate
'kg m**-2' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 65525 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Toluene and less reactive aromatics
'kg m**-2' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 65529 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated dry deposition mass flux of Xylene and more reactive aromatics
'kg m**-2' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 6 ;
	 constituentType = 65530 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Nitrate
'kg m**-2' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 65525 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Condensable gas type 1
'kg m**-2' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 65526 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Condensable gas type 2a
'kg m**-2' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 65527 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Time-integrated wet deposition mass flux of Condensable gas type 2b
'kg m**-2' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 20 ;
	 parameterNumber = 7 ;
	 constituentType = 65528 ;
	 typeOfStatisticalProcessing = 1 ;
	 is_chemical = 1 ;
	}
#Horizontal visibility
'm' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 25 ;
	}
#Soil wetness index in layer 1
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 40 ;
	}
#Soil wetness index in layer 2
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 41 ;
	}
#Soil wetness index in layer 3
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 42 ;
	}
#Soil wetness index in layer 4
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 43 ;
	}
#GPP coefficient from Biogenic Flux Adjustment System
'dimensionless' = {
	 localTablesVersion = 1 ;
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 198 ;
	}
#Rec coefficient from Biogenic Flux Adjustment System
'dimensionless' = {
	 localTablesVersion = 1 ;
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 199 ;
	}
#Canopy cover fraction
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 91 ;
	}
#Soil texture fraction
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 92 ;
	}
#Volumetric soil moisture
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 93 ;
	}
#Evaporation from the top of canopy
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 100 ;
	}
#Evaporation from bare soil
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 101 ;
	}
#Evaporation from open water surfaces excluding oceans
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 102 ;
	}
#Evaporation from vegetation transpiration
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 103 ;
	}
#Solar induced Chlorophyll fluorescence at 740nm
'10**-6 W m**-2 sr**-1 m**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 4 ;
	 parameterCategory = 8 ;
	 parameterNumber = 254 ;
	 scaleFactorOfFirstWavelength = 9 ;
	 scaledValueOfFirstWavelength = 740 ;
	 scaledValueOfSecondWavelength = missing() ;
	 typeOfWavelengthInterval = 11 ;
	 scaleFactorOfSecondWavelength = missing() ;
	 is_aerosol_optical = 1 ;
	}
#Solar induced Chlorophyll fluorescence at 755nm
'10**-6 W m**-2 sr**-1 m**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 4 ;
	 parameterCategory = 8 ;
	 parameterNumber = 254 ;
	 scaleFactorOfFirstWavelength = 9 ;
	 scaledValueOfFirstWavelength = 755 ;
	 scaledValueOfSecondWavelength = missing() ;
	 typeOfWavelengthInterval = 11 ;
	 scaleFactorOfSecondWavelength = missing() ;
	 is_aerosol_optical = 1 ;
	}
#Solar induced Chlorophyll fluorescence at 771nm
'10**-6 W m**-2 sr**-1 m**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 4 ;
	 parameterCategory = 8 ;
	 parameterNumber = 254 ;
	 scaleFactorOfFirstWavelength = 9 ;
	 scaledValueOfFirstWavelength = 771 ;
	 scaledValueOfSecondWavelength = missing() ;
	 typeOfWavelengthInterval = 11 ;
	 scaleFactorOfSecondWavelength = missing() ;
	 is_aerosol_optical = 1 ;
	}
#Solar induced Chlorophyll fluorescence at 757nm
'10**-6 W m**-2 sr**-1 m**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 4 ;
	 parameterCategory = 8 ;
	 parameterNumber = 254 ;
	 scaleFactorOfFirstWavelength = 9 ;
	 scaledValueOfFirstWavelength = 757 ;
	 scaledValueOfSecondWavelength = missing() ;
	 typeOfWavelengthInterval = 11 ;
	 scaleFactorOfSecondWavelength = missing() ;
	 is_aerosol_optical = 1 ;
	}
#Accumulated freezing rain
'm' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 194 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Surface short wave-effective total cloudiness
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 248 ;
	}
#Irrigation fraction
'Proportion' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 250 ;
	}
#Potential evaporation
'm' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 200 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Irrigation
'm' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 252 ;
	}
#Surface long wave-effective total cloudiness
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 255 ;
	}
#Time integral of snow evaporation flux
'kg m**-2' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 192 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 255 ;
	 typeOfStatisticalProcessing = 1 ;
	}
#Time-mean snow depth
'm of water equivalent' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 254 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean logarithm of surface pressure
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 105 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean low cloud cover
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 193 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean medium cloud cover
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 194 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean high cloud cover
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 195 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean forecast albedo
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 19 ;
	 parameterNumber = 193 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-maximum logarithm of surface pressure
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 105 ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-minimum logarithm of surface pressure
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 105 ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-standard-deviation logarithm of surface pressure
'Numeric' = {
	 discipline = 0 ;
	 parameterCategory = 3 ;
	 parameterNumber = 25 ;
	 typeOfFirstFixedSurface = 105 ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Covariance between 2-metre temperature and volumetric soil water layer 1
'K m**3 m**-3' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 192 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre relative humidity and volumetric soil water layer 1
'% m**3 m**-3' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 193 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between surface soil moisture and volumetric soil water layer 1
'm**3 m**-3 m**3 m**-3' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 194 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre temperature and volumetric soil water layer 2
'K m**3 m**-3' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 195 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre relative humidity and volumetric soil water layer 2
'% m**3 m**-3' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 196 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between surface soil moisture and volumetric soil water layer 2
'm**3 m**-3 m**3 m**-3' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 197 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre temperature and volumetric soil water layer 3
'K m**3 m**-3' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 198 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre relative humidity and volumetric soil water layer 3
'% m**3 m**-3' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 199 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between surface soil moisture and volumetric soil water layer 3
'm**3 m**-3 m**3 m**-3' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 200 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre temperature and soil temperature layer 1
'K K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 201 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre relative humidity and soil temperature layer 1
'% K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 202 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre temperature and soil temperature layer 2
'K K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 203 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre relative humidity and soil temperature layer 2
'% K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 204 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre temperature and soil temperature layer 3
'K K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 205 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre relative humidity and soil temperature layer 3
'% K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 206 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre temperature and temperature of snow layer 1
'K K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 207 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre relative humidity and temperature of snow layer 1
'% K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 208 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre temperature and temperature of snow layer 2
'K K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 209 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre relative humidity and temperature of snow layer 2
'% K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 210 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre temperature and temperature of snow layer 3
'K K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 211 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between 2-metre relative humidity and temperature of snow layer 3
'% K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 212 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between skin temperature and soil temperature layer 1
'K K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 213 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between skin temperature and soil temperature layer 2
'K K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 214 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between skin temperature and soil temperature layer 3
'K K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 215 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between skin temperature and volumetric soil water layer 1
'K m**3 m**-3' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 216 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between skin temperature and volumetric soil water layer 2
'K m**3 m**-3' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 217 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between skin temperature and volumetric soil water layer 3
'K m**3 m**-3' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 218 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between skin temperature and temperature of snow layer 1
'K K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 219 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between skin temperature and temperature of snow layer 2
'K K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 220 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#Covariance between skin temperature and temperature of snow layer 3
'K K' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 254 ;
	 parameterNumber = 221 ;
	 typeOfFirstFixedSurface = 254 ;
	}
#CURV diagnostic mean sea level pressure
'dimensionless' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 253 ;
	 parameterNumber = 192 ;
	}
#CURV diagnostic geopotential
'dimensionless' = {
	 localTablesVersion = 1 ;
	 discipline = 254 ;
	 parameterCategory = 253 ;
	 parameterNumber = 193 ;
	}
#Surface roughness length for heat
'm' = {
	 localTablesVersion = 1 ;
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 200 ;
	}
#Snow thickness over sea ice
'm' = {
	 localTablesVersion = 1 ;
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 192 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea ice salinity
'g kg**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 193 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	}
#Sea water sigma theta relative
'Proportion' = {
	 localTablesVersion = 1 ;
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 192 ;
	}
#Time-mean snow thickness over sea ice
'm' = {
	 localTablesVersion = 1 ;
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 192 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean Sea ice salinity
'g kg**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 193 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean sea water sigma theta relative
'Proportion' = {
	 localTablesVersion = 1 ;
	 discipline = 10 ;
	 parameterCategory = 4 ;
	 parameterNumber = 192 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-maximum snow thickness over sea ice
'm' = {
	 localTablesVersion = 1 ;
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 192 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-maximum sea ice salinity
'g kg**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 193 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 2 ;
	}
#Time-minimum snow thickness over sea ice
'm' = {
	 localTablesVersion = 1 ;
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 192 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-minimum  sea ice salinity
'g kg**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 193 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 3 ;
	}
#Time-standard-deviation snow thickness over sea ice
'm' = {
	 localTablesVersion = 1 ;
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 192 ;
	 typeOfFirstFixedSurface = 173 ;
	 typeOfSecondFixedSurface = 175 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Time-standard-deviation sea ice salinity
'g kg**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 10 ;
	 parameterCategory = 2 ;
	 parameterNumber = 193 ;
	 typeOfFirstFixedSurface = 174 ;
	 typeOfSecondFixedSurface = 176 ;
	 scaledValueOfFirstFixedSurface = missing() ;
	 scaleFactorOfFirstFixedSurface = missing() ;
	 scaledValueOfSecondFixedSurface = missing() ;
	 scaleFactorOfSecondFixedSurface = missing() ;
	 typeOfStatisticalProcessing = 6 ;
	}
#Stream function gradient
'm**2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 1 ;
	}
#Velocity potential gradient
'm**2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 2 ;
	}
#Potential temperature gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 3 ;
	}
#Equivalent potential temperature gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 4 ;
	}
#Saturated equivalent potential temperature gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 5 ;
	}
#U component of divergent wind gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 11 ;
	}
#V component of divergent wind gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 12 ;
	}
#U component of rotational wind gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 13 ;
	}
#V component of rotational wind gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 14 ;
	}
#Unbalanced component of temperature gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 21 ;
	}
#Unbalanced component of logarithm of surface pressure gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 22 ;
	}
#Unbalanced component of divergence gradient
's**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 23 ;
	}
#Reserved for future unbalanced components
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 24 ;
	}
#Reserved for future unbalanced components
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 25 ;
	}
#Lake cover gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 26 ;
	}
#Low vegetation cover gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 27 ;
	}
#High vegetation cover gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 28 ;
	}
#Type of low vegetation gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 29 ;
	}
#Type of high vegetation gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 30 ;
	}
#Sea-ice cover gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 31 ;
	}
#Snow albedo gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 32 ;
	}
#Snow density gradient
'kg m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 33 ;
	}
#Sea surface temperature gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 34 ;
	}
#Ice surface temperature layer 1 gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 35 ;
	}
#Ice surface temperature layer 2 gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 36 ;
	}
#Ice surface temperature layer 3 gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 37 ;
	}
#Ice surface temperature layer 4 gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 38 ;
	}
#Volumetric soil water layer 1 gradient
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 39 ;
	}
#Volumetric soil water layer 2 gradient
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 40 ;
	}
#Volumetric soil water layer 3 gradient
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 41 ;
	}
#Volumetric soil water layer 4 gradient
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 42 ;
	}
#Soil type gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 43 ;
	}
#Snow evaporation gradient
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 44 ;
	}
#Snowmelt gradient
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 45 ;
	}
#Solar duration gradient
's' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 46 ;
	}
#Direct solar radiation gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 47 ;
	}
#Magnitude of turbulent surface stress gradient
'N m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 48 ;
	}
#10 metre wind gust gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 49 ;
	}
#Large-scale precipitation fraction gradient
's' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 50 ;
	}
#Maximum 2 metre temperature gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 51 ;
	}
#Minimum 2 metre temperature gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 52 ;
	}
#Montgomery potential gradient
'm**2 s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 53 ;
	}
#Pressure gradient
'Pa' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 54 ;
	}
#Downward UV radiation at the surface gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 57 ;
	}
#Photosynthetically active radiation at the surface gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 58 ;
	}
#Convective available potential energy gradient
'J kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 59 ;
	}
#Potential vorticity gradient
'K m**2 kg**-1 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 60 ;
	}
#Total precipitation from observations gradient
'Millimetres*100 + number of stations' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 61 ;
	}
#Observation count gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 62 ;
	}
#Start time for skin temperature difference
's' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 63 ;
	}
#Finish time for skin temperature difference
's' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 64 ;
	}
#Skin temperature difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 65 ;
	}
#Leaf area index, low vegetation
'm**2 m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 66 ;
	}
#Leaf area index, high vegetation
'm**2 m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 67 ;
	}
#Biome cover, low vegetation
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 70 ;
	}
#Biome cover, high vegetation
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 71 ;
	}
#Total column liquid water
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 78 ;
	}
#Total column ice water
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 79 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 80 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 81 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 82 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 83 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 84 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 85 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 86 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 87 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 88 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 89 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 90 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 91 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 92 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 93 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 94 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 95 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 96 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 97 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 98 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 99 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 100 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 101 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 102 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 103 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 104 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 105 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 106 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 107 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 108 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 109 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 110 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 111 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 112 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 113 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 114 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 115 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 116 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 117 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 118 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 119 ;
	}
#Experimental product
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 120 ;
	}
#Maximum temperature at 2 metres gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 121 ;
	}
#Minimum temperature at 2 metres gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 122 ;
	}
#10 metre wind gust in the last 6 hours gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 123 ;
	}
#Vertically integrated total energy
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 125 ;
	}
#Generic parameter for sensitive area prediction
'Various' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 126 ;
	}
#Atmospheric tide gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 127 ;
	}
#Budget values gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 128 ;
	}
#Geopotential gradient
'm**2 s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 129 ;
	}
#Temperature gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 130 ;
	}
#U component of wind gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 131 ;
	}
#V component of wind gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 132 ;
	}
#Specific humidity gradient
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 133 ;
	}
#Surface pressure gradient
'Pa' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 134 ;
	}
#vertical velocity (pressure) gradient
'Pa s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 135 ;
	}
#Total column water gradient
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 136 ;
	}
#Total column water vapour gradient
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 137 ;
	}
#Vorticity (relative) gradient
's**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 138 ;
	}
#Soil temperature level 1 gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 139 ;
	}
#Soil wetness level 1 gradient
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 140 ;
	}
#Snow depth gradient
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 141 ;
	}
#Stratiform precipitation (Large-scale precipitation) gradient
'm' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 142 ;
	}
#Convective precipitation gradient
'm' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 143 ;
	}
#Snowfall (convective + stratiform) gradient
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 144 ;
	}
#Boundary layer dissipation gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 145 ;
	}
#Surface sensible heat flux gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 146 ;
	}
#Surface latent heat flux gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 147 ;
	}
#Charnock gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 148 ;
	}
#Surface net radiation gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 149 ;
	}
#Top net radiation gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 150 ;
	}
#Mean sea level pressure gradient
'Pa' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 151 ;
	}
#Logarithm of surface pressure gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 152 ;
	}
#Short-wave heating rate gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 153 ;
	}
#Long-wave heating rate gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 154 ;
	}
#Divergence gradient
's**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 155 ;
	}
#Height gradient
'm' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 156 ;
	}
#Relative humidity gradient
'%' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 157 ;
	}
#Tendency of surface pressure gradient
'Pa s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 158 ;
	}
#Boundary layer height gradient
'm' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 159 ;
	}
#Standard deviation of orography gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 160 ;
	}
#Anisotropy of sub-gridscale orography gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 161 ;
	}
#Angle of sub-gridscale orography gradient
'radians' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 162 ;
	}
#Slope of sub-gridscale orography gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 163 ;
	}
#Total cloud cover gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 164 ;
	}
#10 metre U wind component gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 165 ;
	}
#10 metre V wind component gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 166 ;
	}
#2 metre temperature gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 167 ;
	}
#2 metre dewpoint temperature gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 168 ;
	}
#Surface solar radiation downwards gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 169 ;
	}
#Soil temperature level 2 gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 170 ;
	}
#Soil wetness level 2 gradient
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 171 ;
	}
#Land-sea mask gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 172 ;
	}
#Surface roughness gradient
'm' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 173 ;
	}
#Albedo gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 174 ;
	}
#Surface thermal radiation downwards gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 175 ;
	}
#Surface net solar radiation gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 176 ;
	}
#Surface net thermal radiation gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 177 ;
	}
#Top net solar radiation gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 178 ;
	}
#Top net thermal radiation gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 179 ;
	}
#East-West surface stress gradient
'N m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 180 ;
	}
#North-South surface stress gradient
'N m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 181 ;
	}
#Evaporation gradient
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 182 ;
	}
#Soil temperature level 3 gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 183 ;
	}
#Soil wetness level 3 gradient
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 184 ;
	}
#Convective cloud cover gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 185 ;
	}
#Low cloud cover gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 186 ;
	}
#Medium cloud cover gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 187 ;
	}
#High cloud cover gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 188 ;
	}
#Sunshine duration gradient
's' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 189 ;
	}
#East-West component of sub-gridscale orographic variance gradient
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 190 ;
	}
#North-South component of sub-gridscale orographic variance gradient
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 191 ;
	}
#North-West/South-East component of sub-gridscale orographic variance gradient
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 192 ;
	}
#North-East/South-West component of sub-gridscale orographic variance gradient
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 193 ;
	}
#Brightness temperature gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 194 ;
	}
#Longitudinal component of gravity wave stress gradient
'N m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 195 ;
	}
#Meridional component of gravity wave stress gradient
'N m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 196 ;
	}
#Gravity wave dissipation gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 197 ;
	}
#Skin reservoir content gradient
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 198 ;
	}
#Vegetation fraction gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 199 ;
	}
#Variance of sub-gridscale orography gradient
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 200 ;
	}
#Maximum temperature at 2 metres since previous post-processing gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 201 ;
	}
#Minimum temperature at 2 metres since previous post-processing gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 202 ;
	}
#Ozone mass mixing ratio gradient
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 203 ;
	}
#Precipitation analysis weights gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 204 ;
	}
#Runoff gradient
'm' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 205 ;
	}
#Total column ozone gradient
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 206 ;
	}
#10 metre wind speed gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 207 ;
	}
#Top net solar radiation, clear sky gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 208 ;
	}
#Top net thermal radiation, clear sky gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 209 ;
	}
#Surface net solar radiation, clear sky gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 210 ;
	}
#Surface net thermal radiation, clear sky gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 211 ;
	}
#TOA incident solar radiation gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 212 ;
	}
#Diabatic heating by radiation gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 214 ;
	}
#Diabatic heating by vertical diffusion gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 215 ;
	}
#Diabatic heating by cumulus convection gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 216 ;
	}
#Diabatic heating large-scale condensation gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 217 ;
	}
#Vertical diffusion of zonal wind gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 218 ;
	}
#Vertical diffusion of meridional wind gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 219 ;
	}
#East-West gravity wave drag tendency gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 220 ;
	}
#North-South gravity wave drag tendency gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 221 ;
	}
#Convective tendency of zonal wind gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 222 ;
	}
#Convective tendency of meridional wind gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 223 ;
	}
#Vertical diffusion of humidity gradient
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 224 ;
	}
#Humidity tendency by cumulus convection gradient
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 225 ;
	}
#Humidity tendency by large-scale condensation gradient
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 226 ;
	}
#Change from removal of negative humidity gradient
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 227 ;
	}
#Total precipitation gradient
'm' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 228 ;
	}
#Instantaneous X surface stress gradient
'N m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 229 ;
	}
#Instantaneous Y surface stress gradient
'N m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 230 ;
	}
#Instantaneous surface heat flux gradient
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 231 ;
	}
#Instantaneous moisture flux gradient
'kg m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 232 ;
	}
#Apparent surface humidity gradient
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 233 ;
	}
#Logarithm of surface roughness length for heat gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 234 ;
	}
#Skin temperature gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 235 ;
	}
#Soil temperature level 4 gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 236 ;
	}
#Soil wetness level 4 gradient
'm' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 237 ;
	}
#Temperature of snow layer gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 238 ;
	}
#Convective snowfall gradient
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 239 ;
	}
#Large scale snowfall gradient
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 240 ;
	}
#Accumulated cloud fraction tendency gradient
'(-1 to 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 241 ;
	}
#Accumulated liquid water tendency gradient
'(-1 to 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 242 ;
	}
#Forecast albedo gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 243 ;
	}
#Forecast surface roughness gradient
'm' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 244 ;
	}
#Forecast logarithm of surface roughness for heat gradient
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 245 ;
	}
#Specific cloud liquid water content gradient
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 246 ;
	}
#Specific cloud ice water content gradient
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 247 ;
	}
#Cloud cover gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 248 ;
	}
#Accumulated ice water tendency gradient
'(-1 to 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 249 ;
	}
#Ice age gradient
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 250 ;
	}
#Adiabatic tendency of temperature gradient
'K' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 251 ;
	}
#Adiabatic tendency of humidity gradient
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 252 ;
	}
#Adiabatic tendency of zonal wind gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 253 ;
	}
#Adiabatic tendency of meridional wind gradient
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 254 ;
	}
#Indicates a missing value
'~' = {
	 discipline = 192 ;
	 parameterCategory = 129 ;
	 parameterNumber = 255 ;
	}
#Top solar radiation upward
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 208 ;
	}
#Top thermal radiation upward
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 209 ;
	}
#Top solar radiation upward, clear sky
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 210 ;
	}
#Top thermal radiation upward, clear sky
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 211 ;
	}
#Cloud liquid water
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 212 ;
	}
#Cloud fraction
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 213 ;
	}
#Diabatic heating by radiation
'K s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 214 ;
	}
#Diabatic heating by vertical diffusion
'K s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 215 ;
	}
#Diabatic heating by cumulus convection
'K s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 216 ;
	}
#Diabatic heating by large-scale condensation
'K s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 217 ;
	}
#Vertical diffusion of zonal wind
'm**2 s**-3' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 218 ;
	}
#Vertical diffusion of meridional wind
'm**2 s**-3' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 219 ;
	}
#East-West gravity wave drag
'm**2 s**-3' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 220 ;
	}
#North-South gravity wave drag
'm**2 s**-3' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 221 ;
	}
#Vertical diffusion of humidity
'kg kg**-1 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 224 ;
	}
#Humidity tendency by cumulus convection
'kg kg**-1 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 225 ;
	}
#Humidity tendency by large-scale condensation
'kg kg**-1 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 226 ;
	}
#Adiabatic tendency of temperature
'K s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 228 ;
	}
#Adiabatic tendency of humidity
'kg kg**-1 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 229 ;
	}
#Adiabatic tendency of zonal wind
'm**2 s**-3' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 230 ;
	}
#Adiabatic tendency of meridional wind
'm**2 s**-3' = {
	 discipline = 192 ;
	 parameterCategory = 130 ;
	 parameterNumber = 231 ;
	}
#2m temperature anomaly of at least +2K
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 1 ;
	}
#2m temperature anomaly of at least +1K
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 2 ;
	}
#2m temperature anomaly of at least 0K
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 3 ;
	}
#2m temperature anomaly of at most -1K
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 4 ;
	}
#2m temperature anomaly of at most -2K
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 5 ;
	}
#Total precipitation anomaly of at least 20 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 6 ;
	}
#Total precipitation anomaly of at least 10 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 7 ;
	}
#Total precipitation anomaly of at least 0 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 8 ;
	}
#Surface temperature anomaly of at least 0K
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 9 ;
	}
#Mean sea level pressure anomaly of at least 0 Pa
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 10 ;
	}
#Height of 0 degree isotherm probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 15 ;
	}
#Height of snowfall limit probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 16 ;
	}
#Showalter index probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 17 ;
	}
#Whiting index probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 18 ;
	}
#Temperature anomaly less than -2 K
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 20 ;
	}
#Temperature anomaly of at least +2 K
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 21 ;
	}
#Temperature anomaly less than -8 K
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 22 ;
	}
#Temperature anomaly less than -4 K
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 23 ;
	}
#Temperature anomaly greater than +4 K
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 24 ;
	}
#Temperature anomaly greater than +8 K
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 25 ;
	}
#10 metre wind gust probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 49 ;
	}
#Convective available potential energy probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 59 ;
	}
#10 metre wind gust of at least 25 m/s
'%' = {
	 discipline = 0 ;
	 parameterCategory = 2 ;
	 parameterNumber = 22 ;
	 typeOfFirstFixedSurface = 103 ;
	 scaledValueOfFirstFixedSurface = 10 ;
	 scaleFactorOfFirstFixedSurface = 0 ;
	 typeOfStatisticalProcessing = 2 ;
	 scaledValueOfLowerLimit = 25 ;
	 scaleFactorOfLowerLimit = 0 ;
	 probabilityType = 3 ;
	}
#Mean wave period of at least 8 s
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 78 ;
	}
#Mean wave period of at least 10 s
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 79 ;
	}
#Mean wave period of at least 12 s
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 80 ;
	}
#Mean wave period of at least 15 s
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 81 ;
	}
#Geopotential probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 129 ;
	}
#Temperature anomaly probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 130 ;
	}
#Soil temperature level 1 probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 139 ;
	}
#Snowfall (convective + stratiform) probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 144 ;
	}
#Mean sea level pressure probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 151 ;
	}
#Total cloud cover probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 164 ;
	}
#10 metre speed probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 165 ;
	}
#2 metre temperature probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 167 ;
	}
#Maximum 2 metre temperature probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 201 ;
	}
#Minimum 2 metre temperature probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 202 ;
	}
#Total precipitation probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 228 ;
	}
#Significant wave height probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 229 ;
	}
#Mean wave period probability
'%' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 232 ;
	}
#Indicates a missing value
'~' = {
	 discipline = 192 ;
	 parameterCategory = 131 ;
	 parameterNumber = 255 ;
	}
#2m temperature probability less than -10 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 1 ;
	}
#2m temperature probability less than -5 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 2 ;
	}
#2m temperature probability less than 0 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 3 ;
	}
#2m temperature probability less than 5 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 4 ;
	}
#2m temperature probability less than 10 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 5 ;
	}
#2m temperature probability greater than 25 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 6 ;
	}
#2m temperature probability greater than 30 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 7 ;
	}
#2m temperature probability greater than 35 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 8 ;
	}
#2m temperature probability greater than 40 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 9 ;
	}
#2m temperature probability greater than 45 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 10 ;
	}
#Minimum 2 metre temperature probability less than -10 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 11 ;
	}
#Minimum 2 metre temperature probability less than -5 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 12 ;
	}
#Minimum 2 metre temperature probability less than 0 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 13 ;
	}
#Minimum 2 metre temperature probability less than 5 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 14 ;
	}
#Minimum 2 metre temperature probability less than 10 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 15 ;
	}
#Maximum 2 metre temperature probability greater than 25 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 16 ;
	}
#Maximum 2 metre temperature probability greater than 30 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 17 ;
	}
#Maximum 2 metre temperature probability greater than 35 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 18 ;
	}
#Maximum 2 metre temperature probability greater than 40 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 19 ;
	}
#Maximum 2 metre temperature probability greater than 45 C
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 20 ;
	}
#10 metre wind speed probability of at least 10 m/s
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 21 ;
	}
#10 metre wind speed probability of at least 15 m/s
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 22 ;
	}
#10 metre wind speed probability of at least 20 m/s
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 23 ;
	}
#10 metre wind speed probability of at least 35 m/s
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 24 ;
	}
#10 metre wind speed probability of at least 50 m/s
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 25 ;
	}
#10 metre wind gust probability of at least 20 m/s
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 26 ;
	}
#10 metre wind gust probability of at least 35 m/s
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 27 ;
	}
#10 metre wind gust probability of at least 50 m/s
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 28 ;
	}
#10 metre wind gust probability of at least 75 m/s
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 29 ;
	}
#10 metre wind gust probability of at least 100 m/s
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 30 ;
	}
#Total precipitation probability of at least 1 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 31 ;
	}
#Total precipitation probability of at least 5 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 32 ;
	}
#Total precipitation probability of at least 10 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 33 ;
	}
#Total precipitation probability of at least 20 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 34 ;
	}
#Total precipitation probability of at least 40 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 35 ;
	}
#Total precipitation probability of at least 60 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 36 ;
	}
#Total precipitation probability of at least 80 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 37 ;
	}
#Total precipitation probability of at least 100 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 38 ;
	}
#Total precipitation probability of at least 150 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 39 ;
	}
#Total precipitation probability of at least 200 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 40 ;
	}
#Total precipitation probability of at least 300 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 41 ;
	}
#Snowfall probability of at least 1 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 42 ;
	}
#Snowfall probability of at least 5 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 43 ;
	}
#Snowfall probability of at least 10 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 44 ;
	}
#Snowfall probability of at least 20 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 45 ;
	}
#Snowfall probability of at least 40 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 46 ;
	}
#Snowfall probability of at least 60 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 47 ;
	}
#Snowfall probability of at least 80 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 48 ;
	}
#Snowfall probability of at least 100 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 49 ;
	}
#Snowfall probability of at least 150 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 50 ;
	}
#Snowfall probability of at least 200 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 51 ;
	}
#Snowfall probability of at least 300 mm
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 52 ;
	}
#Total Cloud Cover probability greater than 10%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 53 ;
	}
#Total Cloud Cover probability greater than 20%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 54 ;
	}
#Total Cloud Cover probability greater than 30%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 55 ;
	}
#Total Cloud Cover probability greater than 40%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 56 ;
	}
#Total Cloud Cover probability greater than 50%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 57 ;
	}
#Total Cloud Cover probability greater than 60%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 58 ;
	}
#Total Cloud Cover probability greater than 70%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 59 ;
	}
#Total Cloud Cover probability greater than 80%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 60 ;
	}
#Total Cloud Cover probability greater than 90%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 61 ;
	}
#Total Cloud Cover probability greater than 99%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 62 ;
	}
#High Cloud Cover probability greater than 10%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 63 ;
	}
#High Cloud Cover probability greater than 20%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 64 ;
	}
#High Cloud Cover probability greater than 30%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 65 ;
	}
#High Cloud Cover probability greater than 40%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 66 ;
	}
#High Cloud Cover probability greater than 50%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 67 ;
	}
#High Cloud Cover probability greater than 60%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 68 ;
	}
#High Cloud Cover probability greater than 70%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 69 ;
	}
#High Cloud Cover probability greater than 80%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 70 ;
	}
#High Cloud Cover probability greater than 90%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 71 ;
	}
#High Cloud Cover probability greater than 99%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 72 ;
	}
#Medium Cloud Cover probability greater than 10%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 73 ;
	}
#Medium Cloud Cover probability greater than 20%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 74 ;
	}
#Medium Cloud Cover probability greater than 30%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 75 ;
	}
#Medium Cloud Cover probability greater than 40%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 76 ;
	}
#Medium Cloud Cover probability greater than 50%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 77 ;
	}
#Medium Cloud Cover probability greater than 60%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 78 ;
	}
#Medium Cloud Cover probability greater than 70%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 79 ;
	}
#Medium Cloud Cover probability greater than 80%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 80 ;
	}
#Medium Cloud Cover probability greater than 90%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 81 ;
	}
#Medium Cloud Cover probability greater than 99%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 82 ;
	}
#Low Cloud Cover probability greater than 10%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 83 ;
	}
#Low Cloud Cover probability greater than 20%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 84 ;
	}
#Low Cloud Cover probability greater than 30%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 85 ;
	}
#Low Cloud Cover probability greater than 40%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 86 ;
	}
#Low Cloud Cover probability greater than 50%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 87 ;
	}
#Low Cloud Cover probability greater than 60%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 88 ;
	}
#Low Cloud Cover probability greater than 70%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 89 ;
	}
#Low Cloud Cover probability greater than 80%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 90 ;
	}
#Low Cloud Cover probability greater than 90%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 91 ;
	}
#Low Cloud Cover probability greater than 99%
'%' = {
	 discipline = 192 ;
	 parameterCategory = 133 ;
	 parameterNumber = 92 ;
	}
#Maximum of significant wave height
'm' = {
	 discipline = 192 ;
	 parameterCategory = 140 ;
	 parameterNumber = 200 ;
	}
#2D wave spectra (multiple)
'm**2 s radian**-1' = {
	 discipline = 192 ;
	 parameterCategory = 140 ;
	 parameterNumber = 250 ;
	}
#Indicates a missing value
'~' = {
	 discipline = 192 ;
	 parameterCategory = 140 ;
	 parameterNumber = 255 ;
	}
#Ocean potential temperature
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 129 ;
	}
#Ocean salinity
'psu' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 130 ;
	}
#Ocean potential density
'kg m**-3 -1000' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 131 ;
	}
#Ocean U wind component
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 133 ;
	}
#Ocean V wind component
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 134 ;
	}
#Ocean W wind component
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 135 ;
	}
#Richardson number
'~' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 137 ;
	}
#U*V product
'm s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 139 ;
	}
#U*T product
'm s**-1 deg C' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 140 ;
	}
#V*T product
'm s**-1 deg C' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 141 ;
	}
#U*U product
'm s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 142 ;
	}
#V*V product
'm s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 143 ;
	}
#UV - U~V~
'm s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 144 ;
	}
#UT - U~T~
'm s**-1 deg C' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 145 ;
	}
#VT - V~T~
'm s**-1 deg C' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 146 ;
	}
#UU - U~U~
'm s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 147 ;
	}
#VV - V~V~
'm s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 148 ;
	}
#Sea level
'm' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 152 ;
	}
#Barotropic stream function
'~' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 153 ;
	}
#Mixed layer depth
'm' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 154 ;
	}
#Depth
'm' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 155 ;
	}
#U stress
'Pa' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 168 ;
	}
#V stress
'Pa' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 169 ;
	}
#Turbulent kinetic energy input
'~' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 170 ;
	}
#Net surface heat flux
'~' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 171 ;
	}
#Surface solar radiation
'~' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 172 ;
	}
#P-E
'~' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 173 ;
	}
#Diagnosed sea surface temperature error
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 180 ;
	}
#Heat flux correction
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 181 ;
	}
#Observed sea surface temperature
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 182 ;
	}
#Observed heat flux
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 183 ;
	}
#Indicates a missing value
'~' = {
	 discipline = 192 ;
	 parameterCategory = 150 ;
	 parameterNumber = 255 ;
	}
#In situ Temperature
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 128 ;
	}
#Modulus of strain rate tensor
's**-1' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 134 ;
	}
#Vertical viscosity
'm**2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 135 ;
	}
#Vertical diffusivity
'm**2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 136 ;
	}
#Bottom level Depth
'm' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 137 ;
	}
#Richardson number
'~' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 139 ;
	}
#UV product
'm**2 s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 140 ;
	}
#UT product
'm s**-1 degC' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 141 ;
	}
#VT product
'm s**-1 deg C' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 142 ;
	}
#UU product
'm**2 s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 143 ;
	}
#VV product
'm**2 s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 144 ;
	}
#Sea level previous timestep
'm' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 146 ;
	}
#Ocean barotropic stream function
'm**3 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 147 ;
	}
#Mixed layer depth
'm' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 148 ;
	}
#Steric height
'm' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 150 ;
	}
#Curl of Wind Stress
'N m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 151 ;
	}
#Divergence of wind stress
'Nm**-3' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 152 ;
	}
#Turbulent kinetic energy input
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 155 ;
	}
#Net surface heat flux
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 156 ;
	}
#Absorbed solar radiation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 157 ;
	}
#Precipitation - evaporation
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 158 ;
	}
#Specified sea surface temperature
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 159 ;
	}
#Specified surface heat flux
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 160 ;
	}
#Diagnosed sea surface temperature error
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 161 ;
	}
#Heat flux correction
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 162 ;
	}
#Average potential temperature in the upper 300m
'degrees C' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 164 ;
	}
#Vertically integrated zonal velocity (previous time step)
'm**2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 165 ;
	}
#Vertically Integrated meridional velocity (previous time step)
'm**2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 166 ;
	}
#Vertically integrated zonal volume transport
'm**2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 167 ;
	}
#Vertically integrated meridional volume transport
'm**2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 168 ;
	}
#Vertically integrated zonal heat transport
'J m**-1 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 169 ;
	}
#Vertically integrated meridional heat transport
'J m**-1 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 170 ;
	}
#Layer Thickness at scalar points
'm' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 176 ;
	}
#Layer Thickness at vector points
'm' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 177 ;
	}
#Potential temperature increment
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 178 ;
	}
#Potential temperature analysis error
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 179 ;
	}
#Background potential temperature
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 180 ;
	}
#Analysed potential temperature
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 181 ;
	}
#Potential temperature background error
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 182 ;
	}
#Analysed salinity
'psu' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 183 ;
	}
#Salinity increment
'psu' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 184 ;
	}
#Estimated Bias in Temperature
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 185 ;
	}
#Estimated Bias in Salinity
'psu' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 186 ;
	}
#Zonal Velocity increment (from balance operator)
'm s**-1 per time step' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 187 ;
	}
#Meridional Velocity increment (from balance operator)
'~' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 188 ;
	}
#Salinity increment (from salinity data)
'psu per time step' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 190 ;
	}
#Salinity analysis error
'psu' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 191 ;
	}
#Background Salinity
'psu' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 192 ;
	}
#Salinity background error
'psu' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 194 ;
	}
#Estimated temperature bias from assimilation
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 199 ;
	}
#Estimated salinity bias from assimilation
'psu' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 200 ;
	}
#Temperature increment from relaxation term
'deg C per time step' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 201 ;
	}
#Salinity increment from relaxation term
'~' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 202 ;
	}
#Bias in the zonal pressure gradient (applied)
'Pa m**-1' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 203 ;
	}
#Bias in the meridional pressure gradient (applied)
'Pa m**-1' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 204 ;
	}
#Estimated temperature bias from relaxation
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 205 ;
	}
#Estimated salinity bias from relaxation
'psu' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 206 ;
	}
#First guess bias in temperature
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 207 ;
	}
#First guess bias in salinity
'psu' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 208 ;
	}
#Applied bias in pressure
'Pa' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 209 ;
	}
#FG bias in pressure
'Pa' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 210 ;
	}
#Bias in temperature(applied)
'deg C' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 211 ;
	}
#Bias in salinity (applied)
'psu' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 212 ;
	}
#Indicates a missing value
'~' = {
	 discipline = 192 ;
	 parameterCategory = 151 ;
	 parameterNumber = 255 ;
	}
#10 metre wind gust during averaging time
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 49 ;
	}
#vertical velocity (pressure)
'Pa s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 135 ;
	}
#Precipitable water content
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 137 ;
	}
#Soil wetness level 1
'm' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 140 ;
	}
#Large-scale precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 142 ;
	}
#Convective precipitation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 143 ;
	}
#Snowfall
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 144 ;
	}
#Height
'm' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 156 ;
	}
#Relative humidity
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 157 ;
	}
#Soil wetness level 2
'm' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 171 ;
	}
#East-West surface stress
'N m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 180 ;
	}
#North-South surface stress
'N m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 181 ;
	}
#Evaporation
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 182 ;
	}
#Soil wetness level 3
'm' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 184 ;
	}
#Percentage of vegetation
'%' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 199 ;
	}
#Runoff
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 205 ;
	}
#Covariance of temperature and geopotential
'K m**2 s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 207 ;
	}
#Covariance of specific humidity and geopotential
'm**2 s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 209 ;
	}
#Covariance of specific humidity and temperature
'K' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 210 ;
	}
#Covariance of U component and geopotential
'm**3 s**-3' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 212 ;
	}
#Covariance of U component and temperature
'K m s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 213 ;
	}
#Covariance of U component and specific humidity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 214 ;
	}
#Covariance of V component and geopotential
'm**3 s**-3' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 216 ;
	}
#Covariance of V component and temperature
'K m s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 217 ;
	}
#Covariance of V component and specific humidity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 218 ;
	}
#Covariance of V component and U component
'm**2 s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 219 ;
	}
#Covariance of W component and geopotential
'Pa m**2 s**-3' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 221 ;
	}
#Covariance of W component and temperature
'K Pa s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 222 ;
	}
#Covariance of W component and specific humidity
'Pa s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 223 ;
	}
#Covariance of W component and U component
'Pa m s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 224 ;
	}
#Covariance of W component and V component
'Pa m s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 225 ;
	}
#Instantaneous surface heat flux
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 231 ;
	}
#Convective snowfall
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 239 ;
	}
#Large scale snowfall
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 240 ;
	}
#Cloud liquid water content
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 241 ;
	}
#Cloud cover
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 242 ;
	}
#Forecast albedo
'~' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 243 ;
	}
#10 metre wind speed
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 246 ;
	}
#Momentum flux
'N m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 247 ;
	}
#Gravity wave dissipation flux
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 249 ;
	}
#Heaviside beta function
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 160 ;
	 parameterNumber = 254 ;
	}
#Covariance of v component/geopotential
'm**3 s**-3' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 216 ;
	}
#Covariance of v component/temperature
'm s**-1 K' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 217 ;
	}
#Covariance of v component/specific humidity
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 218 ;
	}
#Covariance of v component/u component
'm**2 s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 219 ;
	}
#Variance of v component
'm**2 s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 220 ;
	}
#Covariance of omega/geopotential
'm**2 Pa s**-3' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 221 ;
	}
#Covariance of omega/temperature
'Pa s**-1 K' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 222 ;
	}
#Covariance of omega/specific humidity
'Pa s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 223 ;
	}
#Covariance of omega/u component
'm Pa s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 224 ;
	}
#Covariance of omega/v component
'm Pa s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 225 ;
	}
#Variance of omega
'Pa**2 s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 226 ;
	}
#Variance of surface pressure
'Pa**2' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 227 ;
	}
#Variance of relative humidity
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 229 ;
	}
#Covariance of u component/ozone
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 230 ;
	}
#Covariance of v component/ozone
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 231 ;
	}
#Covariance of omega/ozone
'Pa s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 232 ;
	}
#Variance of ozone
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 233 ;
	}
#Indicates a missing value
'~' = {
	 discipline = 192 ;
	 parameterCategory = 162 ;
	 parameterNumber = 255 ;
	}
#Total soil moisture
'm' = {
	 discipline = 192 ;
	 parameterCategory = 170 ;
	 parameterNumber = 149 ;
	}
#Soil wetness level 2
'm' = {
	 discipline = 192 ;
	 parameterCategory = 170 ;
	 parameterNumber = 171 ;
	}
#Top net thermal radiation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 170 ;
	 parameterNumber = 179 ;
	}
#Stream function anomaly
'm**2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 1 ;
	}
#Velocity potential anomaly
'm**2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 2 ;
	}
#Potential temperature anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 3 ;
	}
#Equivalent potential temperature anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 4 ;
	}
#Saturated equivalent potential temperature anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 5 ;
	}
#U component of divergent wind anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 11 ;
	}
#V component of divergent wind anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 12 ;
	}
#U component of rotational wind anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 13 ;
	}
#V component of rotational wind anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 14 ;
	}
#Unbalanced component of temperature anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 21 ;
	}
#Unbalanced component of logarithm of surface pressure anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 22 ;
	}
#Unbalanced component of divergence anomaly
's**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 23 ;
	}
#Lake cover anomaly
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 26 ;
	}
#Low vegetation cover anomaly
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 27 ;
	}
#High vegetation cover anomaly
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 28 ;
	}
#Type of low vegetation anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 29 ;
	}
#Type of high vegetation anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 30 ;
	}
#Sea-ice cover anomaly
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 31 ;
	}
#Snow albedo anomaly
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 32 ;
	}
#Snow density anomaly
'kg m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 33 ;
	}
#Sea surface temperature anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 34 ;
	}
#Ice surface temperature anomaly layer 1
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 35 ;
	}
#Ice surface temperature anomaly layer 2
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 36 ;
	}
#Ice surface temperature anomaly layer 3
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 37 ;
	}
#Ice surface temperature anomaly layer 4
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 38 ;
	}
#Volumetric soil water anomaly layer 1
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 39 ;
	}
#Volumetric soil water anomaly layer 2
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 40 ;
	}
#Volumetric soil water anomaly layer 3
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 41 ;
	}
#Volumetric soil water anomaly layer 4
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 42 ;
	}
#Soil type anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 43 ;
	}
#Snow evaporation anomaly
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 44 ;
	}
#Snowmelt anomaly
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 45 ;
	}
#Solar duration anomaly
's' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 46 ;
	}
#Direct solar radiation anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 47 ;
	}
#Magnitude of turbulent surface stress anomaly
'N m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 48 ;
	}
#10 metre wind gust anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 49 ;
	}
#Large-scale precipitation fraction anomaly
's' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 50 ;
	}
#Maximum 2 metre temperature in the last 24 hours anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 51 ;
	}
#Minimum 2 metre temperature in the last 24 hours anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 52 ;
	}
#Montgomery potential anomaly
'm**2 s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 53 ;
	}
#Pressure anomaly
'Pa' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 54 ;
	}
#Mean 2 metre temperature in the last 24 hours anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 55 ;
	}
#Mean 2 metre dewpoint temperature in the last 24 hours anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 56 ;
	}
#Downward UV radiation at the surface anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 57 ;
	}
#Photosynthetically active radiation at the surface anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 58 ;
	}
#Convective available potential energy anomaly
'J kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 59 ;
	}
#Potential vorticity anomaly
'K m**2 kg**-1 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 60 ;
	}
#Total precipitation from observations anomaly
'Millimetres*100 + number of stations' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 61 ;
	}
#Observation count anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 62 ;
	}
#Start time for skin temperature difference anomaly
's' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 63 ;
	}
#Finish time for skin temperature difference anomaly
's' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 64 ;
	}
#Skin temperature difference anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 65 ;
	}
#Total column liquid water anomaly
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 78 ;
	}
#Total column ice water anomaly
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 79 ;
	}
#Vertically integrated total energy anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 125 ;
	}
#Generic parameter for sensitive area prediction
'Various' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 126 ;
	}
#Atmospheric tide anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 127 ;
	}
#Budget values anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 128 ;
	}
#Geopotential anomaly
'm**2 s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 129 ;
	}
#Temperature anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 130 ;
	}
#U component of wind anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 131 ;
	}
#V component of wind anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 132 ;
	}
#Specific humidity anomaly
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 133 ;
	}
#Surface pressure anomaly
'Pa' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 134 ;
	}
#Vertical velocity (pressure) anomaly
'Pa s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 135 ;
	}
#Total column water anomaly
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 136 ;
	}
#Total column water vapour anomaly
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 137 ;
	}
#Relative vorticity anomaly
's**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 138 ;
	}
#Soil temperature anomaly level 1
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 139 ;
	}
#Soil wetness anomaly level 1
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 140 ;
	}
#Snow depth anomaly
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 141 ;
	}
#Stratiform precipitation (Large-scale precipitation) anomaly
'm' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 142 ;
	}
#Convective precipitation anomaly
'm' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 143 ;
	}
#Snowfall (convective + stratiform) anomaly
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 144 ;
	}
#Boundary layer dissipation anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 145 ;
	}
#Surface sensible heat flux anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 146 ;
	}
#Surface latent heat flux anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 147 ;
	}
#Charnock anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 148 ;
	}
#Surface net radiation anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 149 ;
	}
#Top net radiation anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 150 ;
	}
#Mean sea level pressure anomaly
'Pa' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 151 ;
	}
#Logarithm of surface pressure anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 152 ;
	}
#Short-wave heating rate anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 153 ;
	}
#Long-wave heating rate anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 154 ;
	}
#Relative divergence anomaly
's**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 155 ;
	}
#Height anomaly
'm' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 156 ;
	}
#Relative humidity anomaly
'%' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 157 ;
	}
#Tendency of surface pressure anomaly
'Pa s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 158 ;
	}
#Boundary layer height anomaly
'm' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 159 ;
	}
#Standard deviation of orography anomaly
'm' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 160 ;
	}
#Anisotropy of sub-gridscale orography anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 161 ;
	}
#Angle of sub-gridscale orography anomaly
'radians' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 162 ;
	}
#Slope of sub-gridscale orography anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 163 ;
	}
#Total cloud cover anomaly
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 164 ;
	}
#10 metre U wind component anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 165 ;
	}
#10 metre V wind component anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 166 ;
	}
#2 metre temperature anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 167 ;
	}
#2 metre dewpoint temperature anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 168 ;
	}
#Surface solar radiation downwards anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 169 ;
	}
#Soil temperature anomaly level 2
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 170 ;
	}
#Soil wetness anomaly level 2
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 171 ;
	}
#Surface roughness anomaly
'm' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 173 ;
	}
#Albedo anomaly
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 174 ;
	}
#Surface thermal radiation downwards anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 175 ;
	}
#Surface net solar radiation anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 176 ;
	}
#Surface net thermal radiation anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 177 ;
	}
#Top net solar radiation anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 178 ;
	}
#Top net thermal radiation anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 179 ;
	}
#East-West surface stress anomaly
'N m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 180 ;
	}
#North-South surface stress anomaly
'N m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 181 ;
	}
#Evaporation anomaly
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 182 ;
	}
#Soil temperature anomaly level 3
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 183 ;
	}
#Soil wetness anomaly level 3
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 184 ;
	}
#Convective cloud cover anomaly
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 185 ;
	}
#Low cloud cover anomaly
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 186 ;
	}
#Medium cloud cover anomaly
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 187 ;
	}
#High cloud cover anomaly
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 188 ;
	}
#Sunshine duration anomaly
's' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 189 ;
	}
#East-West component of sub-gridscale orographic variance anomaly
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 190 ;
	}
#North-South component of sub-gridscale orographic variance anomaly
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 191 ;
	}
#North-West/South-East component of sub-gridscale orographic variance anomaly
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 192 ;
	}
#North-East/South-West component of sub-gridscale orographic variance anomaly
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 193 ;
	}
#Brightness temperature anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 194 ;
	}
#Longitudinal component of gravity wave stress anomaly
'N m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 195 ;
	}
#Meridional component of gravity wave stress anomaly
'N m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 196 ;
	}
#Gravity wave dissipation anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 197 ;
	}
#Skin reservoir content anomaly
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 198 ;
	}
#Vegetation fraction anomaly
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 199 ;
	}
#Variance of sub-gridscale orography anomaly
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 200 ;
	}
#Maximum temperature at 2 metres anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 201 ;
	}
#Minimum temperature at 2 metres anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 202 ;
	}
#Ozone mass mixing ratio anomaly
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 203 ;
	}
#Precipitation analysis weights anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 204 ;
	}
#Runoff anomaly
'm' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 205 ;
	}
#Total column ozone anomaly
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 206 ;
	}
#10 metre wind speed anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 207 ;
	}
#Top net solar radiation clear sky anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 208 ;
	}
#Top net thermal radiation clear sky anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 209 ;
	}
#Surface net solar radiation clear sky anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 210 ;
	}
#Surface net thermal radiation, clear sky anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 211 ;
	}
#Solar insolation anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 212 ;
	}
#Diabatic heating by radiation anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 214 ;
	}
#Diabatic heating by vertical diffusion anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 215 ;
	}
#Diabatic heating by cumulus convection anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 216 ;
	}
#Diabatic heating by large-scale condensation anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 217 ;
	}
#Vertical diffusion of zonal wind anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 218 ;
	}
#Vertical diffusion of meridional wind anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 219 ;
	}
#East-West gravity wave drag tendency anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 220 ;
	}
#North-South gravity wave drag tendency anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 221 ;
	}
#Convective tendency of zonal wind anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 222 ;
	}
#Convective tendency of meridional wind anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 223 ;
	}
#Vertical diffusion of humidity anomaly
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 224 ;
	}
#Humidity tendency by cumulus convection anomaly
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 225 ;
	}
#Humidity tendency by large-scale condensation anomaly
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 226 ;
	}
#Change from removal of negative humidity anomaly
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 227 ;
	}
#Total precipitation anomaly
'm' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 228 ;
	}
#Instantaneous X surface stress anomaly
'N m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 229 ;
	}
#Instantaneous Y surface stress anomaly
'N m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 230 ;
	}
#Instantaneous surface heat flux anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 231 ;
	}
#Instantaneous moisture flux anomaly
'kg m**-2 s' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 232 ;
	}
#Apparent surface humidity anomaly
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 233 ;
	}
#Logarithm of surface roughness length for heat anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 234 ;
	}
#Skin temperature anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 235 ;
	}
#Soil temperature level 4 anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 236 ;
	}
#Soil wetness level 4 anomaly
'm' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 237 ;
	}
#Temperature of snow layer anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 238 ;
	}
#Convective snowfall anomaly
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 239 ;
	}
#Large scale snowfall anomaly
'm of water equivalent' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 240 ;
	}
#Accumulated cloud fraction tendency anomaly
'(-1 to 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 241 ;
	}
#Accumulated liquid water tendency anomaly
'(-1 to 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 242 ;
	}
#Forecast albedo anomaly
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 243 ;
	}
#Forecast surface roughness anomaly
'm' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 244 ;
	}
#Forecast logarithm of surface roughness for heat anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 245 ;
	}
#Cloud liquid water content anomaly
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 246 ;
	}
#Cloud ice water content anomaly
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 247 ;
	}
#Cloud cover anomaly
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 248 ;
	}
#Accumulated ice water tendency anomaly
'(-1 to 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 249 ;
	}
#Ice age anomaly
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 250 ;
	}
#Adiabatic tendency of temperature anomaly
'K' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 251 ;
	}
#Adiabatic tendency of humidity anomaly
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 252 ;
	}
#Adiabatic tendency of zonal wind anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 253 ;
	}
#Adiabatic tendency of meridional wind anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 254 ;
	}
#Indicates a missing value
'~' = {
	 discipline = 192 ;
	 parameterCategory = 171 ;
	 parameterNumber = 255 ;
	}
#Time-mean snow evaporation rate
'm of water equivalent s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 172 ;
	 parameterNumber = 44 ;
	}
#Time-mean snowmelt rate
'm of water equivalent s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 172 ;
	 parameterNumber = 45 ;
	}
#Time-mean large-scale precipitation rate
'm s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 196 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean convective precipitation rate
'm s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 195 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total snowfall rate
'm of water equivalent s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 198 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean short-wave (solar) heating rate
'K s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 172 ;
	 parameterNumber = 153 ;
	}
#Time-mean long-wave (thermal) heating rate
'K s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 172 ;
	 parameterNumber = 154 ;
	}
#Time-mean evaporation rate
'm of water equivalent s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 199 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean runoff rate
'm s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 2 ;
	 parameterCategory = 0 ;
	 parameterNumber = 201 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean total precipitation rate
'm s**-1' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 1 ;
	 parameterNumber = 193 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Time-mean convective snowfall rate
'm of water equivalent s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 172 ;
	 parameterNumber = 239 ;
	}
#Time-mean large-scale snowfall rate
'm of water equivalent s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 172 ;
	 parameterNumber = 240 ;
	}
#Indicates a missing value
'~' = {
	 discipline = 192 ;
	 parameterCategory = 172 ;
	 parameterNumber = 255 ;
	}
#Time-mean snow evaporation anomalous rate of accumulation
'm of water equivalent s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 44 ;
	}
#Time-mean snowmelt anomalous rate of accumulation
'm of water equivalent s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 45 ;
	}
#Magnitude of turbulent surface stress anomaly
'N m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 48 ;
	}
#Large-scale precipitation fraction anomaly
'~' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 50 ;
	}
#Stratiform precipitation (Large-scale precipitation) anomalous rate of accumulation
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 142 ;
	}
#Mean convective precipitation rate anomaly
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 143 ;
	}
#Snowfall (convective + stratiform) anomalous rate of accumulation
'm of water equivalent s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 144 ;
	}
#Boundary layer dissipation anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 145 ;
	}
#Surface sensible heat flux anomalous rate of accumulation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 146 ;
	}
#Surface latent heat flux anomalous rate of accumulation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 147 ;
	}
#Surface net radiation anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 149 ;
	}
#Short-wave heating rate anomaly
'K s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 153 ;
	}
#Long-wave heating rate anomaly
'K s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 154 ;
	}
#Surface solar radiation downwards anomalous rate of accumulation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 169 ;
	}
#Surface thermal radiation downwards anomalous rate of accumulation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 175 ;
	}
#Surface solar radiation anomalous rate of accumulation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 176 ;
	}
#Surface thermal radiation anomalous rate of accumulation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 177 ;
	}
#Top solar radiation anomalous rate of accumulation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 178 ;
	}
#Top thermal radiation anomalous rate of accumulation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 179 ;
	}
#East-West surface stress anomalous rate of accumulation
'N m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 180 ;
	}
#North-South surface stress anomalous rate of accumulation
'N m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 181 ;
	}
#Time-mean evaporation anomalous rate of accumulation
'm of water equivalent s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 182 ;
	}
#Sunshine duration anomalous rate of accumulation
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 189 ;
	}
#Longitudinal component of gravity wave stress anomaly
'N m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 195 ;
	}
#Meridional component of gravity wave stress anomaly
'N m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 196 ;
	}
#Gravity wave dissipation anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 197 ;
	}
#Runoff anomalous rate of accumulation
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 205 ;
	}
#Top net solar radiation, clear sky anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 208 ;
	}
#Top net thermal radiation, clear sky anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 209 ;
	}
#Surface net solar radiation, clear sky anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 210 ;
	}
#Surface net thermal radiation, clear sky anomaly
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 211 ;
	}
#Solar insolation anomalous rate of accumulation
'W m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 212 ;
	}
#Total precipitation anomalous rate of accumulation
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 228 ;
	}
#Convective snowfall anomaly
'm of water equivalent s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 239 ;
	}
#Large scale snowfall anomaly
'm of water equivalent s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 240 ;
	}
#Indicates a missing value
'~' = {
	 discipline = 192 ;
	 parameterCategory = 173 ;
	 parameterNumber = 255 ;
	}
#Total soil moisture
'm' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 6 ;
	}
#Fraction of sea-ice in sea
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 31 ;
	}
#Open-sea surface temperature
'K' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 34 ;
	}
#Volumetric soil water layer 1
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 39 ;
	}
#Volumetric soil water layer 2
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 40 ;
	}
#Volumetric soil water layer 3
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 41 ;
	}
#Volumetric soil water layer 4
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 42 ;
	}
#1.5m temperature - mean in the last 24 hours
'K' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 55 ;
	}
#Net primary productivity
'kg C m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 83 ;
	}
#10m U wind over land
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 85 ;
	}
#10m V wind over land
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 86 ;
	}
#1.5m temperature over land
'K' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 87 ;
	}
#1.5m dewpoint temperature over land
'K' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 88 ;
	}
#Top incoming solar radiation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 89 ;
	}
#Top outgoing solar radiation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 90 ;
	}
#Mean sea surface temperature
'K' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 94 ;
	}
#1.5m specific humidity
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 95 ;
	}
#Liquid water potential temperature
'K' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 99 ;
	}
#Ocean ice concentration
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 110 ;
	}
#Ocean mean ice depth
'm' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 111 ;
	}
#Soil temperature layer 1
'K' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 139 ;
	}
#Average potential temperature in upper 293.4m
'degrees C' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 164 ;
	}
#1.5m temperature
'K' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 167 ;
	}
#1.5m dewpoint temperature
'K' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 168 ;
	}
#Soil temperature layer 2
'K' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 170 ;
	}
#Average salinity in upper 293.4m
'psu' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 175 ;
	}
#Soil temperature layer 3
'K' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 183 ;
	}
#Soil temperature layer 4
'K' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 236 ;
	}
#Indicates a missing value
'~' = {
	 discipline = 192 ;
	 parameterCategory = 174 ;
	 parameterNumber = 255 ;
	}
#Total soil moisture
'm' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 6 ;
	}
#Fraction of sea-ice in sea
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 31 ;
	}
#Open-sea surface temperature
'K' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 34 ;
	}
#Volumetric soil water layer 1
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 39 ;
	}
#Volumetric soil water layer 2
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 40 ;
	}
#Volumetric soil water layer 3
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 41 ;
	}
#Volumetric soil water layer 4
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 42 ;
	}
#10m wind gust in the last 24 hours
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 49 ;
	}
#1.5m temperature - mean in the last 24 hours
'K' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 55 ;
	}
#Net primary productivity
'kg C m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 83 ;
	}
#10m U wind over land
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 85 ;
	}
#10m V wind over land
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 86 ;
	}
#1.5m temperature over land
'K' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 87 ;
	}
#1.5m dewpoint temperature over land
'K' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 88 ;
	}
#Top incoming solar radiation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 89 ;
	}
#Top outgoing solar radiation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 90 ;
	}
#Ocean ice concentration
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 110 ;
	}
#Ocean mean ice depth
'm' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 111 ;
	}
#Soil temperature layer 1
'K' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 139 ;
	}
#Average potential temperature in upper 293.4m
'degrees C' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 164 ;
	}
#1.5m temperature
'K' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 167 ;
	}
#1.5m dewpoint temperature
'K' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 168 ;
	}
#Soil temperature layer 2
'K' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 170 ;
	}
#Average salinity in upper 293.4m
'psu' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 175 ;
	}
#Soil temperature layer 3
'K' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 183 ;
	}
#Soil temperature layer 4
'K' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 236 ;
	}
#Indicates a missing value
'~' = {
	 discipline = 192 ;
	 parameterCategory = 175 ;
	 parameterNumber = 255 ;
	}
#Total soil wetness
'm' = {
	 discipline = 192 ;
	 parameterCategory = 180 ;
	 parameterNumber = 149 ;
	}
#Surface net solar radiation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 180 ;
	 parameterNumber = 176 ;
	}
#Surface net thermal radiation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 180 ;
	 parameterNumber = 177 ;
	}
#Top net solar radiation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 180 ;
	 parameterNumber = 178 ;
	}
#Top net thermal radiation
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 180 ;
	 parameterNumber = 179 ;
	}
#Field capacity
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 190 ;
	 parameterNumber = 170 ;
	}
#Wilting point
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 190 ;
	 parameterNumber = 171 ;
	}
#Roughness length
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 190 ;
	 parameterNumber = 173 ;
	}
#Total soil moisture
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 190 ;
	 parameterNumber = 229 ;
	}
#2 metre dewpoint temperature difference
'K' = {
	 discipline = 192 ;
	 parameterCategory = 200 ;
	 parameterNumber = 168 ;
	}
#downward shortwave radiant flux density
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 1 ;
	}
#upward shortwave radiant flux density
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 2 ;
	}
#downward longwave radiant flux density
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 3 ;
	}
#upward longwave radiant flux density
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 4 ;
	}
#downwd photosynthetic active radiant flux density
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 5 ;
	}
#net shortwave flux
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 6 ;
	}
#net longwave flux
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 7 ;
	}
#total net radiative flux density
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 8 ;
	}
#downw shortw radiant flux density, cloudfree part
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 9 ;
	}
#upw shortw radiant flux density, cloudy part
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 10 ;
	}
#downw longw radiant flux density, cloudfree part
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 11 ;
	}
#upw longw radiant flux density, cloudy part
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 12 ;
	}
#shortwave radiative heating rate
'K s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 13 ;
	}
#longwave radiative heating rate
'K s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 14 ;
	}
#total radiative heating rate
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 15 ;
	}
#soil heat flux, surface
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 16 ;
	}
#soil heat flux, bottom of layer
'J m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 17 ;
	}
#fractional cloud cover
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 29 ;
	}
#cloud cover, grid scale
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 30 ;
	}
#specific cloud water content
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 31 ;
	}
#cloud water content, grid scale, vert integrated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 32 ;
	}
#specific cloud ice content, grid scale
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 33 ;
	}
#cloud ice content, grid scale, vert integrated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 34 ;
	}
#specific rainwater content, grid scale
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 35 ;
	}
#specific snow content, grid scale
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 36 ;
	}
#specific rainwater content, gs, vert. integrated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 37 ;
	}
#specific snow content, gs, vert. integrated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 38 ;
	}
#total column water
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 41 ;
	}
#vert. integral of divergence of tot. water content
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 42 ;
	}
#cloud covers CH_CM_CL (000...888)
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 50 ;
	}
#cloud cover CH (0..8)
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 51 ;
	}
#cloud cover CM (0..8)
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 52 ;
	}
#cloud cover CL (0..8)
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 53 ;
	}
#total cloud cover (0..8)
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 54 ;
	}
#fog (0..8)
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 55 ;
	}
#fog
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 56 ;
	}
#cloud cover, convective cirrus
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 60 ;
	}
#specific cloud water content, convective clouds
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 61 ;
	}
#cloud water content, conv clouds, vert integrated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 62 ;
	}
#specific cloud ice content, convective clouds
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 63 ;
	}
#cloud ice content, conv clouds, vert integrated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 64 ;
	}
#convective mass flux
'kg s**-1 m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 65 ;
	}
#Updraft velocity, convection
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 66 ;
	}
#entrainment parameter, convection
'm**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 67 ;
	}
#cloud base, convective clouds (above msl)
'm' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 68 ;
	}
#cloud top, convective clouds (above msl)
'm' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 69 ;
	}
#convective layers (00...77)  (BKE)
'(0 - 1)' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 70 ;
	}
#KO-index
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 71 ;
	}
#convection base index
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 72 ;
	}
#convection top index
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 73 ;
	}
#convective temperature tendency
'K s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 74 ;
	}
#convective tendency of specific humidity
's**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 75 ;
	}
#convective tendency of total heat
'J kg**-1 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 76 ;
	}
#convective tendency of total water
's**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 77 ;
	}
#convective momentum tendency (X-component)
'm s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 78 ;
	}
#convective momentum tendency (Y-component)
'm s**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 79 ;
	}
#convective vorticity tendency
's**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 80 ;
	}
#convective divergence tendency
's**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 81 ;
	}
#top of dry convection (above msl)
'm' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 82 ;
	}
#dry convection top index
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 83 ;
	}
#height of 0 degree Celsius isotherm above msl
'm' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 84 ;
	}
#height of snow-fall limit
'm' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 85 ;
	}
#spec. content of precip. particles
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 99 ;
	}
#surface precipitation rate, rain, grid scale
'kg s**-1 m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 100 ;
	}
#surface precipitation rate, snow, grid scale
'kg s**-1 m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 101 ;
	}
#surface precipitation amount, rain, grid scale
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 102 ;
	}
#surface precipitation rate, rain, convective
'kg s**-1 m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 111 ;
	}
#surface precipitation rate, snow, convective
'kg s**-1 m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 112 ;
	}
#surface precipitation amount, rain, convective
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 113 ;
	}
#coefficient of horizontal diffusion
'm**2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 150 ;
	}
#water content of interception store
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 200 ;
	}
#snow temperature
'K' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 203 ;
	}
#ice surface temperature
'K' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 215 ;
	}
#convective available potential energy
'J kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 241 ;
	}
#Indicates a missing value
'~' = {
	 discipline = 192 ;
	 parameterCategory = 201 ;
	 parameterNumber = 255 ;
	}
#Sea Salt Aerosol (0.03 - 0.5 um) Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 1 ;
	}
#Sea Salt Aerosol (0.5 - 5 um) Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 2 ;
	}
#Sea Salt Aerosol (5 - 20 um) Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 3 ;
	}
#Dust Aerosol (0.03 - 0.55 um) Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 4 ;
	}
#Dust Aerosol (0.55 - 0.9 um) Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 5 ;
	}
#Dust Aerosol (0.9 - 20 um) Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 6 ;
	}
#Hydrophilic Organic Matter Aerosol Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 7 ;
	}
#Hydrophobic Organic Matter Aerosol Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 8 ;
	}
#Hydrophilic Black Carbon Aerosol Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 9 ;
	}
#Hydrophobic Black Carbon Aerosol Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 10 ;
	}
#Sulphate Aerosol Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 11 ;
	}
#SO2 precursor mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 12 ;
	}
#Aerosol type 1 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 16 ;
	}
#Aerosol type 2 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 17 ;
	}
#Aerosol type 3 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 18 ;
	}
#Aerosol type 4 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 19 ;
	}
#Aerosol type 5 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 20 ;
	}
#Aerosol type 6 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 21 ;
	}
#Aerosol type 7 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 22 ;
	}
#Aerosol type 8 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 23 ;
	}
#Aerosol type 9 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 24 ;
	}
#Aerosol type 10 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 25 ;
	}
#Aerosol type 11 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 26 ;
	}
#Aerosol type 12 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 27 ;
	}
#Aerosol type 1 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 31 ;
	}
#Aerosol type 2 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 32 ;
	}
#Aerosol type 3 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 33 ;
	}
#Aerosol type 4 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 34 ;
	}
#Aerosol type 5 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 35 ;
	}
#Aerosol type 6 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 36 ;
	}
#Aerosol type 7 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 37 ;
	}
#Aerosol type 8 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 38 ;
	}
#Aerosol type 9 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 39 ;
	}
#Aerosol type 10 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 40 ;
	}
#Aerosol type 11 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 41 ;
	}
#Aerosol type 12 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 42 ;
	}
#Aerosol precursor mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 46 ;
	}
#Aerosol small mode mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 47 ;
	}
#Aerosol large mode mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 48 ;
	}
#Aerosol precursor optical depth
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 49 ;
	}
#Aerosol small mode optical depth
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 50 ;
	}
#Aerosol large mode optical depth
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 51 ;
	}
#Dust emission potential
'kg s**2 m**-5' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 52 ;
	}
#Lifting threshold speed
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 53 ;
	}
#Soil clay content
'%' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 54 ;
	}
#Carbon dioxide mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 61 ;
	}
#Methane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 62 ;
	}
#Nitrous oxide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 63 ;
	}
#CO2 column-mean molar fraction
'ppm' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 64 ;
	}
#CH4 column-mean molar fraction
'ppb' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 65 ;
	}
#Total column Nitrous oxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 66 ;
	}
#Ocean flux of Carbon Dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 67 ;
	}
#Natural biosphere flux of Carbon Dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 68 ;
	}
#Anthropogenic emissions of Carbon Dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 69 ;
	}
#Methane Surface Fluxes
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 70 ;
	}
#Methane loss rate due to radical hydroxyl (OH)
's**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 71 ;
	}
#Wildfire flux of Carbon Dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 80 ;
	}
#Wildfire flux of Carbon Monoxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 81 ;
	}
#Wildfire flux of Methane
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 82 ;
	}
#Wildfire flux of Non-Methane Hydro-Carbons
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 83 ;
	}
#Wildfire flux of Hydrogen
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 84 ;
	}
#Wildfire flux of Nitrogen Oxides NOx
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 85 ;
	}
#Wildfire flux of Nitrous Oxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 86 ;
	}
#Wildfire flux of Particulate Matter PM2.5
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 87 ;
	}
#Wildfire flux of Total Particulate Matter
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 88 ;
	}
#Wildfire flux of Total Carbon in Aerosols
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 89 ;
	}
#Wildfire flux of Organic Carbon
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 90 ;
	}
#Wildfire flux of Black Carbon
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 91 ;
	}
#Wildfire overall flux of burnt Carbon
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 92 ;
	}
#Wildfire fraction of C4 plants
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 93 ;
	}
#Wildfire vegetation map index
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 94 ;
	}
#Wildfire Combustion Completeness
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 95 ;
	}
#Wildfire Fuel Load: Carbon per unit area
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 96 ;
	}
#Wildfire fraction of area observed
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 97 ;
	}
#Number of positive FRP pixels per grid cell
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 98 ;
	}
#Wildfire radiative power
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 99 ;
	}
#Wildfire combustion rate
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 100 ;
	}
#Formaldehyde
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 124 ;
	}
#Total column Nitrogen dioxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 125 ;
	}
#Total column Sulphur dioxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 126 ;
	}
#Total column Carbon monoxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 127 ;
	}
#Total column Formaldehyde
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 128 ;
	}
#Nitrogen Oxides
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 129 ;
	}
#Total Column Nitrogen Oxides
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 130 ;
	}
#Reactive tracer 1 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 131 ;
	}
#Total column GRG tracer 1
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 132 ;
	}
#Reactive tracer 2 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 133 ;
	}
#Total column GRG tracer 2
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 134 ;
	}
#Reactive tracer 3 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 135 ;
	}
#Total column GRG tracer 3
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 136 ;
	}
#Reactive tracer 4 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 137 ;
	}
#Total column GRG tracer 4
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 138 ;
	}
#Reactive tracer 5 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 139 ;
	}
#Total column GRG tracer 5
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 140 ;
	}
#Reactive tracer 6 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 141 ;
	}
#Total column GRG tracer 6
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 142 ;
	}
#Reactive tracer 7 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 143 ;
	}
#Total column GRG tracer 7
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 144 ;
	}
#Reactive tracer 8 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 145 ;
	}
#Total column GRG tracer 8
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 146 ;
	}
#Reactive tracer 9 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 147 ;
	}
#Total column GRG tracer 9
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 148 ;
	}
#Reactive tracer 10 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 149 ;
	}
#Total column GRG tracer 10
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 150 ;
	}
#Surface flux Nitrogen oxides
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 151 ;
	}
#Surface flux Nitrogen dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 152 ;
	}
#Surface flux Sulphur dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 153 ;
	}
#Surface flux Carbon monoxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 154 ;
	}
#Surface flux Formaldehyde
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 155 ;
	}
#Surface flux GEMS Ozone
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 156 ;
	}
#Surface flux reactive tracer 1
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 157 ;
	}
#Surface flux reactive tracer 2
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 158 ;
	}
#Surface flux reactive tracer 3
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 159 ;
	}
#Surface flux reactive tracer 4
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 160 ;
	}
#Surface flux reactive tracer 5
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 161 ;
	}
#Surface flux reactive tracer 6
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 162 ;
	}
#Surface flux reactive tracer 7
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 163 ;
	}
#Surface flux reactive tracer 8
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 164 ;
	}
#Surface flux reactive tracer 9
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 165 ;
	}
#Surface flux reactive tracer 10
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 166 ;
	}
#Radon
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 181 ;
	}
#Sulphur Hexafluoride
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 182 ;
	}
#Total column Radon
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 183 ;
	}
#Total column Sulphur Hexafluoride
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 184 ;
	}
#Anthropogenic Emissions of Sulphur Hexafluoride
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 185 ;
	}
#GEMS Total column ozone
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 206 ;
	}
#Total Aerosol Optical Depth at 550nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 207 ;
	}
#Sea Salt Aerosol Optical Depth at 550nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 208 ;
	}
#Dust Aerosol Optical Depth at 550nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 209 ;
	}
#Organic Matter Aerosol Optical Depth at 550nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 210 ;
	}
#Black Carbon Aerosol Optical Depth at 550nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 211 ;
	}
#Sulphate Aerosol Optical Depth at 550nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 212 ;
	}
#Total Aerosol Optical Depth at 469nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 213 ;
	}
#Total Aerosol Optical Depth at 670nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 214 ;
	}
#Total Aerosol Optical Depth at 865nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 215 ;
	}
#Total Aerosol Optical Depth at 1240nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 216 ;
	}
#Sea Salt Aerosol (0.03 - 0.5 um) Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 1 ;
	}
#Sea Salt Aerosol (0.5 - 5 um) Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 2 ;
	}
#Sea Salt Aerosol (5 - 20 um) Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 3 ;
	}
#Dust Aerosol (0.03 - 0.55 um) Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 4 ;
	}
#Dust Aerosol (0.55 - 0.9 um) Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 5 ;
	}
#Dust Aerosol (0.9 - 20 um) Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 6 ;
	}
#Hydrophilic Organic Matter Aerosol Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 7 ;
	}
#Hydrophobic Organic Matter Aerosol Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 8 ;
	}
#Hydrophilic Black Carbon Aerosol Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 9 ;
	}
#Hydrophobic Black Carbon Aerosol Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 10 ;
	}
#Sulphate Aerosol Mixing Ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 11 ;
	}
#Aerosol type 12 mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 12 ;
	}
#Aerosol type 1 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 16 ;
	}
#Aerosol type 2 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 17 ;
	}
#Aerosol type 3 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 18 ;
	}
#Aerosol type 4 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 19 ;
	}
#Aerosol type 5 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 20 ;
	}
#Aerosol type 6 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 21 ;
	}
#Aerosol type 7 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 22 ;
	}
#Aerosol type 8 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 23 ;
	}
#Aerosol type 9 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 24 ;
	}
#Aerosol type 10 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 25 ;
	}
#Aerosol type 11 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 26 ;
	}
#Aerosol type 12 source/gain accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 27 ;
	}
#Aerosol type 1 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 31 ;
	}
#Aerosol type 2 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 32 ;
	}
#Aerosol type 3 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 33 ;
	}
#Aerosol type 4 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 34 ;
	}
#Aerosol type 5 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 35 ;
	}
#Aerosol type 6 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 36 ;
	}
#Aerosol type 7 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 37 ;
	}
#Aerosol type 8 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 38 ;
	}
#Aerosol type 9 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 39 ;
	}
#Aerosol type 10 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 40 ;
	}
#Aerosol type 11 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 41 ;
	}
#Aerosol type 12 sink/loss accumulated
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 42 ;
	}
#Aerosol precursor mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 46 ;
	}
#Aerosol small mode mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 47 ;
	}
#Aerosol large mode mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 48 ;
	}
#Aerosol precursor optical depth
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 49 ;
	}
#Aerosol small mode optical depth
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 50 ;
	}
#Aerosol large mode optical depth
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 51 ;
	}
#Dust emission potential
'kg s**2 m**-5' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 52 ;
	}
#Lifting threshold speed
'm s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 53 ;
	}
#Soil clay content
'%' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 54 ;
	}
#Carbon Dioxide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 61 ;
	}
#Methane
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 62 ;
	}
#Nitrous oxide
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 63 ;
	}
#Total column Carbon Dioxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 64 ;
	}
#Total column Methane
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 65 ;
	}
#Total column Nitrous oxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 66 ;
	}
#Ocean flux of Carbon Dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 67 ;
	}
#Natural biosphere flux of Carbon Dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 68 ;
	}
#Anthropogenic emissions of Carbon Dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 69 ;
	}
#Methane Surface Fluxes
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 70 ;
	}
#Methane loss rate due to radical hydroxyl (OH)
's**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 71 ;
	}
#Wildfire overall flux of burnt Carbon
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 92 ;
	}
#Wildfire fraction of C4 plants
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 93 ;
	}
#Wildfire vegetation map index
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 94 ;
	}
#Wildfire Combustion Completeness
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 95 ;
	}
#Wildfire Fuel Load: Carbon per unit area
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 96 ;
	}
#Wildfire fraction of area observed
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 97 ;
	}
#Wildfire observed area
'm**2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 98 ;
	}
#Wildfire radiative power
'W m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 99 ;
	}
#Wildfire combustion rate
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 100 ;
	}
#Formaldehyde
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 124 ;
	}
#Total column Nitrogen dioxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 125 ;
	}
#Total column Sulphur dioxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 126 ;
	}
#Total column Carbon monoxide
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 127 ;
	}
#Total column Formaldehyde
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 128 ;
	}
#Nitrogen Oxides
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 129 ;
	}
#Total Column Nitrogen Oxides
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 130 ;
	}
#Reactive tracer 1 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 131 ;
	}
#Total column GRG tracer 1
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 132 ;
	}
#Reactive tracer 2 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 133 ;
	}
#Total column GRG tracer 2
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 134 ;
	}
#Reactive tracer 3 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 135 ;
	}
#Total column GRG tracer 3
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 136 ;
	}
#Reactive tracer 4 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 137 ;
	}
#Total column GRG tracer 4
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 138 ;
	}
#Reactive tracer 5 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 139 ;
	}
#Total column GRG tracer 5
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 140 ;
	}
#Reactive tracer 6 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 141 ;
	}
#Total column GRG tracer 6
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 142 ;
	}
#Reactive tracer 7 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 143 ;
	}
#Total column GRG tracer 7
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 144 ;
	}
#Reactive tracer 8 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 145 ;
	}
#Total column GRG tracer 8
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 146 ;
	}
#Reactive tracer 9 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 147 ;
	}
#Total column GRG tracer 9
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 148 ;
	}
#Reactive tracer 10 mass mixing ratio
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 149 ;
	}
#Total column GRG tracer 10
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 150 ;
	}
#Surface flux Nitrogen oxides
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 151 ;
	}
#Surface flux Nitrogen dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 152 ;
	}
#Surface flux Sulphur dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 153 ;
	}
#Surface flux Carbon monoxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 154 ;
	}
#Surface flux Formaldehyde
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 155 ;
	}
#Surface flux GEMS Ozone
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 156 ;
	}
#Surface flux reactive tracer 1
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 157 ;
	}
#Surface flux reactive tracer 2
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 158 ;
	}
#Surface flux reactive tracer 3
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 159 ;
	}
#Surface flux reactive tracer 4
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 160 ;
	}
#Surface flux reactive tracer 5
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 161 ;
	}
#Surface flux reactive tracer 6
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 162 ;
	}
#Surface flux reactive tracer 7
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 163 ;
	}
#Surface flux reactive tracer 8
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 164 ;
	}
#Surface flux reactive tracer 9
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 165 ;
	}
#Surface flux reactive tracer 10
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 166 ;
	}
#Radon
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 181 ;
	}
#Sulphur Hexafluoride
'kg kg**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 182 ;
	}
#Total column Radon
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 183 ;
	}
#Total column Sulphur Hexafluoride
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 184 ;
	}
#Anthropogenic Emissions of Sulphur Hexafluoride
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 185 ;
	}
#GEMS Total column ozone
'kg m**-2' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 206 ;
	}
#Total Aerosol Optical Depth at 550nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 207 ;
	}
#Sea Salt Aerosol Optical Depth at 550nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 208 ;
	}
#Dust Aerosol Optical Depth at 550nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 209 ;
	}
#Organic Matter Aerosol Optical Depth at 550nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 210 ;
	}
#Black Carbon Aerosol Optical Depth at 550nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 211 ;
	}
#Sulphate Aerosol Optical Depth at 550nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 212 ;
	}
#Total Aerosol Optical Depth at 469nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 213 ;
	}
#Total Aerosol Optical Depth at 670nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 214 ;
	}
#Total Aerosol Optical Depth at 865nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 215 ;
	}
#Total Aerosol Optical Depth at 1240nm
'~' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 216 ;
	}
#Total precipitation observation count
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 220 ;
	 parameterNumber = 228 ;
	}
#Mean total cloud cover
'(0 - 1)' = {
	 localTablesVersion = 1 ;
	 discipline = 0 ;
	 parameterCategory = 6 ;
	 parameterNumber = 192 ;
	 typeOfFirstFixedSurface = 1 ;
	 typeOfSecondFixedSurface = 8 ;
	 typeOfStatisticalProcessing = 0 ;
	}
#Surface temperature significance
'%' = {
	 discipline = 192 ;
	 parameterCategory = 234 ;
	 parameterNumber = 139 ;
	}
#Mean sea level pressure significance
'%' = {
	 discipline = 192 ;
	 parameterCategory = 234 ;
	 parameterNumber = 151 ;
	}
#2 metre temperature significance
'%' = {
	 discipline = 192 ;
	 parameterCategory = 234 ;
	 parameterNumber = 167 ;
	}
#Total precipitation significance
'%' = {
	 discipline = 192 ;
	 parameterCategory = 234 ;
	 parameterNumber = 228 ;
	}
#Wildfire radiative power maximum
'W' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 101 ;
	}
#Wildfire flux of Sulfur Dioxide
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 102 ;
	}
#Wildfire Flux of Methanol (CH3OH)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 103 ;
	}
#Wildfire Flux of Ethanol (C2H5OH)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 104 ;
	}
#Wildfire Flux of Propane (C3H8)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 105 ;
	}
#Wildfire Flux of Ethene (C2H4)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 106 ;
	}
#Wildfire Flux of Propene (C3H6)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 107 ;
	}
#Wildfire Flux of Isoprene (C5H8)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 108 ;
	}
#Wildfire Flux of Terpenes (C5H8)n
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 109 ;
	}
#Wildfire Flux of Toluene_lump (C7H8+ C6H6 + C8H10)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 110 ;
	}
#Wildfire Flux of Higher Alkenes (CnH2n, C>=4)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 111 ;
	}
#Wildfire Flux of Higher Alkanes (CnH2n+2, C>=4)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 112 ;
	}
#Wildfire Flux of Formaldehyde (CH2O)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 113 ;
	}
#Wildfire Flux of Acetaldehyde (C2H4O)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 114 ;
	}
#Wildfire Flux of Acetone (C3H6O)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 115 ;
	}
#Wildfire Flux of Ammonia (NH3)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 116 ;
	}
#Wildfire Flux of Dimethyl Sulfide (DMS) (C2H6S)
'kg m**-2 s**-1' = {
	 discipline = 192 ;
	 parameterCategory = 210 ;
	 parameterNumber = 117 ;
	}
#Wildfire radiative power maximum
'W' = {
	 discipline = 192 ;
	 parameterCategory = 211 ;
	 parameterNumber = 101 ;
	}
#V-tendency from non-orographic wave drag
'm s**-2' = {
	 localTablesVersion = 228 ;
	 discipline = 0 ;
	 parameterCategory = 254 ;
	 parameterNumber = 134 ;
	}
#U-tendency from non-orographic wave drag
'm s**-2' = {
	 localTablesVersion = 228 ;
	 discipline = 0 ;
	 parameterCategory = 254 ;
	 parameterNumber = 136 ;
	}
#ASCAT first soil moisture CDF matching parameter
'm**3 m**-3' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 253 ;
	}
#ASCAT second soil moisture CDF matching parameter
'dimensionless' = {
	 discipline = 192 ;
	 parameterCategory = 228 ;
	 parameterNumber = 254 ;
}
