Coupled ocean/atmosphere model experiment (75 year run)
Data set information
| Query EDMED |
|Data holding centre||Hadley Centre for Climate Prediction and Research|
|Time period||Model run 75 years|
Air pressure; Air temperature; Cloud cover height and extent; Atmospheric humidity; Cloud type; Precipitation and evaporation; Wind strength and direction; Ice motion and related parameters; Vertical velocity of the water column (currents); Land surface temperature; Salinity of the water column; Horizontal velocity of the water column (currents); River flow and discharge; Temperature of the water column; Wind stress and shear; Snow and ice mass, thickness and extent; Solar Radiation; Heat fluxes between the water column and the atmosphere; Transport in the water column; Terrestrial water content
The data set comprises the output from a coupled ocean atmosphere model experiment. The model was run for 75 years with 1 x carbon dioxide in the control run and a compound increase in carbon dioxide of 1% per year in the transient run. 2 x carbon dioxide reached at 70 years. The atmosphere model is on a 2.5 x 3.75 degree latitude/longitude grid and has 11 vertical levels as follows: 100m, 600m, 1.5km, 3km, 4.5km, 7km, 9km, 10.5km, 13km, 17km, 25km. The ocean model is on a 2.5 x 3.75 degree latitude/longitude grid and has 17 vertical levels as follows: 5.0m, 15.0m, 25.0m, 35.1m, 47.4m, 66.5m, 95.8m, 138.9m, 203.7m, 301.0m, 447.1m, 665.3m, 995.6m, 1490.0m, 2232.3m, 3295.9m, 4707.0m. Stored variables for atmospheric data - daily fields for years 66-75, monthly fields for years 1-65: mean sea level pressure, x and y components of wind at 850mb, 500mb and 250mb, temperature at 850mb and 500mb, 500mb height, surface pressure, x and y components of wind, temperature, specific humidity, surface sensible heat flux, evaporation from surface, convective rainfall, snowfall, large-scale rainfall, snow depth, soil moisture content, 00Z surface temperature, minimum, maximum and mean surface temperature, lowest model layer wind speed, wind mixing energy, mean temperature at lowest model level, sublimation, snow melt, run-off. Monthly-mean fields for years 1-65 in addition to those above: boundary layer height, surface geopotential height, mean temperature at lowest sigma level, CD (drag coefficient), CH (bulk heat transfer coefficient), x and y components of stress, soil temperature in layers 2, 3 and 4, incoming/outgoing solar flux, outgoing infrared flux, surface solar flux (up and down), surface infrared flux (up and down), cloud amount in model layers, convective cloud base and top (weighted), convective cloud amount, total cloud amount, sub-gridscale orography variance, ocean: x and y components of wind stress, net surface heat flux, net solar radiation, precipitation-evaporation. Extra monthly-mean fields for years 66-75: zonal mean eddy kinetic energy, zonal mean relative humidity, zonal mean omega, zonal mean convective cloud amount, zonal mean northward mass flux, zonal mean northward flux of westerly momentum, zonal mean northward flux of southerly momentum, zonal mean northward flux of specific humidity, zonal mean northward flux of temperature, zonal mean northward flux of geopotential, cloud liquid water, outgoing clear-sky solar flux, downward clear- sky surface solar flux, upward clear-sky surface solar flux, outgoing clear- sky infrared flux, downward clear-sky surface infrared flux. Oceanic monthly and seasonal mean fields for years 1-75: temperature, salinity, x and y components of baroclinic velocity, horizontal stream function, reciprocal of ocean depth, number of vertical levels at u/v points and at tracer points, zonally and vertically integrated meridional fluxes for Indian, Pacific, Atlantic and global ocean (i.e. gyre component of transport of heat, overturning component of transport of heat, diffusive component of transport of heat, total transport of heat, gyre component of transport of salt, overturning component of transport of salt, diffusive component of transport of salt, total of transport of salt), net solar radiation, net surface heat flux, precipitation-evaporation, x and y components of wind stress, average mixed layer depth, average snow depth, average ice cover, average ice depth, average ocean-ice heat flux, snowfall, sublimation, Haney heat flux, Haney fresh water flux, average sea-ice forcing heat flux, vertical velocity.
|Originators||Hadley Centre for Climate Prediction and Research|
Murphy, J.M. (1992) A Prediction of the Transient Response of Climate., Climate Research Technical Note No 32.
|Data web site||http://www.meto.gov.uk/sec5/CR_div/cr_info.html|
|Organisation||Hadley Centre for Climate Prediction and Research|
|Contact||Dr. David A. Bennetts|
Hadley Centre for Climate Prediction and Research
|Collating centre||British Oceanographic Data Centre|