University homepage    
BRIDGE homepage

BRIDGE homepage

 

Earth Systems Modelling Results

Bristol Research Initiative for the Dynamic Global Environment
Model Simulations

Experiment: xptdv

SST is generated from AMIP2 for CMIP5 SST data: sst_amip_197901-200812_1deg.nc, variable tos. Calculate monthly mean climatology for the whole 30 years, calculate zonal mean and broadcast to all longitude, regrid from 1 degree to N48 (HadCM3BL resolution) by method 'bilinear', masked by ALL_Tibet land-sea mask.

Sea ice fraction is calculated from SST, Sea ice depth and edge are calculated from sea ice fraction. SST value over sea-ice: 271.35; SST value for sea-ice mask: 271.36 (could generate sea ice) (done in BRIDGE server: ALL_Tibet_SST.job, using Xancil.)

Present Day Orbit. Set the Eurasia_Africa_India landmass to be reference landmass, the North pole island and South pole island to be islands/comparision landmasses. New simplified and moved Eurasia_Africa_India landmass and Tibet if compare to Idealized_NoRidge series.

And noise diagnostics here
Brief Description Fuller Description Total Length of Run (in years) Averaging period (in years) Spinup period (in years) CO2 (in ppmv) CH4 (in ppbv) N2O (in ppbv) CFC11 (in pptv) CFC12 (in pptv) Computer used for simulation Compiler used for simulation Date of first entry in datebase Date of most recent modification to entry in database
ALL_Tibet_AMIPII-SST HadAM3 model. Land-sea-orog mask is same as xptdk, the All_Tibet job. SST is 30-years monthly mean zonal mean of 1979.01-2008.12. 300 100 200 280 760 270 0 0 bc4 Intel_v17_0.1_bc4 2024_10_08_18_29 2024_11_11_19_47
You can access the means from this run, by going here

This page shows a small subset of images from this simulation. They have already been produced and there are no optional choices. If you want to do a more detailed examination of the model results, you can go to the main page and select one of the Parts. This will give you full access the system

Summary of Results for Experiment xptdv

Variable

DJFJJAANNMonthlyVariable
Surface Air TemperatureSurface Air Temperature Time Series
Total PrecipitationSurface Air Temperature Time Series (annual means)
EvaporationSoil Moisture in Layer 4 (Deepest layer) (annual means)
Precipitation - EvaporationGregory Plot (10 year running mean)
Fractional Plant Stress (layer 1)BIOME4
Mean Sea Level PressureBIOME4 with CO2 changed
Total Cloud Cover
Plantary AlbedoWarm Month Mean
Surface AlbedoCold Month Mean
Sea Ice ConcentrationMean Annual Temperature Cycle
Stream Function at 200 hPaMean Annual Precipitation Cycle
Velocity Potential at 200 hPaVegetation Fractions
Divergence (Smoothed) at 200 hPaSoil Carbon Time Series
Perturbation Height at 500 hPaVegetation-Climate
Meridional Stream Function
High Pass Eddy Kinetic Energy at 200 hPa
Low Pass Eddy Kinetic Energy at 200 hPa
High Pass Temperature Flux at 850 hPa

Summary of Results for Experiment xptds

Variable

DJFJJAANNMonthlyVariable
Surface Air TemperatureSurface Air Temperature Time Series
Total PrecipitationSurface Air Temperature Time Series (annual means)
EvaporationSoil Moisture in Layer 4 (Deepest layer) (annual means)
Precipitation - Evaporation
Fractional Plant Stress (layer 1)BIOME4
Mean Sea Level PressureBIOME4 with CO2 changed
Total Cloud Cover
Plantary AlbedoWarm Month Mean
Surface AlbedoCold Month Mean
Sea Ice ConcentrationMean Annual Temperature Cycle
Stream Function at 200 hPaMean Annual Precipitation Cycle
Velocity Potential at 200 hPaVegetation Fractions
Divergence (Smoothed) at 200 hPaSoil Carbon Time Series
Perturbation Height at 500 hPaVegetation-Climate
Meridional Stream Function
High Pass Eddy Kinetic Energy at 200 hPa
Low Pass Eddy Kinetic Energy at 200 hPa
High Pass Temperature Flux at 850 hPa

Last updated Wed Dec 4 12:30:24 GMT 2024 This page is maintained by P.J.Valdes@bristol.ac.uk