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Earth Systems Modelling Results

Bristol Research Initiative for the Dynamic Global Environment

with the

University of Reading, Open University, and the British Antarctic Survey.

Model Simulations

Experiment: xatxd

This run is similar to the standard CLIMAP PMIP boundary conditions and was used to generate lateral boundaries for the limited area models.

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
LGM_climap LGM using CLIMAP SSTs, Peltier ice sheets, and CO2 200ppm 9 5 4 195 365 276 0 0 turing unknown Not_Recorded Not_Recorded
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 xatxd

Variable

DJFJJAANNMonthlyVariable
Fractional Plant Stress (layer 1)BIOME4
BIOME4 with CO2 changed
Plantary AlbedoWarm Month Mean
Surface AlbedoCold Month Mean
Mean Annual Temperature Cycle
Stream Function at 200 hPaMean Annual Precipitation Cycle
Velocity Potential at 200 hPa
Divergence (Smoothed) at 200 hPa
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 no

Variable

DJFJJAANNMonthlyVariable

Summary of Results for Experiment no

Variable

DJFJJAANNMonthlyVariable

Summary of Results for Experiment no

Variable

DJFJJAANNMonthlyVariable

Summary of Results for Experiment no

Variable

DJFJJAANNMonthlyVariable



Last updated Thu Apr 19 16:42:25 BST 2012 This page is maintained by P.J.Valdes@bristol.ac.uk