For a fuller description of the paper itself, go to the end of this web page.
Each simulation published in this paper corresponds to a unique 5 or 6 character code on the web pages.
The following table lists the name of the simulation as used in the paper, and the corresponding code name
The webpage gives you the ability to examine the published simulations, but you can also download the raw (netcdf) files to perform your own analysis. Detailed instructions on how to use the webpages and access the data can be found here: Using_BRIDGE_webpages.pdf
There are three main sets of simulations, for present day, E. Eocene and 2xCO2. In addition there are some Haney-forcing simulations with prescribed SST and full diagnostics.
You can have make you own analysis and plots by going here
| Simulation Name as in Paper | Simulation name on web pages |
|---|---|
| Control | tcrta |
| Pre-Ind 01 | tcruF |
| Pre-Ind 02 | tcrvT |
| Pre-Ind 03 | tcrvV |
| Pre-Ind 04 | tcruG |
| Pre-Ind 05 | tcruR |
| Pre-Ind 06 | tcrud |
| Pre-Ind 07 | tcruO |
| Pre-Ind 08 | tcruS |
| Pre-Ind 09 | tcrvL |
| Pre-Ind 10 | tcrvk |
| Pre-Ind 11 | tcrvX |
| Pre-Ind 12 | tcruv |
| Pre-Ind 13 | tcrur |
| Pre-Ind 14 | tcrun |
| Pre-Ind 15 | tcruz |
| E.Eoc. 01 | tcwiF |
| E.Eoc. 02 | tcwjT |
| E.Eoc. 03 | tcwjV |
| E.Eoc. 04 | tcwiG |
| E.Eoc. 05 | tcwiR |
| E.Eoc. 06 | tcwid |
| E.Eoc. 07 | tcwiO |
| E.Eoc. 08 | tcwiS |
| E.Eoc. 09 | tcwjL |
| E.Eoc. 10 | tcwjk |
| E.Eoc. 11 | tcwjX |
| E.Eoc. 12 | tcwiv |
| E.Eoc. 13 | tcwir |
| E.Eoc. 14 | tcwin |
| E.Eoc. 15 | tcwiz |
| 2xCO2 01 | tcvuF |
| 2xCO2 02 | tcvvT |
| 2xCO2 03 | tcvvV |
| 2xCO2 04 | tcvuG |
| 2xCO2 05 | tcvuR |
| 2xCO2 06 | tcvud |
| 2xCO2 07 | tcvuO |
| 2xCO2 08 | tcvuS |
| 2xCO2 09 | tcvvL |
| 2xCO2 10 | tcvvk |
| 2xCO2 11 | tcvvX |
| 2xCO2 12 | tcvuv |
| 2xCO2 13 | tcvur |
| 2xCO2 14 | tcvun |
| 2xCO2 15 | tcvuz |
| Haney Warm SST - Control Params | tdefi |
| Haney Warm SST - Warm Params | tdefj |
| Haney Warm SST - Warm-High Grad Params | tdefk |
| Haney Warm SST - Control Warm-Low Grad Params | tdefl |
This paper analyses the reasons for warmth in a set of physics parameter perturbation simulations using FAMOUS
| Name | Sagoo et al |
|---|---|
| Brief Description | This paper analyses the reasons for warmth in a set of physics parameter perturbation simulations using FAMOUS |
| Full Author List | N. Sagoo, P. J. Valdes, and R. Flecker |
| Title | Energy budgets and energy transfer in perturbed physics simulations of the present day and early Eocene |
| Year | 2014 |
| Journal | x |
| Volume | x |
| Issue | 3-4 |
| Pages | x |
| DOI | x |
| Contact's Name | Nav Sagoo |
| Contact's email | N.Sagoo@bristol.ac.uk |
| Abstract |