Published December 24, 2023 | Version v1

CESM2 CONTROL simulation output (2015-2100): The nonlinear and distinct responses of ocean heat content and anthropogenic carbon to ice sheet freshwater discharge in a warming climate

Description

Future (2015-2100) output from one of four CESM2 simulations aimed at exploring the impacts of single and combined Greenlandic and Antarctic freshwater discharge on the Southern Ocean over the 21st century. Contained in these files are the primary model output variables needed to investigate anthropogenic ocean heat and carbon content, sea ice fraction, and meridional overturning circulation. "CONTROL" refers to a simulation with no increasing liquid and solid freshwater runoff from the either the Greenland or Antarctic Ice Sheets. "ssp585" refers to the period from Jan 2015 - Dec 2100 which was run under SSP5-8.5 CMIP6 atmospheric forcing. Each variable is output as a global field with ∼0.9×1.25∘∼0.9×1.25∘ horizontal resolution and monthly temporal resolution. Potential density and temperature both contain 60 depth levels.

Ocean Heat Content

1. "FW_CONTROL_ssp585.pop.h.TEMP.201501-210012.nc" contains the temperature field from Jan 2015 - Dec 2100 for the control simulation

2. "FW_CONTROL_ssp585.pop.h.SALT.201501-210012.nc" contains the salinity field from Jan 2015 - Dec 2100 for the control simulation

Ocean Carbon Content

3. "FW_CONTROL_ssp585.pop.h.DIC.201501-210012.nc" contains the dissolved inorganic carbon field from Jan 2015 - Dec 2100 for the control simulation

4. "FW_CONTROL_ssp585.pop.h.DIC_ALT_CO2.201501-210012.nc" contains the dissolved inorganic carbon (altervative CO2) field from Jan 2015 - Dec 2100 for the control simulation

Meridional Overturning Circulation

5. "FW_CONTROL_ssp585.pop.h.MOC.201501-210012.nc" contains the meridional overturning circulation field from Jan 2015 - Dec 2100 for the control simulation

Sea Ice

6. "FW_CONTROL_ssp585.pop.h.IFRAC.201501-210012.nc" contains the sea ice fraction field from Jan 2015 - Dec 2100 for the control simulation

 

Please contact Tessa Gorte if you have any questions about these data and/or the simulations used to generate them.

Files

Files (43.0 GB)

Name Size
md5:e1f0c968b867ab7786b4f9690624922b
10.6 GB Download
md5:e2c0e867a3a6e8cf03c6fe6d7d6dd982
10.9 GB Download
md5:849f209a49b62816271d42790327c655
55.8 MB Download
md5:c10a399d2e34114dd319a1e947cce0a4
316.4 MB Download
md5:c86ffef3b410ac97695058343c5d3aed
10.0 GB Download
md5:8ab4c88eb537d3d1353f1bdd9532f43d
11.1 GB Download