The SO2 injection matrix simulations were performed to perform a system identification of the Whole Atmosphere Community Climate Model (WACCM), to identify the aerosol optical depth and climate response of stratospheric SO2 injections for different locations and amount. The WACCM model is a fully interactive Earth System Model, that includes interactive chemistry, radiation, dynamics and a whole atmosphere modal aerosol microphysical scheme, and is coupled to land, sea-ice and ocean (Mills et al., 2017). One simulations has been performed with prescribed chemistry (as indicated). Most of the matrix simulations were performed for 10 years (between 2040 and 2049), and some have been extended up to 20 year (as indicated). These simulations are described in Tilmes et al. (2017) and Richter et al., (2017).
Temporal Range:
2040-01-01 to 2049-12-31
Variables:
Rain
Data Types:
Grid
Data Contributors:
UCAR/NCAR/CGD
Climate and Global Dynamics Division, National Center for Atmospheric Research, University Corporation for Atmospheric Research
Total Volume:
22.88 TB
(Entire dataset)
Volume details by dataset productVolume details by dataset productSO2 injection matrix simulations - multiple point injections: 2.94 TBSO2 injection matrix simulations - single point equatorial injections: 1.43 TBSO2 injection matrix simulations - single point injections at 15 deg S: 3.33 TBSO2 injection matrix simulations - single point injections at 30 deg N: 2.85 TBSO2 injection matrix simulations - single point injections at 50 deg S: 2.84 TBSO2 injection matrix simulations - single point injections at 30 deg S: 2.85 TBSO2 injection matrix simulations - single point injections at 50 deg N: 2.84 TBSO2 injection matrix simulations - single point injections at 15 deg N: 3.8 TB
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