Additional simulation to determine the radiative impact of slow feedbacks following the strongly increased atmospheric methane concentrations with doubled and fivefold lower boundary condition for methane with respect to condition of 2010 (1.8 ppm).
Information:
- Timeslice representing 2010 conditions (years in dataset: 2011)
- All data in monthly means
- Simulated with MESSy version d2.54.0.2, http://www.messy-interface.org list of multi-radiation calls:
(REF*)
rad01 : Reference (equal to R1EME-03-oc)
(S2 MLO*)
rad02 : CH4, H2O, O3, CO2 from S2EME-03-oc
rad03 : CH4 from S2EME-03-oc
rad04 : stratospheric H2O from S2EME-03-oc
rad05 : tropospheric H2O from S2EME-03-oc
rad06 : stratospheric O3 from S2EME-03-oc
rad07 : tropospheric O3 from S2EME-03-oc
(S5 MLO*)
rad08 : CH4, H2O, O3, CO2 from S5EME-03-oc
rad09 : CH4 from S5EME-03-oc
rad10 : stratospheric H2O from S5EME-03-oc
rad11 : tropospheric H2O from S5EME-03-oc
rad12 : stratospheric O3 from S5EME-03-oc
rad13 : tropospheric O3 from S5EME-03-oc
Corresponding publication:
Stecher, L., Winterstein, F., Dameris, M., Jöckel, P., Ponater, M., and Kunze, M.: Slow feedbacks resulting from strongly enhanced atmospheric methane mixing ratios in a chemistry–climate model with mixed-layer ocean, Atmos. Chem. Phys., 21, 731–754, https://doi.org/10.5194/acp-21-731-2021, 2021.
RIEME-01-oc is called REF MLO*/S2 MLO*/S5 MLO* in the publication.