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Last updated 4 February 2022
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ModelInstitutionModeling TeamContact E-mailAtmosphere ModelAtm. Model TopOcean ModelLand ModelStratospheric AerosolsOzoneSolar Constant (W/m²)G1G2G3G3solarG4G6solarG6sulfurAlternate Output Hosting
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BNU-ESMBeijing Normal UniversityJohn Moore
Duoying Ji		john.moore.bnu@gmail.com
duoyingji@gmail.com		CAM3.5
2.8° lat x 2.8° lon (T42) L26		42 kmMOM4p1
200 lat x 360 lon		CoLM
2.8° lat x 2.8° lon (T42) L10
Dai et al. (2003, 2004)		PrescribedPrescribed1365.892311
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CanESM2Canadian Centre for Climate Modelling and AnalysisJason N. S. Cole
Charles L. Curry		Jason.Cole@ec.gc.ca
cc@uvic.ca		(T63) L35
Arora et al. (2011)		1 hPa0.94° lat x 1.4° lon L40
CLASS 2.7; CTEM 1.0
(T63) L3
Arora and Beer (2010); Verseghy et al. (1993)
PrescribedPrescribed1365333http://www.cccma.ec.gc.ca/data/cgcm4/CanESM2/index.shtml#geomip
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CESM-CAM5.1-FVPNNLJin-Ho Yoon
Philip J. Rasch
Balwinder Singh		Jin-Ho.Yoon@pnnl.gov
Philip.Rasch@pnnl.gov
Balwinder.Singh@pnnl.gov		CAM5
1.875° lat x 2.5° lon		~40 kmPOP2
1° lat x 1° lon
Smith et al. (2010)		CLM4
0.9° lat x 1.25° lon
Oleson et al. (2010)		PrescribedPrescribed136111
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CCSM4 (CESM-CAM4)NCARSimone Tilmestilmes@ucar.eduCAM4
0.9° lat x 1.25° lon L28 (G1, G2, G3solar)
1.9° lat x 2.5° lon L28 (G3, G4)
Gent et al. (2011)		42 kmPOP2
1° lat x 1° lon
Smith et al. (2010)		CLM4
0.9° lat x 1.25° lon
Oleson et al. (2010)		Prescribed (G1, G2, G3solar)
Generated from SO2 injection via bulk aerosol scheme (G3, G4)		prescribed (G1, G2, G3solar)
calculated (G3, G4)		1361233
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CMCC-CMSCentro Euro Mediterraneo per i Cambiamenti ClimaticiChiara Cagnazzoc.cagnazzo@isac.cnr.it~1.8° lat x ~1.8° lon (T63) L95
Manzini et al. (2012)		0.01 hPa2° lat x 2° lon (average) L31Prescribed SO2 or AODPrescribed1367.00
(varies with solar cycle)
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CSIRO Mk3LCSIROAndrew Lenton
Steven Phipps		andrew.lenton@csiro.au
steven@ikigairesearch.org		~3.2° lat x ~5.6° lon (R21) L18
Phipps et al. (2011, 2012)		4.5 hPa (36 km)1.6° lat x 2.8° lon L21~3.2° lat x ~5.6° lon (R21)None (simulated as reductions in solar irradiance)Prescribed (per AMIP II)1365,003333
using solar reduction		https://esgf-node.llnl.gov/search/cmip5/
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EC-EarthDanish Meteorological Institute (DMI)Shuting Yangshuting@dmi.dk~125 km x ~125 km (T159) L62/L915 hPa (L62)
0.01hPa (L91)		~1° lat x ~1° lon L42currently no land modulePrescribedPrescribed1361.00
(varies with solar cycle)		1
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GISS-E2-RNASA GISS/RutgersBen Kravitz
Alan Robock		bkravitz@iu.edu
robock@envsci.rutgers.edu		ModelE2
2° lat X 2.5° lon L40
Schmidt et al. (2006)		0.1 hPa (80 km)Russell Ocean
1° lat x 1.25° lon L32
Russell et al. (1995)		GISS-LSM
2° lat x 2.5° lon L6
Aleinov and Schmidt (2006)		Generated from SO2 injection (Koch scheme)Prescribed (G1 and G2)
Calculated (G3 and G4)		13663333
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HadCM3University of BristolPeter Irvinep.j.irvine@gmail.com2.5° lat X 3.75° lon L19
Gordon et al. (2000)		30 km1.25° lat x 1.25° lon L20MOSES 1
2.5° lat x 3.75¯ lon L4		Prescribed SO2 or AODFixed136533
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HadGEM2-ESUK Met Office Hadley CentreAndy Jones
James M. Haywood
andy.jones@metoffice.gov.uk
jim.haywood@metoffice.gov.uk
HadGEM2-A
1.25° lat x 1.875° lon L38
Collins et al. (2011); HadGEM2 Dev. Team (2011)		40 kmHadGEM2-O
1/3°-1° L40
HadGEM2 Dev. Team (2011)		MOSES-II

Essery et al. (2003)		Generated from SO2 injectionSpecified136513333https://esgf-node.llnl.gov/search/cmip5/
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IPSL-CM5A-LRLaboratoire des Sciences du Climat et de l'EnvironnementOlivier Boucher
Michael Schulz		olivier.boucher@lmd.jussieu.fr
michael.schulz@met.no		LMDz
2.5° lat x 3.75° lon L39
Dufresne et al. (2012); Hourdin et al.(2011)		65 kmNEMO
95 lat x 96 lon L39
Madec et al. (2008)		ORCHIDEE

Krinner et al. (2005)		Prescribed AODCalculated1365.7111
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MIROC-ESMJapan Agency for Marine-Earth Science and Technology (JAMSTEC)Shingo Watanabewnabe@jamstec.go.jpMIROC-AGCM
2.8° lat x 2.8° lon (T42) L80
Watanabe et al. (2008, 2011)		0.003 hPaCOCO3.4
0.5°-1.4°x1.4° L44
K-1 Model Dev. (2004)		MATSIRO
(T42) L6
Takata et al. (2003)		Prescribed AODPrescribed1366111https://esgf-node.llnl.gov/search/cmip5/
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MIROC-ESM-CHEMJapan Agency for Marine-Earth Science and Technology (JAMSTEC)Shingo Watanabewnabe@jamstec.go.jpMIROC-AGCM
2.8° lat x 2.8° lon (T42) L80
Watanabe et al. (2008, 2011)		0.003 hPaCOCO3.4
0.5°-1.4°x1.4° L44
K-1 Model Dev. (2004)		MATSIRO
(T42) L6
Takata et al. (2003)		Prescribed AOD
Surface area density of sulfate aerosols used in heterogeneous
chemistry is calculated based on AOD.		Calculated1366.00
(varies with solar cycle)		1https://esgf-node.llnl.gov/search/cmip5/
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MPI-ESM-LRMax Planck Institute for MeteorologyUlrike Niemeier
ulrike.niemeier@mpimet.mpg.de
ECHAM6
1.875° lat x 1.875° lon (T63) L47
Giorgetta et al. (2012); Stevens et al. (2012)		0.01 hPaMPIOM
~1.5° lat x ~1.5°lon L40
Marsland et al. (2003)		JSBACH

Raddatz et al. (2007)		Prescribed AOD
AOD generated from SO2 injection into microphysical model
Niemeier et al. (2011)		Prescribed1361.37113
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NorESM1-MNorwegian Climate Centre (NCC) Kari Alterskjæer
Helene Muri		helene.muri@geo.uio.noCAM-Oslo
1.9° lat x 2.5° lon L26
Alterskjær et al. (2012); Kirkevåg et al. (2012)		2 hPabased on MICOM
~1° lat x ~1° lon L70
Assmann et al. (2010		CLM4

Oleson et al. (2010)		Prescribed AOD
AOD generated from SO2 injection into microphysical model
Niemeier et al. (2011)		Prescribed1360.96
(varies with solar cycle)		1121
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ULAQ-CCMUniversity of L'AquilaGiovanni Pitari
Ilaria Quaglia		gianni.pitari@aquila.infn.it
ULAQ-CCM
5° lat x 5° lon (T21) L126		0.04 hPaNone (prescribed SST)ULAQ-GCM

Pitari et al. (2002)		Generated from SO2 and COS injection. Sectional microphysics.Calculated1366.0512https://esgf-node.llnl.gov/search/cmip5/
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UMUKCACambridge UniversityPeter Braesicke
Luke Abraham		peter.braesicke@kit.edu2.5° lat X 3.75° lon (N48) L60
Morgenstern et al. (2008)		~84 kmNEMO/ORCA2
~2° lat x ~2° lon L31		MOSES-II

Essery et al. (2003)		PrescribedCalculated1365https://esgf-node.llnl.gov/search/cmip5/
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GEOSCCMNASA Goddard Space Flight CenterValentina Aquila
Luke D. Oman
Peter R. Colarco		aquila@american.edu2° lat X 2.5° lon L72
Rienecker et al. (2008)		0.01 hPaNone (prescribed SST)Land Surface Model

Koster et. al (2000)		Generated from SO2 injection via bulk aerosol scheme.
Surface area density for heterogeneous chemistry calculated from SO4 mass		Calculated13653https://esgf-node.llnl.gov/search/cmip5/
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CNRM-ESM1CNRM, Centre National de Recherches MétéorologiquesRoland Séférianroland.seferian@meteo.frCNRM-CM5.1
1.4° lat x 1.4° lon (T127) L31
Voldoire et al., 2013; Séférian et al., 2016		10 hPaNEMO v3.2
1° lat x 1° lon L42
Madec et al. (2008); Hewitt et al., (2011)		SURFEXv7.3 + TRIP river routing
Masson et al., 2013; Oki and Sud, 1997		PrescribedPrescribed136514
https://climatedata.umr-cnrm.fr/cnrm/CMIP5/output/CNRM-CERFACS/CNRM-ESM1
https://climatedata.umr-cnrm.fr/public/cnrm/projects/GEOMIP/output/CNRM-CERFACS/CNRM-ESM1
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CanESM5Canadian Centre for Modelling and AnalysisJason Colejason.cole@canada.caSwart et al., 2019, GMDD1 hPa1360.7473
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CESM2(WACCM6)NCARSimone Tilmes
Mike Mills		tilmes@ucar.edu
mmills@ucar.edu		Atmosphere: 192x288, ocean 1°
Gettelman et al., 2019		150 kmMARBL-BECCLM5Modal (MAM4)Interactive1360.747122https://esgf-node.llnl.gov/search/cmip6/
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CNRM-ESM2-1CNRM-CERFACSRoland Séférian
Martine Michou
Pierre Nabat		roland.seferian@meteo.fr
martine.michou@meteo.fr
pierre.nabat@meteo.fr		Atmosphère T127 (1.4°), Ocean 1° x L75
Séférian et al. (2019)		0.01 hPaPISCESv2-gasfISBA-CTRIPPrescribedInteractive (stratosphere)1360.747113https://esgf-node.llnl.gov/search/cmip6/
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GISS-E2.1-GIndiana UniversityBen Kravitzbkravitz@.iu.eduAtmosphere 144x90, ocean 1°
Kelley ey al. (2020)		0.1 hPaBulkInteractive1366.29111https://esgf-node.llnl.gov/search/cmip6/
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IPSL-CM6A-LRIPSLOlivier Boucher, Thibaut Lurtonolivier.boucher@ipsl.fr thibaut.lurton@ipsl.frAtmosphere 144x142, ocean 1°
Boucher et al. (JAMES, 2020) 		80 kmNEMO-PISCESORCHIDEESectionalInteractive
pi 1360.747
pd 1361.594
(note that rsdt is a little larger than TSI/4 because of a correction on SZA at large SZA values to account for the fact the atmsophere has a thickness and intercept a bit more than pi R_T^2)
1https://esgf-node.llnl.gov/search/cmip6/
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NorESM2-LMNorwegian University of Science and Technology (NTNU)Helene Murihelene.muri@ntnu.noAtmosphere 1.9° x 2.5° x 32 levels. ocean 1°
Seland et al. GMD, 2020		https://esgf-node.llnl.gov/search/cmip6/
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UKESM1Met Office Hadley CentreAndy Jonesandy.jones@metoffice.gov.ukAtmosphere: 144 x 192 x L85; Ocean: 1o x L75
Sellar et al., 2019, JAMES		80 kmMEDUSAJULESModal (4 modes)Interactive
PI: 1360.747.
Follows Matthes et al. 2017 for PD (i.e. variable)
333https://esgf-node.llnl.gov/search/cmip6/
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MPI-ESM1.2-LRMax Planck Institute for MeteorologyUlrike Niemeierulrike.niemeier@mpimet.mpg.deAtmosphere: 192 x 96 x L47;
Muller et al. (2018)		80 kmHAMMOC5JSBACH3.2PrescribedPrescribedpi: 1360.747; pd: variable133https://esgf-node.llnl.gov/search/cmip6/
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MPI-ESM1.2-HRMax Planck Institute for MeteorologyUlrike Niemeierulrike.niemeier@mpimet.mpg.deAtmosphere: 384 x 192 x L95;
Muller et al. (2018)		80 kmHAMMOC5JSBACH3.2PrescribedPrescribedpi: 1361.37; pd: variable133https://esgf-node.llnl.gov/search/cmip6/
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