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--- noresm:modeldeffiles:nf2006to2008r164 [2014-04-02 14:21:56]
alfk [Model-run description for a simulation with CAM4-Oslo (NorESM1-M) (UNDER CONSTRUCTION!)]
+++ noresm:modeldeffiles:nf2006to2008r164 [2022-05-31 09:29:32]
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-======  NF2006to2008r164  ======
-===== Model-run description for a simulation with CAM4-Oslo (NorESM1-M) (UNDER CONSTRUCTION!) =====
-**Purpose of simulation:**  Model validation for the Arctic under PD conditions
-**Contact person:**         Alf Kirkevåg (alf.kirkevag@met.no)
-**Revision Number:**        r164
-**Production computer used:** Cray XT6 in Bergen (hexagon)
-**Production date:**        October 2013
-**Storage locations:**      NorStore (/norstore_osl/projects/NS2345K/noresm/cases/NF2006to2008r164/)
-MET Norway (/vol/fou/atmos/alfk/aerocomA2ny/aerocom.CAM4-Oslo.AEROCOM_A2.CTRL/)
-**Storage space:**          9 (?) Gb at NorStore, 25 (?) Gb at MET Norway (local external disk)
-**Projects:**               EarthClim/ACCESS
-**Publications:**
-**Papers in preparation:**  Glantz et al. (submitted)
-**Simulation name(s):**     NF2006to2008r164
-**Compset name used:**      NF_2006-2008_AER_AMIP_OBS
-**Model type:**             Stand-alone cam (atmosphere) default with prescribed ocn/ice (ocean and sea-ice)
-**Type of run:**            Branch
-**Simulation period:**      3 years
-**Spin-up period:**         0 years in the branch run itself, but continued from 1979-2005
-**Ensemble runs:**          No
-**Resolution:**             f19_f19 = 1.8x2.5
-**Emission year(s):**       2006 - 2008 (aerosols and precursors)
-**Emission inventories**    RCP8.5 from IPCC AR5
-**Frequency for output:**    Monthly
-**Active/changing forcing agents:**  In principle, direct and indirect (1. & 2.) effects by anthropogenic SO4, POM and BC, but aerosols were run offline (CAM4-Oslo aerosols do not affect the model meteorology, only prescribed aerosols and CDNC from CAM4 )
-**Tuning parameters which are changed relative to the host model CAM4:**
-rhminl:  0.90        lower RH threshold for formation of low stratiform clouds (0.91 in CAM4)
-critrp:  5.0 mm/day  maximum prcipitation rate for suppression of autoconversion of cloud water (0.5 mm/day in CAM4)
-r3lc:    14 um       critical mean droplet volume radius for onset of autoconversion (10 um in CAM4)