BCC-CSM1.1 Beijing Climate Center Climate System Model version 1.1 Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC 2011 Wu_2008 http://journals.ametsoc.org/doi/pdf/10.1175/2007JAS2514.1 Wu T, R Yu, and F Zhang (2008) A modified dynamic framework for atmospheric spectral model and its application. J. Atmos. Sci., 65: 2235-2253. Wu_2010 http://www.springerlink.com/content/h27nk715864g2u32/ Wu T, R Yu, F Zhang, et al. (2010) The Beijing Climate Center for Atmospheric General Circulation Model (BCC-AGCM2.0.1): Description and its performance for the present-day climate. Clim. Dyn., 34: 123-147. Wu 2012 http://www.springerlink.com/index/A7L0268474451051.pdf Wu T W (2012). A Mass-Flux Cumulus Parameterization Scheme for Large-scale Models: Description and Test with Observations, Clim.Dyn., 38, 725-744. Wu et al 2012 Wu et al., (2012). Global carbon budgets simulated by the Beijing Climate Center Climate System Model for the last century, Submitted to Journal of Climate. Xin 2012a Xin, X.G, T.W. Wu, J. L. Li, Z. Z. Wang, W. P. Li, and F. H. Wu,(2012). How well does BCC_CSM1.1 reproduce the 20th century climate change in China. Atmospheric and Oceanic Science Letters: in press. Xin 2012b Xin, X.G, L. Zhang, J. Zhang, T. W. Wu, and Y. J. Fang. (2012). Climate change projections over East Asia with BCC_CSM1.1 under RCP scenarios. Journal of the Meteorological Society of Japan. 2012: submitted. BCC_AGCM2.1 Beijing Climate Center Atmospheric General Circulation Model version 2.1 Atmos Key Properties Top Of Atmos Insolation ImpactOnOzone ImpactOnOzone no SolarConstant SolarConstant Type Type transient Characteristics Characteristics Base on Observation OrbitalParameters OrbitalParameters Type Type fixed ComputationMethod ComputationMethod Berger 1978 ReferenceDate ReferenceDate 1990 ModelFamily ModelFamily AGCM BasicApproximations BasicApproximations hydrostatic primitive equations VolcanoesImplementation VolcanoesImplementation other Orography Orography OrographyType OrographyType present-day aerosol fields aerosol fields including SO4, black carbon, sea salt, organici carbon, and dust. CFC11 CFC11 CFC12 CFC12 CH4 CH4 CO2 CO2 N2O N2O ozone ozone solar irradiance solar irradiance Volcanic aerosol Volcanic aerosol Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC 2010 Wu_2008 http://journals.ametsoc.org/doi/pdf/10.1175/2007JAS2514.1 Wu T, R Yu, and F Zhang (2008) A modified dynamic framework for atmospheric spectral model and its application. J. Atmos. Sci., 65: 2235-2253. Wu_2010 http://www.springerlink.com/content/h27nk715864g2u32/ Wu T, R Yu, F Zhang, et al. (2010) The Beijing Climate Center for Atmospheric General Circulation Model (BCC-AGCM2.0.1): Description and its performance for the present-day climate. Clim. Dyn., 34: 123-147. Wu 2012 http://www.springerlink.com/index/A7L0268474451051.pdf Wu T W (2012). A Mass-Flux Cumulus Parameterization Scheme for Large-scale Models: Description and Test with Observations, Clim.Dyn., 38, 725-744. Atmos Convect Turbul Cloud BoundaryLayerTurbulence BoundaryLayerTurbulence SchemeName SchemeName other SchemeType SchemeType vertical profile of Kz CounterGradient CounterGradient no DeepConvection DeepConvection SchemeName SchemeName Wu's scheme (CLimate Dynamics, 2011) SchemeType SchemeType mass-flux Processes Processes convective momentum transport (CMT) detrainment entrainment penetrative convection updrafts and downdrafts SchemeMethod SchemeMethod bulk ShallowConvection ShallowConvection Method Method separated SchemeName SchemeName Hack's scheme (Hack, 1994: JGR) SchemeType SchemeType other OtherConvection OtherConvection SchemeName SchemeName BCC LargeScalePrecipitation LargeScalePrecipitation SchemeName SchemeName Rasch and Kristjansson (1998); Zhang er al., (2003); Collins et al. (2004) PrecipitatingHydrometeors PrecipitatingHydrometeors liquid rain snow Microphysics Microphysics SchemeName SchemeName P. Rasch, with Modifications by Minghua Zhang Processes Processes cloud droplets cloud ice effect of raindrops mixed phase water vapour deposition Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Atmos Cloud Scheme CloudSchemeAttributes CloudSchemeAttributes SeparatedCloudTreatment SeparatedCloudTreatment yes CloudOverlap CloudOverlap random Processes Processes cloud diagnostic scheme SubGridScaleWaterDistribution SubGridScaleWaterDistribution FunctionName FunctionName N/A FunctionOrder FunctionOrder N/A Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 06b99374-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:49.228299 Cloud Simulator cosp.v1.0 COSPAttributes COSPAttributes COSPRunConfiguration COSPRunConfiguration inline NumberOfGridpoints NumberOfGridpoints 128x64 NumberOfColumns NumberOfColumns 7x7 NumberOfLevels NumberOfLevels 26 InputsRadar InputsRadar RadarFrequency RadarFrequency 94GHz UseGasAbsorption UseGasAbsorption no UseEffectiveRadius UseEffectiveRadius no InputsLidar InputsLidar LidarIceType LidarIceType other ISSCPAttributes ISSCPAttributes TopHeight TopHeight IR brightness and visible optical depth TopHeightDirection TopHeightDirection lowest altitude level Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 06fc0fec-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:49.365871 metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 06b734f8-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:49.365939 Atmos Orography And Waves SpongeLayer SpongeLayer none Background Background none SubGridScaleOrography SubGridScaleOrography effect on drag OrographicGravityWaves OrographicGravityWaves SourceMechanisms SourceMechanisms statistical sub-grid scale variance CalculationMethod CalculationMethod non-linear calculation PropagationScheme PropagationScheme non-linear theory DissipationScheme DissipationScheme spectral ConvectiveGravityWaves ConvectiveGravityWaves DissipationScheme DissipationScheme other Non-OrographicGravityWaves Non-OrographicGravityWaves CalculationMethod CalculationMethod other Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 078047a8-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:49.496023 Atmos Radiation TimeStep TimeStep 1 hour AerosolTypes AerosolTypes BC (black carbon / soot) dust organic POM (particulate organic matter) sea salt sulphate GHG-Types GHG-Types CFC CH4 CO2 H2O N2O O3 Longwave Longwave SchemeType SchemeType wide-band model SchemeMethod SchemeMethod two-stream NumberOfSpectralIntervals NumberOfSpectralIntervals 8 Shortwave Shortwave SchemeType SchemeType wide-band model NumberOfSpectralIntervals NumberOfSpectralIntervals 19 CloudRadiativeProperties CloudRadiativeProperties ice ice P. Rasch, with Modifications by Minghua Zhang liquid liquid P. Rasch, with Modifications by Minghua Zhang Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0690405a-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:49.609727 Eulerian Dynaical Core Eulerian Dynamical Core ListOfPrognosticVariables ListOfPrognosticVariables divergence/curl surface pressure temperature vapour/solid/liquid TopBoundaryCondition TopBoundaryCondition other HeatTreatmentAtTop HeatTreatmentAtTop calculated WindTreatmentAtTop WindTreatmentAtTop calculated LateralBoundaryCondition LateralBoundaryCondition none TimeSteppingFramework TimeSteppingFramework SchemeType SchemeType semi-Implicit TimeStep TimeStep 20 minutes HorizontalDiscretization HorizontalDiscretization SchemeType SchemeType spectral PoleSingularityTreatment PoleSingularityTreatment none SchemeOrder SchemeOrder N/A HorizontalDiffusion HorizontalDiffusion SchemeName SchemeName the 4th order SchemeMethod SchemeMethod other Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Atmos Advection Tracers Tracers SchemeName SchemeName other SchemeCharacteristics SchemeCharacteristics semi-Lagrangian ConservedQuantities ConservedQuantities none ConservationMethod ConservationMethod conservation fixer Momentum Momentum SchemeName SchemeName other SchemeCharacteristics SchemeCharacteristics other ConservedQuantities ConservedQuantities none Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0607c50e-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:49.877596 metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0605373a-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:49.877660 metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk DRS_CMIP5_componentType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 05af357e-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:49.877764 BCC_AGCM2.1 is the Beijing Climate Center Atmospheric General Circulation Model version 2.1. It is a global spectral model. The dynamical core of the model is described in Wu et al. (2008) and a precedent version, BCC_AGCM2.0, is detailed in Wu et al. (2010). BCC-AGCM2.1 is an updated version of BCC_AGCM2.0 with a new deep penetrative convection scheme, as described in Wu (2011). The detail may refer to Wu et al. (2011). Ref. Wu T. and Co-authors, 2011: The 20th century global carbon cycle from the Beijing Climate Center Climate System Model (BCC_CSM) submit to Climate Dynamics. BCC_AGCM2.0 BCC-AVIM1.0 Beijing Climate Center Atmosphere Vegetation Interaction Model Version 1.0 Land Surface Key Properties Beijing Climate Center Atmosphere Vegetation Interaction Model Version 1.0 BasicApproximations BasicApproximations biogeophyical, biogeochemical and soil carbon processes Genealogy Genealogy other CouplingWithAtmosphere CouplingWithAtmosphere explicit LandCoverTypes LandCoverTypes bare soil ice lake other vegetated ListOfPrognosticVariables ListOfPrognosticVariables canopy skin temperature canopy snow content canopy water content other river water storage snow albedo snow density snow layer thickness snow mass snow water content soil heat content soil ice content soil moisture soil temperature surface skin temperature Tiling Tiling specific to each LS subomponents ConservationOfProperties ConservationOfProperties WaterTreatment WaterTreatment All water sent to ocean (with a lag) LagOfWaterDischarge LagOfWaterDischarge 1 hr TimeSteppingFramework TimeSteppingFramework Method Method specific time step TimeStep TimeStep Use Atmosphere time step for Biophysical component, 3600 seconds for biochemical processes and one day for biomass accumulation. Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC 2010 Wu et al 2012 Wu et al., (2012). Global carbon budgets simulated by the Beijing Climate Center Climate System Model for the last century, Submitted to Journal of Climate. Land Surface Albedo Beijing Climate Center Atmosphere Vegetation Interaction Model Version 1.0 SpecificTiling SpecificTiling yes SnowFreeAlbedo SnowFreeAlbedo Type Type prognostic FunctionOf FunctionOf other soil humidity vegetation state vegetation type Direct-Diffuse Direct-Diffuse distinction between direct and diffuse albedo NumberOfWavelenghBands NumberOfWavelenghBands 2 SnowAlbedo SnowAlbedo Type Type prognostic FunctionOf FunctionOf Snow age Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0bcfa2cc-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:50.173827 Land Surface Carbon Cycle Beijing Climate Center Atmosphere Vegetation Interaction Model Version 1.0 Soil Soil Method Method heterotrophic respiration NumberOfCarbonPools NumberOfCarbonPools 8 ListOfCarbonPools ListOfCarbonPools surface structural litter,surface microbe,surface metabolic litter,root structural litter,soil microbe, root metabolic litter,slow soil carbon,passive soil carbon Permafrost Permafrost ListOfGases ListOfGases No Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Vegetation Carbon Cycle Beijing Climate Center Atmosphere Vegetation Interaction Model Version 1.0 NumberOfCarbonPools NumberOfCarbonPools 3 ListOfCarbonPools ListOfCarbonPools leaf, root, stem Photosynthesis Photosynthesis Method Method biochemical approach AutotrophicRespiration AutotrophicRespiration Method Method parametrized MaintenanceRespiration MaintenanceRespiration leaves + stems + roots Allocation Allocation AllocationBins AllocationBins leaves + stems + roots AllocationFractions AllocationFractions explicitly calculated Phenology Phenology Method Method other Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0bfdc8dc-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:50.363432 metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0bfba5ac-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:50.363494 Land Surface Energy Balance Beijing Climate Center Atmosphere Vegetation Interaction Model Version 1.0 SpecificTiling SpecificTiling yes NumberOfSurfaceTemperatures NumberOfSurfaceTemperatures 1 SubsurfaceTiling SubsurfaceTiling no SchemeMethod SchemeMethod TypeOfEvaporationFormulation TypeOfEvaporationFormulation other Processes Processes other transpiration Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0bb47df8-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:50.438430 Land Surface Lakes Beijing Climate Center Atmosphere Vegetation Interaction Model Version 1.0 CouplingWithRivers CouplingWithRivers no SchemeMethod SchemeMethod IceTreatment IceTreatment no LakesAlbedo LakesAlbedo other LakesDynamics LakesDynamics vertical DynamicLakesExtent DynamicLakesExtent no EndorheicBasins EndorheicBasins no Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0cb5d8d2-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:50.516825 Land Surface Snow Beijing Climate Center Atmosphere Vegetation Interaction Model Version 1.0 SpecificTiling SpecificTiling no NumberOfSnowLayers NumberOfSnowLayers up to 5 SchemeMethod SchemeMethod SnowAlbedo SnowAlbedo prognostic SnowDensity SnowDensity other SnowWaterEquivalent SnowWaterEquivalent prognostic SnowHeatContent SnowHeatContent diagnostic SnowTemperature SnowTemperature prognostic SnowLiquidWaterContent SnowLiquidWaterContent prognostic SnowCoverFractions SnowCoverFractions ground snow fraction vegetation snow fraction Processes Processes other snow interception snow melting Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0b40a7d4-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:50.605414 Land Surface Soil Beijing Climate Center Atmosphere Vegetation Interaction Model Version 1.0 SoilMap SoilMap Texture Texture percentage of sand, clay and loan Structure Structure 10 vertical levels Albedo Albedo varied with soil color and soil moisture WaterTable WaterTable prescribed Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Land Surf Soil Heat Treatment Beijing Climate Center Atmosphere Vegetation Interaction Model Version 1.0 SoilHeatTreatmentAttributes SoilHeatTreatmentAttributes SpecificTiling SpecificTiling no NumberOfGroundHeatLayers NumberOfGroundHeatLayers 10 Method Method HeatStorage HeatStorage Explicit diffusion Processes Processes other soil moisture freeze-thaw Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0b10787a-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:50.698587 Land Surf Soil Hydrology Beijing Climate Center Atmosphere Vegetation Interaction Model Version 1.0 SoilHydrologyAttributes SoilHydrologyAttributes SpecificTiling SpecificTiling yes NumberOfGroundWaterLayers NumberOfGroundWaterLayers 10 WaterStorageMethod WaterStorageMethod Explicit diffusion SoilMoistureFreezing SoilMoistureFreezing NumberOfGroundIceLayers NumberOfGroundIceLayers 10 IceStorageMethod IceStorageMethod Explicit Runoff-Drainage Runoff-Drainage Method Method differentiated drainage and runoff Processes Processes deep drainage infiltration excess runoff saturated surface runoff Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0ad18020-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:50.811439 metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0acdfeaa-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:50.811507 Land Surface Vegetation Beijing Climate Center Atmosphere Vegetation Interaction Model Version 1.0 SpecificTiling SpecificTiling yes VegetationRepresentation VegetationRepresentation vegetation types VegetationTimeVariation VegetationTimeVariation prescribed (varying from files) Interception Interception yes VegetationTypes VegetationTypes broadleaf tree C3 grass C4 grass needleleaf tree other vegetated SchemeMethod SchemeMethod Phenology Phenology diagnostic (vegetation map) LAI LAI prognostic Biomass Biomass prognostic StomatalResistanceFunctionOf StomatalResistanceFunctionOf CO2 light temperature water availability Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0b66b3ac-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:50.885618 River Routing Beijing Climate Center Atmosphere Vegetation Interaction Model Version 1.0 SpecificTiling SpecificTiling yes Resolution Resolution independent NumberOfReservoirs NumberOfReservoirs 3 ListOfPrognosticVariables ListOfPrognosticVariables water CouplingWithAtmosphere CouplingWithAtmosphere no DrainageMap DrainageMap present-day OceanicDischarge OceanicDischarge Type Type direct (large rivers) QuantitiesTransported QuantitiesTransported water Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0c830d3a-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:50.988769 metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk DRS_CMIP5_componentType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0a997b26-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:50.988881 The BCC-AVIM1.0 impoved biogeophysical provesses based on the framework of CLM3. The detail may refer to Wu et al. (2012). Ref. Wu T. and Co-authors, 2012: Global carbon budgets simulated by the Beijing Climate Center Climate System Model for the last century, submitted to J. Climate. AVIM2 MOM4-L40 Oceanic general circulation model MOM4-L40 1 longitude x 1/3 latitude between 10S-10N; 1 longitude x 1 latitude from 30S and 30N to pole, respectively OceanKeyProperties Ocean Key Properties OceanNudging Ocean Nudging TracersDamping TracersDamping AppliedTo AppliedTo salinity LatMin LatMin global LatMax LatMax global LonMin LonMin global LonMax LonMax global UpperLevel UpperLevel surface layer LowerLevel LowerLevel surface layer MomentumDamping MomentumDamping LatMin LatMin no LatMax LatMax no LonMin LonMin no LonMax LonMax no UpperLevel UpperLevel no LowerLevel LowerLevel no ModelFamily ModelFamily OGCM BasicApproximations BasicApproximations Boussinesq ListOfPrognosticVariables ListOfPrognosticVariables potential temperature salinity SSH U-velocity V-velocity SeaWater SeaWater EquationOfState EquationOfState McDougall et al. FreezingPoint FreezingPoint fixed SpecificHeat SpecificHeat fixed FreezingPointValue FreezingPointValue -1.8degC SpecificHeatValue SpecificHeatValue 3989.24495292815J/kg/deg Non-OceanicWater Non-OceanicWater RiverMouthMixing RiverMouthMixing yes IsolatedSeasMixing IsolatedSeasMixing no Bathymetry Bathymetry BathymetryType BathymetryType fixed ReferenceDate ReferenceDate present-day HorizontalDiscretization HorizontalDiscretization SchemeMethod SchemeMethod finite differences PoleSingularityTreatment PoleSingularityTreatment pole rotation Staggering Staggering Arakawa B-grid TimeSteppingFramework TimeSteppingFramework Tracers Tracers Leap-frog + Periodic Euler backward solver BarotropicSolver BarotropicSolver Predictor-corrector BaroclinicMomentum BaroclinicMomentum Predictor-corrector TimeStep TimeStep twolevel Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC 2011 Murray_1996 Murray, R. J. (1996). "Explicit generation of orthogonal grids for ocean models". Journal of Computational Physics, 126, 251-273. OceanAdvection Ocean Advection Momentum Momentum SchemeName SchemeName Swedy’s tracer-based third order advection scheme SchemeType SchemeType Flux form LateralTracers LateralTracers SchemeType SchemeType Sweby MonotonicFluxLimiter MonotonicFluxLimiter yes VerticalTracers VerticalTracers SchemeType SchemeType Sweby MonotonicFluxLimiter MonotonicFluxLimiter yes Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0f1de1b4-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:51.377851 OceanBoundaryForcing Ocean Boundary Forcing Momentum Momentum BottomFriction BottomFriction other LateralFriction LateralFriction other SurfaceFluxCorrection SurfaceFluxCorrection no Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC OceanBoundForcingTracers Ocean Bound Forcing Tracers SurfaceFluxCorrections SurfaceFluxCorrections salinity SunlightPenetration SunlightPenetration SchemeType SchemeType 3 extinction depths OceanColorDependent OceanColorDependent yes SurfaceSalinity SurfaceSalinity FromAtmosphere FromAtmosphere freshwater flux FromSeaIce FromSeaIce freshwater flux FromRiver FromRiver freshwater flux Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 10a1a7d2-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:51.468859 metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 109d9994-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:51.468921 OceanUpAndLow Boundaries Ocean Up And Low Boundaries FreeSurface FreeSurface Type Type linear split-explicit BottomBoundaryLayer BottomBoundaryLayer Type Type advective Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 1049ef38-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:51.552310 OceanVerticalPhysics Ocean Vertical Physics Convection Convection enhanced vertical diffusion Tide-inducedMixing Tide-inducedMixing barotropic tides Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC OceanInteriorMixing Ocean Interior Mixing Tracers Tracers SchemeType SchemeType Richardson number dependent (PP) BackgroundType BackgroundType constant value BackgroundCoefficient BackgroundCoefficient Background vertical viscosity:1e-4 m^2/s Momentum Momentum SchemeType SchemeType Richardson number dependent (PP) BackgroundType BackgroundType constant value BackgroundCoefficient BackgroundCoefficient Background vertical viscosity:1e-4 m^2/s Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 101662bc-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:51.685358 OceanMixedLayer Ocean Mixed Layer Tracers Tracers SchemeType SchemeType turbulent closure (KPP) BackgroundCoefficient BackgroundCoefficient Background vertical viscosity:1e-4m2s-1 Momentum Momentum SchemeType SchemeType turbulent closure (KPP) BackgroundValue BackgroundValue Background vertical viscosity:1e-4m2s-1 Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0fe4bd98-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:51.742337 metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0fe10c52-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:51.742405 metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk DRS_CMIP5_componentType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0e648a70-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:51.742500 MOM4-L40 is a global oceanic general circulation model (OGCM) with a tripolar grid of Murray (1996). MOM4-L40 is originated from the Z-coordinate Modular Ocean Model version 4 (MOM4) developed by the Geophysical Fluid Dynamics Laboratory (GFDL). The biogeochemistry module to simulate the ocean carbon cycle in MOM4-L40 is based on the protocols from the Ocean Carbon Cycle Model Intercomparison Project–Phase 2 (OCMIP2). The detail may refer to Wu et al. (2012). Ref. Wu T. and Co-authors, 2012: Global carbon budgets simulated by the Beijing Climate Center Climate System Model for the last century, submitted to J. Climate. OceanBiogeoChemistry global ocean biogeochemistry model OceanBioKeyProperties Key Properties of Ocean Biogeochemistry OceanBioTimeStepFramework Ocean Bio Time Step Framework PassiveTracers PassiveTracers Method Method use Ocean transport time step Biology Biology Method Method use ocean transport time step BasicApproximations BasicApproximations biogeochemical parameterizations based on OCMIP-2 ListOfPrognosticVariables ListOfPrognosticVariables PO4,DOP,DIC,O2,ALK BioGeoTracersDamping BioGeoTracersDamping ListOfTracers ListOfTracers PO4,DOP,DIC,O2,ALK LatMin LatMin 82S LatMax LatMax 90S LonMin LonMin 0E LonMax LonMax 360E UpperLevel UpperLevel 5meter LowerLevel LowerLevel 5334meter Transport Transport Method Method online, same as Ocean Tracers Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC 2011 OceanBioBoundaryForcing Ocean Bio Boundary Forcing Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0d539c7a-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:51.962274 OceanBioGasExchange Ocean Bio Gas Exchange CO2 CO2 Present Present yes SchemeType SchemeType Wanninkhof O2 O2 Present Present yes SchemeType SchemeType Wanninkhof DMS DMS Present Present no N2 N2 Present Present no N2O N2O Present Present no CO CO Present Present no Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0d88ce9a-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:52.088463 OceanBioTracers Ocean Bio Tracers SulfurCycle SulfurCycle no Nutrients Nutrients ListOfSpecies ListOfSpecies Phosphorus (P) DisolvedOrganicMatter DisolvedOrganicMatter Lability Lability yes BacteriaRepresentation BacteriaRepresentation no Particules Particules Method Method prognostic TypesOfParticules TypesOfParticules POC SizeSpectrum SizeSpectrum no SinkingSpeed SinkingSpeed other Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0dd60d2c-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:52.237593 metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk DRS_CMIP5_componentType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 0d003cc4-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:52.237679 SIS sea ice simulator developed by GFDL Sea Ice Key Properties key properties of sea ice represented in the model BasicApproximations BasicApproximations EVP ListOfPrognosticVariables ListOfPrognosticVariables ice velocity, upper/lower ice layer temperture, sea ice thickness, concentration SeaIceRepresentation SeaIceRepresentation SchemeType SchemeType multi-levels Multi-LevelsScheme Multi-LevelsScheme 3 TimeSteppingFramework TimeSteppingFramework Method Method use Ocean time step Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC 2011 winton 2000 Winton M (2000). A reformulated three-layer sea ice model, J. Atmos. Ocean. Tech., 17, 525-531 Sea Ice Dynamics sea ice dynamics in the model Rheology Rheology EVP Advection Advection other HorizontalDiscretizationGrid HorizontalDiscretizationGrid Ocean grid Redistribution Redistribution Type Type other IceStrengthFormulation IceStrengthFormulation Hibler,1979 Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 1161d58e-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:52.356335 Sea Ice Thermodynamics sea ice thermodynamics in the model WaterPonds WaterPonds no SurfaceAlbedo SurfaceAlbedo modification of Briegleb et al.(2001) NewIceFormation NewIceFormation frazil, congelation, snow ice based on the thermodynamic condition Snow Snow HeatDiffusion HeatDiffusion one layer SchemeType SchemeType snow-ice Ice Ice VerticalHeatDiffusion VerticalHeatDiffusion multi-layer on a regular vertical grid OceanToIceBasalHeatFlux OceanToIceBasalHeatFlux parametrized (calculated in SeaIce) BrineInclusions BrineInclusions thermal properties depending on S-T (fixed salinity) Processes Processes Sea ice lateral melting Solar radiation transmission TransportInThicknessSpace TransportInThicknessSpace linear remapping Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 11316930-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:52.474021 metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk DRS_CMIP5_componentType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 10e01274-fd27-11df-a88e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:52.474099 The sea ice component of BCC_CSM1.1 is the GFDL Sea Ice Simulator (SIS) based on MOM4p0d. SIS is a global dynamical–thermodynamical sea-ice model, where the elastic-viscous-plastic technique (Hunke, 1997) is used to calculate ice internal stresses and the thermodynamics is a modified Semtner scheme from Winton (2000). SIS has the same horizontal resolution as MOM4-L40 and three layers in the vertical, including one layer of snow cover and two layers of equally sized sea ice. In each model grid, five categories of sea ice are considered, according to the thickness of sea ice. It also takes into account the mutual transformation from one category to another under thermodynamic conditions. SIS calculates concentration, thickness, temperature, salinity of sea ice and motions of ice sheet. More details can be found in Winton (2000). metafor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 03c6cbaa-fd27-11df-a88e-00163e9152a5 7 Metafor Questionnaire 2012-09-26T04:17:52.474225 The Beijing Climate Center Climate System Model (BCC_CSM1.1) is developed at the Beijing Climate Center (BCC), China Meteorological Administration (CMA). It is a fully coupled global climate–carbon model including interactive vegetation and global carbon cycle, in which the atmospheric component BCC_AGCM2.1, ocean component MOM4-L40, land component BCC_AVIM1.0, and sea ice component SIS are fully coupled and interact with each other through fluxes of momentum, energy, water and carbon at their interfaces. Information between the atmosphere and the ocean is exchanged once per simulated day. The exchange of atmospheric carbon with the land biosphere is calculated at each model time step (20 min).The detail may refer to Wu et al. (2012). Ref. Wu T. and Co-authors, 2012: Global carbon budgets simulated by the Beijing Climate Center Climate System Model for the last century, submitted to J. Climate. BCC_CSM1.0 Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC Beijing Climate Center, China Meteorological Administration BCC project http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk rcp60 copy Impose changing conditions,. bb1b5da8-d3a5-11df-837f-00163e9152a5 rcp60 experiment 1 Reference to an Experiment called rcp60 with experimentNumber 4.4 CouplingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 1 mappingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 601c8d20-7717-11e1-8021-00163e9152a5 rcp6_BCC dataObject 1 Reference to a dataObject called rcp6_BCC 05af357e-fd27-11df-a88e-00163e9152a5 BCC_AGCM2.1 modelComponent 1 Reference to a modelComponent called BCC_AGCM2.1 05af357e-fd27-11df-a88e-00163e9152a5 CO2 componentProperty 1 Reference to a componentProperty called CO2 in a modelComponent called BCC_AGCM2.1 CouplingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 1 mappingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 601c8d20-7717-11e1-8021-00163e9152a5 rcp6_BCC dataObject 1 Reference to a dataObject called rcp6_BCC 05af357e-fd27-11df-a88e-00163e9152a5 BCC_AGCM2.1 modelComponent 1 Reference to a modelComponent called BCC_AGCM2.1 05af357e-fd27-11df-a88e-00163e9152a5 CH4 componentProperty 1 Reference to a componentProperty called CH4 in a modelComponent called BCC_AGCM2.1 CouplingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 1 mappingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 601c8d20-7717-11e1-8021-00163e9152a5 rcp6_BCC dataObject 1 Reference to a dataObject called rcp6_BCC 05af357e-fd27-11df-a88e-00163e9152a5 BCC_AGCM2.1 modelComponent 1 Reference to a modelComponent called BCC_AGCM2.1 05af357e-fd27-11df-a88e-00163e9152a5 N2O componentProperty 1 Reference to a componentProperty called N2O in a modelComponent called BCC_AGCM2.1 CouplingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 1 mappingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 601c8d20-7717-11e1-8021-00163e9152a5 rcp6_BCC dataObject 1 Reference to a dataObject called rcp6_BCC 05af357e-fd27-11df-a88e-00163e9152a5 BCC_AGCM2.1 modelComponent 1 Reference to a modelComponent called BCC_AGCM2.1 05af357e-fd27-11df-a88e-00163e9152a5 CFC11 componentProperty 1 Reference to a componentProperty called CFC11 in a modelComponent called BCC_AGCM2.1 CouplingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 1 mappingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 601c8d20-7717-11e1-8021-00163e9152a5 rcp6_BCC dataObject 1 Reference to a dataObject called rcp6_BCC 05af357e-fd27-11df-a88e-00163e9152a5 BCC_AGCM2.1 modelComponent 1 Reference to a modelComponent called BCC_AGCM2.1 05af357e-fd27-11df-a88e-00163e9152a5 CFC12 componentProperty 1 Reference to a componentProperty called CFC12 in a modelComponent called BCC_AGCM2.1 CouplingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 1 conservative mappingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 601c8d20-7717-11e1-8021-00163e9152a5 rcp6_BCC dataObject 1 Reference to a dataObject called rcp6_BCC 05af357e-fd27-11df-a88e-00163e9152a5 BCC_AGCM2.1 modelComponent 1 Reference to a modelComponent called BCC_AGCM2.1 05af357e-fd27-11df-a88e-00163e9152a5 ozone componentProperty 1 Reference to a componentProperty called ozone in a modelComponent called BCC_AGCM2.1 CouplingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 1 mappingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 601c8d20-7717-11e1-8021-00163e9152a5 rcp6_BCC dataObject 1 Reference to a dataObject called rcp6_BCC 05af357e-fd27-11df-a88e-00163e9152a5 BCC_AGCM2.1 modelComponent 1 Reference to a modelComponent called BCC_AGCM2.1 05af357e-fd27-11df-a88e-00163e9152a5 solar irradiance componentProperty 1 Reference to a componentProperty called solar irradiance in a modelComponent called BCC_AGCM2.1 No volcanic aerosols are used. mappingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 601c8d20-7717-11e1-8021-00163e9152a5 rcp6_BCC dataObject 1 Reference to a dataObject called rcp6_BCC 05af357e-fd27-11df-a88e-00163e9152a5 BCC_AGCM2.1 modelComponent 1 Reference to a modelComponent called BCC_AGCM2.1 05af357e-fd27-11df-a88e-00163e9152a5 Volcanic aerosol componentProperty 1 Reference to a componentProperty called Volcanic aerosol in a modelComponent called BCC_AGCM2.1 CouplingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 10 conservative mappingType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 601c8d20-7717-11e1-8021-00163e9152a5 rcp6_BCC dataObject 1 Reference to a dataObject called rcp6_BCC 05af357e-fd27-11df-a88e-00163e9152a5 BCC_AGCM2.1 modelComponent 1 Reference to a modelComponent called BCC_AGCM2.1 05af357e-fd27-11df-a88e-00163e9152a5 aerosol fields componentProperty 1 Reference to a componentProperty called aerosol fields in a modelComponent called BCC_AGCM2.1 Tongwen Wu; Xiaoge Xin No short lived aerosol species are considered in the simulation. bb1b5da8-d3a5-11df-837f-00163e9152a5 bc.086 NumericalRequirement 1 Reference to a NumericalRequirement called bc.086 in a experiment called 4.4 rcp60 No historical aerosol precursors are considered in the simulation. bb1b5da8-d3a5-11df-837f-00163e9152a5 bc.088 NumericalRequirement 1 Reference to a NumericalRequirement called bc.088 in a experiment called 4.4 rcp60 Land use is fixed as the pre-industrial run. bb1b5da8-d3a5-11df-837f-00163e9152a5 bc.093 NumericalRequirement 1 Reference to a NumericalRequirement called bc.093 in a experiment called 4.4 rcp60 Initial conditions are from 2006 of the first member of expt.3.2. bb1b5da8-d3a5-11df-837f-00163e9152a5 ic.004 NumericalRequirement 1 Reference to a NumericalRequirement called ic.004 in a experiment called 4.4 rcp60 Imposed changing concentrations of RCP6 well mixed gases. bb1b5da8-d3a5-11df-837f-00163e9152a5 bc.085 NumericalRequirement 1 Reference to a NumericalRequirement called bc.085 in a experiment called 4.4 rcp60 Imposed changing concentrations of RCP6 aerosols. bb1b5da8-d3a5-11df-837f-00163e9152a5 bc.087 NumericalRequirement 1 Reference to a NumericalRequirement called bc.087 in a experiment called 4.4 rcp60 No constant background volcanic aerosol is specified. bb1b5da8-d3a5-11df-837f-00163e9152a5 bc.034 NumericalRequirement 1 Reference to a NumericalRequirement called bc.034 in a experiment called 4.4 rcp60 Begin in 2006 and end in 2099. bb1b5da8-d3a5-11df-837f-00163e9152a5 stc.030 NumericalRequirement 1 Reference to a NumericalRequirement called stc.030 in a experiment called 4.4 rcp60 The resources(deployment) on which this simulation ran 77512e3c-f839-11df-9a3e-00163e9152a5 SUNWAY4000A platform 1 Reference to a platform called SUNWAY4000A 2100-12-31T23:59:59Z 2006-01-01T00:00:00Z 03c6cbaa-fd27-11df-a88e-00163e9152a5 BCC-CSM1.1 modelComponent 7 Reference to a modelComponent called BCC-CSM1.1 6ff0221e-42ea-11e0-8661-00163e9152a5 1 QN_DRS The QN_DRS value allows mapping from data files to metadata being exported from the metadata questionnaire, and contains the institution name, the model name on which the simulation was run, the experiment name to which the simulation conforms, the simulation level base rip value, and finally the given start year for the simulation. The format of the string will thus be: institute_model_experiment_rip_startyear. Also note, that in particular cases, i.e. decadal and noVolc exps, the start date and expdate may differ - this will occur in those cases where the simulation start date is 1st january but still refers to an experiment for the year before. - (see cmip5 experiment design document) DRS_CMIP5_ensembleType Metafor Questionnaire 2012-09-26T04:17:52.766504 Extends from the first member of expt.3.2. c9a6ad90-3d87-11e0-a972-00163e9152a5 historical simulation 2 Reference to a simulation called historical Provide estimate of future anthropogenic climate change rcp60 RCP6 Future projection (2006-2100) forced by RCP6. RCP6 is a representative concentration pathway which approximately results in a radiative forcing of 6 W m-2 at year 2100, relative to pre-industrial conditions. 4.4 ic.004 4.4.ic Initial conditions are from the end of experiment 3.2_historical 4.4.bc.wmg Imposed changing concentrations or emissions of RCP6 well mixed gases, including CO2 bc.085 4.4.bc.wmg_conc Concentrations bc.089 4.4.bc.wmg_em Emissions 4.4.bc.sls Imposed changing concentrations or emissions of RCP6 short lived gas species bc.086 4.4.bc.sls_conc Concentrations bc.090 4.4.bc.sls_em Emissions 4.4.bc.aer Imposed changing concentrations or emissions of RCP6 aerosols bc.087 4.4.bc.aer_conc Concentrations bc.091 4.4.bc.aer_em Emissions 4.4.bc.aer_pre Imposed changing concentrations or emissions of RCP6 aerosol precursors bc.088 4.4.bc.aer_pre_conc Concentrations bc.092 4.4.bc.aer_pre_em Emissions bc.093 4.4.bc.LU Imposed changing RCP6 land use stc.030 4.4.stc.2006_94yr Begin in 2006 and run for 94 years P94Y 2100-01-01T00:00:00Z 2006-01-01T00:00:00Z bc.034 4.4.bc.volc_aer_conc Imposed constant background volcanic aerosol bb1b5da8-d3a5-11df-837f-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:52.798287 SUNWAY4000A_Intel Machine SUNWAY4000A and compiler Intel Beijing Climate Center, China Meteorological Administration BCC SUNWAY4000A Parallel machineOperatingSystem http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk machineVendor http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk machineInterconnect http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk 120 8 machineProcessorType http://proj.badc.rl.ac.uk/svn/metafor/cmip5q/trunk Intel 11.0 77512e3c-f839-11df-9a3e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:52.798518 rcp6_BCC Forcing data of RCP6.0 including well mixed greenhouse gases, aerosols, ozone are from CMIP5. http://cmip-pcmdi.llnl.gov/cmip5/forcing.html?submenuheader=2#rcp_forcing forcing data of RCP6.0 601c8d20-7717-11e1-8021-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:52.822165 Atmosphere T42L26 Spectral AGCM model at T42 horizontal resolution and 26 layers in vertical direction Spectral AGCM model at T42 horizontal resolution and 26 layers in vertical direction Wu_2008 http://journals.ametsoc.org/doi/pdf/10.1175/2007JAS2514.1 Wu T, R Yu, and F Zhang (2008) A modified dynamic framework for atmospheric spectral model and its application. J. Atmos. Sci., 65: 2235-2253. Wu_2010 http://www.springerlink.com/content/h27nk715864g2u32/ Wu T, R Yu, F Zhang, et al. (2010) The Beijing Climate Center for Atmospheric General Circulation Model (BCC-AGCM2.0.1): Description and its performance for the present-day climate. Clim. Dyn., 34: 123-147. 90S 90N 0 360 42 SpectralTruncatureNumber 2.917hPa TopModelLevel 4 NumberOfLevelsBelow850hPa 13 NumberOfLevelsAbove200hPa 26 NumberOfLevels pressure at model level p=A*p0(constant) +B*ps(surface pressure) Hybridization T42L26 09593164-f838-11df-9a3e-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:53.165513 Ocean tripolar grid global horizonaltal tripolar grid and 40 vertical layers global horizonaltal tripolar grid and 40 vertical layers Murray_1996 Murray, R. J. (1996). "Explicit generation of orthogonal grids for ocean models". Journal of Computational Physics, 126, 251-273. 82S 90N 0 360E 65N ThirdPoleLat 100W ThirdPoleLon 90S FirstPoleLat 65N SecondPoleLat 360 NumberOfCellsInFirstGridDimension 232 NumberOfCellsInSecondGridDimension 80E SecondPoleLon 0E FirstPoleLon 10 NumberOfLevelsInUpper100m 20 UpperLevel 20 LowerLevel 40 NumberOfLevels tripolar c1d45020-2a83-11e0-82d0-00163e9152a5 1 Metafor Questionnaire 2012-09-26T04:17:53.257063