[ {
"@graph" : [ {
"@id" : "https://w3id.org/np/RAyqm0sMk5vUO0zslIwy9E9EUMwZMrbKr1MFoaf_snO5Q",
"@type" : [ "http://www.nanopub.org/nschema#Nanopublication" ],
"http://www.nanopub.org/nschema#hasAssertion" : [ {
"@id" : "https://w3id.org/np/RAyqm0sMk5vUO0zslIwy9E9EUMwZMrbKr1MFoaf_snO5Q/assertion"
} ],
"http://www.nanopub.org/nschema#hasProvenance" : [ {
"@id" : "https://w3id.org/np/RAyqm0sMk5vUO0zslIwy9E9EUMwZMrbKr1MFoaf_snO5Q/provenance"
} ],
"http://www.nanopub.org/nschema#hasPublicationInfo" : [ {
"@id" : "https://w3id.org/np/RAyqm0sMk5vUO0zslIwy9E9EUMwZMrbKr1MFoaf_snO5Q/pubinfo"
} ]
} ],
"@id" : "https://w3id.org/np/RAyqm0sMk5vUO0zslIwy9E9EUMwZMrbKr1MFoaf_snO5Q/Head"
}, {
"@graph" : [ {
"@id" : "http://eurovoc.europa.eu/2919",
"@type" : [ "http://schema.org/DefinedTerm" ],
"http://schema.org/description" : [ {
"@value" : ""
} ],
"http://schema.org/name" : [ {
"@value" : "Environmental research"
} ]
}, {
"@id" : "http://eurovoc.europa.eu/3941",
"@type" : [ "http://schema.org/DefinedTerm" ],
"http://schema.org/description" : [ {
"@value" : ""
} ],
"http://schema.org/name" : [ {
"@value" : "Life sciences"
} ]
}, {
"@id" : "http://eurovoc.europa.eu/3946",
"@type" : [ "http://schema.org/DefinedTerm" ],
"http://schema.org/description" : [ {
"@value" : ""
} ],
"http://schema.org/name" : [ {
"@value" : "Physical sciences"
} ]
}, {
"@id" : "http://eurovoc.europa.eu/3952",
"@type" : [ "http://schema.org/DefinedTerm" ],
"http://schema.org/description" : [ {
"@value" : ""
} ],
"http://schema.org/name" : [ {
"@value" : "Earth sciences"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/-1445077896",
"@type" : [ "https://w3id.org/contentdesc#Domain" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "meteorology"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/-1723832340",
"@type" : [ "https://w3id.org/contentdesc#Domain" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "astronomy"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/-1802174693",
"@type" : [ "https://w3id.org/contentdesc#Expression" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "experiment type"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/-1839875969",
"@type" : [ "https://w3id.org/contentdesc#Place" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "British Columbia"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/-1864847809",
"@type" : [ "https://w3id.org/contentdesc#Place" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "Quebec"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/-1909662261",
"@type" : [ "https://w3id.org/contentdesc#Expression" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "Cloud fraction"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/-1955917554",
"@type" : [ "https://w3id.org/contentdesc#Organization" ],
"http://schema.org/name" : [ {
"@value" : "NorESM"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/-409050746",
"@type" : [ "https://w3id.org/contentdesc#Expression" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "production machine"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/-586095033",
"@type" : [ "https://w3id.org/contentdesc#Domain" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "physics"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/-771733562",
"@type" : [ "https://w3id.org/contentdesc#Place" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "United States of America"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/100007592",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "snow"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/100008105",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "cloud"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/100011050",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "machine"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/100039583",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "pressure"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/100101996",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "experiment"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/100104572",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "aerosol"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/100160360",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "convection"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/100167367",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "greenhouse gas"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/100180631",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "humidity"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/100750480",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "flux"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/100774176",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "threshold"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/102499648",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "relative humidity"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/103686062",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "concentration"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/106485375",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "flux"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/1077190439",
"@type" : [ "https://w3id.org/contentdesc#Expression" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "amip experiment"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/1111734651",
"@type" : [ "https://w3id.org/contentdesc#Expression" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "GHG concentration change"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/1396551015",
"@type" : [ "https://w3id.org/contentdesc#Expression" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "output frequency"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/1492100305",
"@type" : [ "https://w3id.org/contentdesc#Organization" ],
"http://schema.org/name" : [ {
"@value" : "Warm Cloud Occurence"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/15276464",
"@type" : [ "https://w3id.org/contentdesc#Expression" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "number concentration"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/15888434",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "British Columbia"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/15908",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "end product"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/1911187566",
"@type" : [ "https://w3id.org/contentdesc#Expression" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "precipitation rate"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/1972851827",
"@type" : [ "https://w3id.org/contentdesc#Expression" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "Grid-box cloud water path"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/1986297985",
"@type" : [ "https://w3id.org/contentdesc#Place" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "Bergen"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/201166",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "Cloud"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/24521",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "speed"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/43650",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "agent"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/48772",
"@type" : [ "https://w3id.org/contentdesc#Concept" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "cloud"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/64242500",
"@type" : [ "https://w3id.org/contentdesc#Organization" ],
"http://schema.org/name" : [ {
"@value" : "CMIP5"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/683962532",
"@type" : [ "https://w3id.org/contentdesc#Domain" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "chemistry"
} ]
}, {
"@id" : "http://w3id.org/ro-id/rohub/model#subject/903435387",
"@type" : [ "https://w3id.org/contentdesc#Expression" ],
"http://www.w3.org/2004/02/skos/core#prefLabel" : [ {
"@value" : "cloud droplet"
} ]
}, {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/",
"@type" : [ "http://purl.org/wf4ever/ro#ResearchObject", "http://purl.org/wf4ever/roevo#LiveRO", "http://schema.org/Dataset", "http://w3id.org/ro/earth-science#DataResearchObject", "https://w3id.org/ro/terms/earth-science#DataResearchObject" ],
"http://schema.org/about" : [ {
"@id" : "http://eurovoc.europa.eu/2919"
}, {
"@id" : "http://eurovoc.europa.eu/3941"
}, {
"@id" : "http://eurovoc.europa.eu/3946"
}, {
"@id" : "http://eurovoc.europa.eu/3952"
} ],
"http://schema.org/author" : [ {
"@id" : "mailto:NCC@rohub.com"
} ],
"http://schema.org/contentLocation" : [ {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/#a15f19f3-c278-418e-b620-dc0af357c3d4"
} ],
"http://schema.org/contentSize" : [ {
"@type" : "http://www.w3.org/2001/XMLSchema#integer",
"@value" : "17950"
} ],
"http://schema.org/contentUrl" : [ {
"@value" : "https://api.rohub.org/api/ros/3267118d-3c51-454f-bbb4-701b61ab6cf2/crate/download/"
} ],
"http://schema.org/creator" : [ {
"@id" : "mailto:georgehadib@gmail.com"
} ],
"http://schema.org/dateCreated" : [ {
"@value" : "2022-03-22 03:36:04.073148+00:00"
} ],
"http://schema.org/dateModified" : [ {
"@value" : "2025-03-05 12:48:08.565987+00:00"
} ],
"http://schema.org/datePublished" : [ {
"@value" : "2022-03-22 03:36:04.073148+00:00"
} ],
"http://schema.org/description" : [ {
"@value" : "Norwegian Earth System Model version 1 (medium resolution) output prepared for the CMIP5 amip experiment \n\nTechnical details:\nProduction machine: Cray XT3 in Bergen (hexagon)\nModel source: LINK: http://svn.met.no/viewvc/noresm/noresm/branches/noresm-ver1_cmip5-r112\nModel revision number: 112\nModel components: atmosphere=CAM4; ocean=MICOM; land=CLM; sea ice=CICE\nHorizontal resolution: atmosphere/land=1.9x2.5 degree; ocean/sea ice=~1 degree \nOutput frequency: monthly + daily + 6-hourly + 3-hourly as requested by CMIP5\nExperiment type: fully coupled\nInitialisation: Initial conditions are from year 1979 of experiment 3.2 historical.\nChanging forcing agents: prescribed GHG concentration changes; aerosol emissions for SO4, POM and BC (see Kirkevåg et al. 2013)\nTuning parameters changed relative to the host model CAM4: rhminl=0.90 (0.91 in CAM4) reduced RH threshold for formation of low stratiform clouds; critrp=5.0 mm/day (0.5 mm/day in CAM4) maximum precipitation rate for suppression of autoconversion of cloud water; r3lc=14 um (10 um in CAM4) critical mean droplet volume radius for onset of autoconversion\n\nExternal references:\nLINK: http://cmip-pcmdi.llnl.gov/cmip5/docs/Taylor_CMIP5_design.pdf (experimental design)\nLINK: http://search.es-doc.org (model system, boundary conditions, experiments, etc)\nLINK: http://noresg.norstore.no (Norwegian ESGF portal with post-processed CMIP5 data)\nLINK: http://www.geosci-model-dev.net/special_issue20.html (NorESM special issue)\n Data description: case = NFAMIP2005AERAMIPO_f19_f19_02; NFAMIP2008AERAMIPO_f19_f19_02 Source = CAM ; Variables =\t\tP0:reference pressure ;\tlat:latitude ;\tlon:longitude ;\tslat:staggered latitude ;\tslon:staggered longitude ;\tw_stag:staggered latitude weights ;\tlev:hybrid level at midpoints (1000*(A+B)) ;\tilev:hybrid level at interfaces (1000*(A+B)) ;\tisccp_prs:Mean ISCCP pressure ;\tisccp_tau:Mean ISCCP optical depth ;\tisccp_prstau:Mean pressure (mb).mean optical depth (unitless)/1000 ;\ttime:time ;\ttime_bnds:time interval endpoints ;\tntrm:spectral truncation parameter M ;\tntrn:spectral truncation parameter N ;\tntrk:spectral truncation parameter K ;\tndbase:base day ;\tnsbase:seconds of base day ;\tnbdate:base date (YYYYMMDD) ;\tnbsec:seconds of base date ;\tmdt:timestep ;\tnlon:number of longitudes ;\twnummax:cutoff Fourier wavenumber ;\thyai:hybrid A coefficient at layer interfaces ;\thybi:hybrid B coefficient at layer interfaces ;\thyam:hybrid A coefficient at layer midpoints ;\thybm:hybrid B coefficient at layer midpoints ;\tgw:gauss weights ;\tndcur:current day (from base day) ;\tnscur:current seconds of current day ;\tdate:current date (YYYYMMDD) ;\tco2vmr:co2 volume mixing ratio ;\tch4vmr:ch4 volume mixing ratio ;\tn2ovmr:n2o volume mixing ratio ;\tf11vmr:f11 volume mixing ratio ;\tf12vmr:f12 volume mixing ratio ;\tsol_tsi:total solar irradiance ;\tdatesec:current seconds of current date ;\tnsteph:current timestep ;\tAEROD_v:Total Aerosol Optical Depth in visible band ;\tAKCXS:Scheme excess aerosol mass burden ;\tBAK:Aerosol extinction ;\tBC:Concentration ;\tBC_A:BC_A ;\tBC_AC:BC_AC ;\tBC_AI:BC_AI ;\tBC_AX:BC_AX ;\tBC_N:BC_N ;\tBC_NI:BC_NI ;\tCABSVIS:Clear air aerosol absorptive optical depth ;\tCDNC:Cloud Droplet Number Concentration ;\tCDNCINT:Cloud Droplet Number Column ;\tCDNCIX:Aerosol calc cloud droplet number concentration ;\tCDODVIS:Clear air aerosol optical depth ;\tCH2O2:H2O2 MMR from file ;\tCLDFOC:Frequency of Warm Cloud Occurence ;\tCLDFREE:Cloud free fraction wrt CDODVIS and CABSVIS ;\tCLDHGH:Vertically-integrated high cloud ;\tCLDICE:Grid box averaged cloud ice amount ;\tCLDLIQ:Grid box averaged cloud liquid amount ;\tCLDLIX:Aerosol calc averaged liquid condensate amount ;\tCLDLOW:Vertically-integrated low cloud ;\tCLDMED:Vertically-integrated mid-level cloud ;\tCLDTOT:Vertically-integrated total cloud ;\tCLOUD:Cloud fraction ;\tCMFDQ:QV tendency - shallow convection ;\tCMFDQR:Q tendency - shallow convection rainout ;\tCMFDT:T tendency - shallow convection ;\tCMFMC:Moist shallow convection mass flux ;\tCMFMCDZM:Convection mass flux from ZM deep ;\tCONCLD:Convective cloud cover ;\tC_BC:Column burden ;\tC_DMS:Column burden ;\tC_DUST:Column burden ;\tC_POM:Column burden ;\tC_SO2:Column burden ;\tC_SO4:Column burden ;\tC_SS:Column burden ;\tDAYFOC:Daylight fraction ;\tDCQ:Q tendency due to moist processes ;\tDMS:DMS ;\tDMSCO:Concentration ;\tDRY_BC:Dry deposition ;\tDRY_DUST:Dry deposition ;\tDRY_POM:Dry deposition ;\tDRY_SO2:Dry deposition ;\tDRY_SO4:Dry deposition ;\tDRY_SS:Dry deposition ;\tDST_A2:DST_A2 ;\tDST_A3:DST_A3 ;\tDTCOND:T tendency - moist processes ;\tDTV:T vertical diffusion ;\tDUST:Concentration ;\tEMI_BC:Emissions ;\tEMI_DMS:Emissions ;\tEMI_DUST:Emissions ;\tEMI_POM:Emissions ;\tEMI_SO2:Emissions ;\tEMI_SO4:Emissions ;\tEMI_SS:Emissions ;\tEVAPX:Evaporation of cloud droplets ;\tFICE:Fractional ice content within cloud ;\tFLDS:Downwelling longwave flux at surface ;\tFLDSC:Clearsky downwelling longwave flux at surface ;\tFLNS:Net longwave flux at surface ;\tFLNSC:Clearsky net longwave flux at surface ;\tFLNT:Net longwave flux at top of model ;\tFLNTC:Clearsky net longwave flux at top of model ;\tFLUT:Upwelling longwave flux at top of model ;\tFLUTC:Clearsky upwelling longwave flux at top of model ;\tFOCHANA:Frequency of Occurrence of Clouds with REHANA /= 0 ;\tFREEZ: rate of freezing of cloud droplets ;\tFREQSH:Fractional occurance of shallow convection ;\tFREQZM:Fractional occurance of ZM convection ;\tFSDS:Downwelling solar flux at surface ;\tFSDSC:Clearsky downwelling solar flux at surface ;\tFSNS:Net solar flux at surface ;\tFSNSC:Clearsky net solar flux at surface ;\tFSNT:Net solar flux at top of model ;\tFSNTC:Clearsky net solar flux at top of model ;\tFSNTOA:Net solar flux at top of atmosphere ;\tFSNTOAC:Clearsky net solar flux at top of atmosphere ;\tFSUTOA:Upwelling solar flux at top of atmosphere ;\tGAK:Aerosol assymetry factor ;\tGCLDLWP:Grid-box cloud water path ;\tH2O2:H2O2 ;\tICEFRAC:Fraction of sfc area covered by sea-ice ;\tICLDIWP:In-cloud ice water path ;\tICLDTWP:In-cloud cloud total water path (liquid and ice) ;\tICLDTWX:In-cloud cloud total water path (liquid and ice) ;\tICWMRX:Prognostic in-cloud water mixing ratio ;\tKHET:Aqueous-phase reaction rate ;\tLANDFRAC:Fraction of sfc area covered by land ;\tLCLOUD:Liquid cloud fraction ;\tLHFLX:Surface latent heat flux ;\tLWCF:Longwave cloud forcing ;\tMSAGA:MSA gas-phase prod ;\tMSKtem:TEM mask ;\tNDROPCOL:Column droplet number ;\tNDROPMIX:Droplet number mixing ;\tNDROPSNK:Droplet number loss by microphysics ;\tNDROPSRC:Droplet number source ;\tNRAINX:Loss of cloud droplets due to precip ;\tNUCRAT:Nucleation of cloud droplets ;\tNUSO4N:SO4 nucleation rate ;\tN_AER:Aerosol number concentration ;\tN_AERORG:Aerosol number concentration ;\tOCNFRAC:Fraction of sfc area covered by ocean ;\tODV_SSLTA:SSLTA optical depth in visible band ;\tODV_SSLTC:SSLTC optical depth in visible band ;\tODV_VOLC_MMR:VOLC_MMR optical depth in visible band ;\tODV_bcar1:bcar1 optical depth in visible band ;\tODV_bcar2:bcar2 optical depth in visible band ;\tODV_dust1:dust1 optical depth in visible band ;\tODV_dust2:dust2 optical depth in visible band ;\tODV_dust3:dust3 optical depth in visible band ;\tODV_dust4:dust4 optical depth in visible band ;\tODV_ocar1:ocar1 optical depth in visible band ;\tODV_ocar2:ocar2 optical depth in visible band ;\tODV_sulf:sulf optical depth in visible band ;\tOMEGA:Vertical velocity (pressure) ;\tOMEGAT:Vertical heat flux ;\tOM_AC:OM_AC ;\tOM_AI:OM_AI ;\tOM_NI:OM_NI ;\tPBLH:PBL height ;\tPCONVB:convection base pressure ;\tPCONVT:convection top pressure ;\tPHIS:Surface geopotential ;\tPOM:Concentration ;\tPRECC:Convective precipitation rate (liq + ice) ;\tPRECCDZM:Convective precipitation rate from ZM deep ;\tPRECL:Large-scale (stable) precipitation rate (liq + ice) ;\tPRECSC:Convective snow rate (water equivalent) ;\tPRECSH:Shallow Convection precipitation rate ;\tPRECSL:Large-scale (stable) snow rate (water equivalent) ;\tPRECT:Total (convective and large-scale) precipitation rate (liq + ice) ;\tPS:Surface pressure ;\tPSL:Sea level pressure ;\tQ:Specific humidity ;\tQC:Q tendency - shallow convection LW export ;\tQFLX:Surface water flux ;\tQREFHT:Reference height humidity ;\tQRL:Longwave heating rate ;\tQRS:Solar heating rate ;\tREFFL:Effective Radius of Cloud Droplets ;\tREHANA:Effective radius as seen from satellite ;\tRELH:Fictive relative humidity ;\tRELHUM:Relative humidity ;\tRHREFHT:Reference height relative humidity ;\tS2GA:SO2 gas-phase prod ;\tS4AQ:Sulphate aq.phase prod ;\tS4GA:Sulphate gas-phase prod ;\tSELFX:Selfcollection of cloud droplets ;\tSFCDNCIX:CDNCIX surface flux ;\tSFCLDICE:CLDICE surface flux ;\tSFCLDLIQ:CLDLIQ surface flux ;\tSFCLDLIX:CLDLIX surface flux ;\tSHFLX:Surface sensible heat flux ;\tSNOWHICE:Water equivalent snow depth ;\tSNOWHLND:Water equivalent snow depth ;\tSO2:SO2 ;\tSO2CO:Concentration ;\tSO4:Concentration ;\tSO4_A1:SO4_A1 ;\tSO4_A2:SO4_A2 ;\tSO4_AC:SO4_AC ;\tSO4_N:SO4_N ;\tSO4_NA:SO4_NA ;\tSO4_PR:SO4_PR ;\tSOLIN:Solar insolation ;\tSOLLD:Solar downward near infrared diffuse to surface ;\tSOLSD:Solar downward visible diffuse to surface ;\tSRFRAD:Net radiative flux at surface ;\tSS:Concentration ;\tSST:sea surface temperature ;\tSS_A1:SS_A1 ;\tSS_A2:SS_A2 ;\tSS_A3:SS_A3 ;\tSUPERSAT:Supersaturation from AGR schem ;\tSWCF:Shortwave cloud forcing ;\tT:Temperature ;\tTAUA550:Aerosol absorptive optical depth at 550nm ;\tTAUE550:Aerosol optical depth at 550nm ;\tTAUX:Zonal surface stress ;\tTAUY:Meridional surface stress ;\tTGCLDIWP:Total grid-box cloud ice water path ;\tTGCLDLWP:Total grid-box cloud liquid water path ;\tTGCLDLWX:Offline grid-box cloud liquid water path ;\tTH:Potential Temperature ;\tTH2d:Zonal-Mean potential temp ;\tTMQ:Total (vertically integrated) precipitatable water ;\tTREFHT:Reference height temperature ;\tTREFMNAV:Average of TREFHT daily minimum ;\tTREFMXAV:Average of TREFHT daily maximum ;\tTROP_P:Tropopause Pressure ;\tTROP_T:Tropopause Temperature ;\tTROP_Z:Tropopause Height ;\tTS:Surface temperature (radiative) ;\tTSMN:Minimum surface temperature over output period ;\tTSMX:Maximum surface temperature over output period ;\tU:Zonal wind ;\tU2d:Zonal-Mean zonal wind ;\tUS:Zonal wind, staggered ;\tUTGWORO:U tendency - orographic gravity wave drag ;\tUU:Zonal velocity squared ;\tUV2d:Meridional Flux of Zonal Momentum: 2D prj of zon. mean ;\tUV3d:Meridional Flux of Zonal Momentum: 3D zon. mean ;\tUW2d:Vertical Flux of Zonal Momentum; 2D prj of zon. mean ;\tUW3d:Vertical Flux of Zonal Momentum: 3D zon. mean ;\tV:Meridional wind ;\tV2d:Zonal-Mean meridional wind ;\tVD01:Vertical diffusion of Q ;\tVQ:Meridional water transport ;\tVS:Meridional wind, staggered ;\tVT:Meridional heat transport ;\tVTH2d:Meridional Heat Flux: 2D prj of zon. mean ;\tVTH3d:Meridional Heat Flux: 3D zon. mean ;\tVU:Meridional flux of zonal momentum ;\tVV:Meridional velocity squared ;\tW2d:Zonal-Mean vertical wind ;\tWAK:Aerosol single scattering albedo ;\tWET_BC:Wet deposition ;\tWET_DUST:Wet deposition ;\tWET_POM:Wet deposition ;\tWET_SO2:Wet deposition ;\tWET_SO4:Wet deposition ;\tWET_SS:Wet deposition ;\tWTH3d:Vertical Heat Flux: 3D zon. mean ;\tWTKE:Standard deviation of updraft velocity ;\tZ3:Geopotential Height (above sea level) ;\tcb_ozone_c:ozone column burden used in climate calculation ;\tcb_sulf_c:sulf column burden used in climate calculation ;\tSource = CLM ; Variables =\t\tP0:reference pressure ;\tlat:latitude ;\tlon:longitude ;\tslat:staggered latitude ;\tslon:staggered longitude ;\tw_stag:staggered latitude weights ;\tlev:hybrid level at midpoints (1000*(A+B)) ;\tilev:hybrid level at interfaces (1000*(A+B)) ;\tisccp_prs:Mean ISCCP pressure ;\tisccp_tau:Mean ISCCP optical depth ;\tisccp_prstau:Mean pressure (mb).mean optical depth (unitless)/1000 ;\ttime:time ;\ttime_bnds:time interval endpoints ;\tntrm:spectral truncation parameter M ;\tntrn:spectral truncation parameter N ;\tntrk:spectral truncation parameter K ;\tndbase:base day ;\tnsbase:seconds of base day ;\tnbdate:base date (YYYYMMDD) ;\tnbsec:seconds of base date ;\tmdt:timestep ;\tnlon:number of longitudes ;\twnummax:cutoff Fourier wavenumber ;\thyai:hybrid A coefficient at layer interfaces ;\thybi:hybrid B coefficient at layer interfaces ;\thyam:hybrid A coefficient at layer midpoints ;\thybm:hybrid B coefficient at layer midpoints ;\tgw:gauss weights ;\tndcur:current day (from base day) ;\tnscur:current seconds of current day ;\tdate:current date (YYYYMMDD) ;\tco2vmr:co2 volume mixing ratio ;\tch4vmr:ch4 volume mixing ratio ;\tn2ovmr:n2o volume mixing ratio ;\tf11vmr:f11 volume mixing ratio ;\tf12vmr:f12 volume mixing ratio ;\tsol_tsi:total solar irradiance ;\tdatesec:current seconds of current date ;\tnsteph:current timestep ;\tAEROD_v:Total Aerosol Optical Depth in visible band ;\tAKCXS:Scheme excess aerosol mass burden ;\tBAK:Aerosol extinction ;\tBC:Concentration ;\tBC_A:BC_A ;\tBC_AC:BC_AC ;\tBC_AI:BC_AI ;\tBC_AX:BC_AX ;\tBC_N:BC_N ;\tBC_NI:BC_NI ;\tCABSVIS:Clear air aerosol absorptive optical depth ;\tCDNC:Cloud Droplet Number Concentration ;\tCDNCINT:Cloud Droplet Number Column ;\tCDNCIX:Aerosol calc cloud droplet number concentration ;\tCDODVIS:Clear air aerosol optical depth ;\tCH2O2:H2O2 MMR from file ;\tCLDFOC:Frequency of Warm Cloud Occurence ;\tCLDFREE:Cloud free fraction wrt CDODVIS and CABSVIS ;\tCLDHGH:Vertically-integrated high cloud ;\tCLDICE:Grid box averaged cloud ice amount ;\tCLDLIQ:Grid box averaged cloud liquid amount ;\tCLDLIX:Aerosol calc averaged liquid condensate amount ;\tCLDLOW:Vertically-integrated low cloud ;\tCLDMED:Vertically-integrated mid-level cloud ;\tCLDTOT:Vertically-integrated total cloud ;\tCLOUD:Cloud fraction ;\tCMFDQ:QV tendency - shallow convection ;\tCMFDQR:Q tendency - shallow convection rainout ;\tCMFDT:T tendency - shallow convection ;\tCMFMC:Moist shallow convection mass flux ;\tCMFMCDZM:Convection mass flux from ZM deep ;\tCONCLD:Convective cloud cover ;\tC_BC:Column burden ;\tC_DMS:Column burden ;\tC_DUST:Column burden ;\tC_POM:Column burden ;\tC_SO2:Column burden ;\tC_SO4:Column burden ;\tC_SS:Column burden ;\tDAYFOC:Daylight fraction ;\tDCQ:Q tendency due to moist processes ;\tDMS:DMS ;\tDMSCO:Concentration ;\tDRY_BC:Dry deposition ;\tDRY_DUST:Dry deposition ;\tDRY_POM:Dry deposition ;\tDRY_SO2:Dry deposition ;\tDRY_SO4:Dry deposition ;\tDRY_SS:Dry deposition ;\tDST_A2:DST_A2 ;\tDST_A3:DST_A3 ;\tDTCOND:T tendency - moist processes ;\tDTV:T vertical diffusion ;\tDUST:Concentration ;\tEMI_BC:Emissions ;\tEMI_DMS:Emissions ;\tEMI_DUST:Emissions ;\tEMI_POM:Emissions ;\tEMI_SO2:Emissions ;\tEMI_SO4:Emissions ;\tEMI_SS:Emissions ;\tEVAPX:Evaporation of cloud droplets ;\tFICE:Fractional ice content within cloud ;\tFLDS:Downwelling longwave flux at surface ;\tFLDSC:Clearsky downwelling longwave flux at surface ;\tFLNS:Net longwave flux at surface ;\tFLNSC:Clearsky net longwave flux at surface ;\tFLNT:Net longwave flux at top of model ;\tFLNTC:Clearsky net longwave flux at top of model ;\tFLUT:Upwelling longwave flux at top of model ;\tFLUTC:Clearsky upwelling longwave flux at top of model ;\tFOCHANA:Frequency of Occurrence of Clouds with REHANA /= 0 ;\tFREEZ: rate of freezing of cloud droplets ;\tFREQSH:Fractional occurance of shallow convection ;\tFREQZM:Fractional occurance of ZM convection ;\tFSDS:Downwelling solar flux at surface ;\tFSDSC:Clearsky downwelling solar flux at surface ;\tFSNS:Net solar flux at surface ;\tFSNSC:Clearsky net solar flux at surface ;\tFSNT:Net solar flux at top of model ;\tFSNTC:Clearsky net solar flux at top of model ;\tFSNTOA:Net solar flux at top of atmosphere ;\tFSNTOAC:Clearsky net solar flux at top of atmosphere ;\tFSUTOA:Upwelling solar flux at top of atmosphere ;\tGAK:Aerosol assymetry factor ;\tGCLDLWP:Grid-box cloud water path ;\tH2O2:H2O2 ;\tICEFRAC:Fraction of sfc area covered by sea-ice ;\tICLDIWP:In-cloud ice water path ;\tICLDTWP:In-cloud cloud total water path (liquid and ice) ;\tICLDTWX:In-cloud cloud total water path (liquid and ice) ;\tICWMRX:Prognostic in-cloud water mixing ratio ;\tKHET:Aqueous-phase reaction rate ;\tLANDFRAC:Fraction of sfc area covered by land ;\tLCLOUD:Liquid cloud fraction ;\tLHFLX:Surface latent heat flux ;\tLWCF:Longwave cloud forcing ;\tMSAGA:MSA gas-phase prod ;\tMSKtem:TEM mask ;\tNDROPCOL:Column droplet number ;\tNDROPMIX:Droplet number mixing ;\tNDROPSNK:Droplet number loss by microphysics ;\tNDROPSRC:Droplet number source ;\tNRAINX:Loss of cloud droplets due to precip ;\tNUCRAT:Nucleation of cloud droplets ;\tNUSO4N:SO4 nucleation rate ;\tN_AER:Aerosol number concentration ;\tN_AERORG:Aerosol number concentration ;\tOCNFRAC:Fraction of sfc area covered by ocean ;\tODV_SSLTA:SSLTA optical depth in visible band ;\tODV_SSLTC:SSLTC optical depth in visible band ;\tODV_bcar1:bcar1 optical depth in visible band ;\tODV_bcar2:bcar2 optical depth in visible band ;\tODV_dust1:dust1 optical depth in visible band ;\tODV_dust2:dust2 optical depth in visible band ;\tODV_dust3:dust3 optical depth in visible band ;\tODV_dust4:dust4 optical depth in visible band ;\tODV_ocar1:ocar1 optical depth in visible band ;\tODV_ocar2:ocar2 optical depth in visible band ;\tODV_sulf:sulf optical depth in visible band ;\tOMEGA:Vertical velocity (pressure) ;\tOMEGAT:Vertical heat flux ;\tOM_AC:OM_AC ;\tOM_AI:OM_AI ;\tOM_NI:OM_NI ;\tPBLH:PBL height ;\tPCONVB:convection base pressure ;\tPCONVT:convection top pressure ;\tPHIS:Surface geopotential ;\tPOM:Concentration ;\tPRECC:Convective precipitation rate (liq + ice) ;\tPRECCDZM:Convective precipitation rate from ZM deep ;\tPRECL:Large-scale (stable) precipitation rate (liq + ice) ;\tPRECSC:Convective snow rate (water equivalent) ;\tPRECSH:Shallow Convection precipitation rate ;\tPRECSL:Large-scale (stable) snow rate (water equivalent) ;\tPRECT:Total (convective and large-scale) precipitation rate (liq + ice) ;\tPS:Surface pressure ;\tPSL:Sea level pressure ;\tQ:Specific humidity ;\tQC:Q tendency - shallow convection LW export ;\tQFLX:Surface water flux ;\tQREFHT:Reference height humidity ;\tQRL:Longwave heating rate ;\tQRS:Solar heating rate ;\tREFFL:Effective Radius of Cloud Droplets ;\tREHANA:Effective radius as seen from satellite ;\tRELH:Fictive relative humidity ;\tRELHUM:Relative humidity ;\tRHREFHT:Reference height relative humidity ;\tS2GA:SO2 gas-phase prod ;\tS4AQ:Sulphate aq.phase prod ;\tS4GA:Sulphate gas-phase prod ;\tSELFX:Selfcollection of cloud droplets ;\tSFCDNCIX:CDNCIX surface flux ;\tSFCLDICE:CLDICE surface flux ;\tSFCLDLIQ:CLDLIQ surface flux ;\tSFCLDLIX:CLDLIX surface flux ;\tSHFLX:Surface sensible heat flux ;\tSNOWHICE:Water equivalent snow depth ;\tSNOWHLND:Water equivalent snow depth ;\tSO2:SO2 ;\tSO2CO:Concentration ;\tSO4:Concentration ;\tSO4_A1:SO4_A1 ;\tSO4_A2:SO4_A2 ;\tSO4_AC:SO4_AC ;\tSO4_N:SO4_N ;\tSO4_NA:SO4_NA ;\tSO4_PR:SO4_PR ;\tSOLIN:Solar insolation ;\tSOLLD:Solar downward near infrared diffuse to surface ;\tSOLSD:Solar downward visible diffuse to surface ;\tSRFRAD:Net radiative flux at surface ;\tSS:Concentration ;\tSST:sea surface temperature ;\tSS_A1:SS_A1 ;\tSS_A2:SS_A2 ;\tSS_A3:SS_A3 ;\tSUPERSAT:Supersaturation from AGR schem ;\tSWCF:Shortwave cloud forcing ;\tT:Temperature ;\tTAUA550:Aerosol absorptive optical depth at 550nm ;\tTAUE550:Aerosol optical depth at 550nm ;\tTAUX:Zonal surface stress ;\tTAUY:Meridional surface stress ;\tTGCLDIWP:Total grid-box cloud ice water path ;\tTGCLDLWP:Total grid-box cloud liquid water path ;\tTGCLDLWX:Offline grid-box cloud liquid water path ;\tTH:Potential Temperature ;\tTH2d:Zonal-Mean potential temp ;\tTMQ:Total (vertically integrated) precipitatable water ;\tTREFHT:Reference height temperature ;\tTREFMNAV:Average of TREFHT daily minimum ;\tTREFMXAV:Average of TREFHT daily maximum ;\tTROP_P:Tropopause Pressure ;\tTROP_T:Tropopause Temperature ;\tTROP_Z:Tropopause Height ;\tTS:Surface temperature (radiative) ;\tTSMN:Minimum surface temperature over output period ;\tTSMX:Maximum surface temperature over output period ;\tU:Zonal wind ;\tU2d:Zonal-Mean zonal wind ;\tUS:Zonal wind, staggered ;\tUTGWORO:U tendency - orographic gravity wave drag ;\tUU:Zonal velocity squared ;\tUV2d:Meridional Flux of Zonal Momentum: 2D prj of zon. mean ;\tUV3d:Meridional Flux of Zonal Momentum: 3D zon. mean ;\tUW2d:Vertical Flux of Zonal Momentum; 2D prj of zon. mean ;\tUW3d:Vertical Flux of Zonal Momentum: 3D zon. mean ;\tV:Meridional wind ;\tV2d:Zonal-Mean meridional wind ;\tVD01:Vertical diffusion of Q ;\tVQ:Meridional water transport ;\tVS:Meridional wind, staggered ;\tVT:Meridional heat transport ;\tVTH2d:Meridional Heat Flux: 2D prj of zon. mean ;\tVTH3d:Meridional Heat Flux: 3D zon. mean ;\tVU:Meridional flux of zonal momentum ;\tVV:Meridional velocity squared ;\tW2d:Zonal-Mean vertical wind ;\tWAK:Aerosol single scattering albedo ;\tWET_BC:Wet deposition ;\tWET_DUST:Wet deposition ;\tWET_POM:Wet deposition ;\tWET_SO2:Wet deposition ;\tWET_SO4:Wet deposition ;\tWET_SS:Wet deposition ;\tWTH3d:Vertical Heat Flux: 3D zon. mean ;\tWTKE:Standard deviation of updraft velocity ;\tZ3:Geopotential Height (above sea level) ;\tcb_ozone_c:ozone column burden used in climate calculation ;\tcb_sulf_c:sulf column burden used in climate calculation ;\tSource = CICE ; Variables =\t\ttime:model time ;\ttime_bounds:boundaries for time-averaging interval ;\tTLON:T grid center longitude ;\tTLAT:T grid center latitude ;\tULON:U grid center longitude ;\tULAT:U grid center latitude ;\ttmask:ocean grid mask ;\ttarea:area of T grid cells ;\tuarea:area of U grid cells ;\tdxt:T cell width through middle ;\tdyt:T cell height through middle ;\tdxu:U cell width through middle ;\tdyu:U cell height through middle ;\tHTN:T cell width on North side ;\tHTE:T cell width on East side ;\tANGLE:angle grid makes with latitude line on U grid ;\tANGLET:angle grid makes with latitude line on T grid ;\tlont_bounds:longitude boundaries of T cells ;\tlatt_bounds:latitude boundaries of T cells ;\tlonu_bounds:longitude boundaries of U cells ;\tlatu_bounds:latitude boundaries of U cells ;\ths:grid cell mean snow thickness ;\tTsfc:snow/ice surface temperature ;\tqi:internal ice heat content ;\tqs:internal snow heat content ;\ttransix:ice mass transport (x) on East side ;\ttransiy:ice mass transport (y) on North side ;\tfswdn:down solar flux ;\tfswdn_ai:down solar flux weighted with respect to ice area ;\tfswup:upward solar flux ;\tfswup_ai:upward solar flux weighted with sea ice area ;\tflwdn:down longwave flux ;\tflwdn_ai:down longwave flux weighted with respect to ice area ;\tsnow:snowfall rate (cpl) ;\tsnow_ai:snowfall rate ;\train:rainfall rate (cpl) ;\train_ai:rainfall rate ;\tfswfac:shortwave scaling factor ;\tfswabs:snow/ice/ocn absorbed solar flux (cpl) ;\tfswabs_ai:snow/ice/ocn absorbed solar flux ;\talvdr:visible direct albedo ;\talidr:near IR direct albedo ;\talbice:bare ice albedo ;\talbsno:snow albedo ;\talbpnd:melt pond albedo ;\tcoszen:cosine of the zenith angle ;\tflat:latent heat flux (cpl) ;\tflat_ai:latent heat flux ;\tfsens:sensible heat flux (cpl) ;\tfsens_ai:sensible heat flux ;\tflwup:upward longwave flux (cpl) ;\tflwup_ai:upward longwave flux ;\tevap:evaporative water flux (cpl) ;\tevap_ai:evaporative water flux ;\tTair:air temperature ;\tTref:2m reference temperature ;\tQref:2m reference specific humidity ;\tmelts:snow melt ;\tfswthru:SW thru ice to ocean (cpl) ;\tfswthru_ai:SW flux thru ice to ocean ;\tdardg1dt:ice area ridging rate ;\tdardg2dt:ridge area formation rate ;\tdvirdgdt:ice volume ridging rate ;\thisnap:ice volume snapshot ;\taisnap:ice area snapshot ;\ttrsig:internal stress tensor trace ;\tice_present:fraction of time-avg interval that any ice is present ;\tfsurf_ai:net surface heat flux ;\tfcondtop_ai:top surface conductive heat flux ;\talvl:level ice area fraction ;\tvlvl:level ice mean thickness ;\tardg:ridged ice area fraction ;\tvrdg:ridged ice mean thickness ;"
} ],
"http://schema.org/encodingFormat" : [ {
"@value" : "application/ld+json"
} ],
"http://schema.org/hasPart" : [ {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/folders/4a3d5ae5-e33b-4837-a505-93e08fa9dbcc"
}, {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/folders/927972ba-1cbc-4f11-9c33-605be99c2b1d"
}, {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/folders/ad559cb8-b526-4283-9b6e-d99d2c822bec"
}, {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/folders/e85468e7-955b-44ec-8408-6a9024e6b870"
} ],
"http://schema.org/identifier" : [ {
"@value" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2"
} ],
"http://schema.org/license" : [ {
"@id" : "https://choosealicense.com/no-permission/"
} ],
"http://schema.org/name" : [ {
"@value" : "NorESM1-M CMIP5 amip (3.2) r2 raw output"
} ],
"http://w3id.org/ro-id/rohub/model#creation_mode" : [ {
"@value" : "MANUAL"
} ],
"http://www.opengis.net/ont/geosparql#hasGeometry" : [ {
"@value" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/1c8133ef-283a-4c5f-aafa-5f9b10635e53"
} ],
"https://www.w3.org/ns/iana/link-relations/relation#cite-as" : [ {
"@value" : "Norwegian Climate Center (NCC). \"NorESM1-M CMIP5 amip (3.2) r2 raw output.\" ROHub. Mar 22 ,2022. https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2."
} ]
}, {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/#76669f83-cbe6-4ce1-b4f3-74bed90f6572",
"@type" : [ "http://schema.org/GeoShape" ],
"http://schema.org/name" : [ {
"@value" : "POLYGON ((-180.0 90.0, 180.0 90.0, 180.0 -90.0, -180.0 -90.0, -180.0 90.0))"
} ],
"http://schema.org/polygon" : [ {
"@value" : "-180.0 90.0, 180.0 90.0, 180.0 -90.0, -180.0 -90.0, -180.0 90.0"
} ]
}, {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/#a15f19f3-c278-418e-b620-dc0af357c3d4",
"@type" : [ "http://schema.org/Place" ],
"http://schema.org/geo" : [ {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/#76669f83-cbe6-4ce1-b4f3-74bed90f6572"
} ],
"http://schema.org/identifier" : [ {
"@value" : "a15f19f3-c278-418e-b620-dc0af357c3d4"
} ],
"http://schema.org/name" : [ {
"@value" : "POLYGON ((-180.0 90.0, 180.0 90.0, 180.0 -90.0, -180.0 -90.0, -180.0 90.0))"
} ]
}, {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/#enrichment_service-account-enrichment",
"@type" : [ "http://xmlns.com/foaf/0.1/Agent" ],
"http://schema.org/name" : [ {
"@value" : "service-account-enrichment"
} ]
}, {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/1c8133ef-283a-4c5f-aafa-5f9b10635e53",
"@type" : [ "http://www.opengis.net/ont/geosparql#Geometry", "http://www.opengis.net/ont/sf#Polygon" ],
"http://www.opengis.net/ont/geosparql#asWKT" : [ {
"@value" : "POLYGON ((-180.0 90.0, 180.0 90.0, 180.0 -90.0, -180.0 -90.0, -180.0 90.0))"
} ]
}, {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/folders/4a3d5ae5-e33b-4837-a505-93e08fa9dbcc",
"@type" : [ "http://purl.org/wf4ever/wf4ever#Folder", "http://schema.org/Dataset" ],
"http://schema.org/name" : [ {
"@value" : "raw data"
} ]
}, {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/folders/927972ba-1cbc-4f11-9c33-605be99c2b1d",
"@type" : [ "http://purl.org/wf4ever/wf4ever#Folder", "http://schema.org/Dataset" ],
"http://schema.org/hasPart" : [ {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/resources/14d7ea0a-4432-461b-a0e1-5400905887db"
} ],
"http://schema.org/name" : [ {
"@value" : "biblio"
} ]
}, {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/folders/ad559cb8-b526-4283-9b6e-d99d2c822bec",
"@type" : [ "http://purl.org/wf4ever/wf4ever#Folder", "http://schema.org/Dataset" ],
"http://schema.org/hasPart" : [ {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/resources/79f19098-a992-4e96-8aca-b4262d88e30a"
} ],
"http://schema.org/name" : [ {
"@value" : "data"
} ]
}, {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/folders/e85468e7-955b-44ec-8408-6a9024e6b870",
"@type" : [ "http://purl.org/wf4ever/wf4ever#Folder", "http://schema.org/Dataset" ],
"http://schema.org/name" : [ {
"@value" : "metadata"
} ]
}, {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/resources/14d7ea0a-4432-461b-a0e1-5400905887db",
"@type" : [ "http://purl.org/dc/terms/BibliographicResource", "http://purl.org/wf4ever/wf4ever#Resource", "http://schema.org/MediaObject" ],
"http://schema.org/author" : [ {
"@id" : "mailto:georgehadib@gmail.com"
} ],
"http://schema.org/contentUrl" : [ {
"@value" : "https://doi.org/10.5194/gmd-6-687-2013"
} ],
"http://schema.org/creator" : [ {
"@id" : "mailto:georgehadib@gmail.com"
} ],
"http://schema.org/dateCreated" : [ {
"@value" : "2022-03-22 03:36:21.828328+00:00"
} ],
"http://schema.org/dateModified" : [ {
"@value" : "2022-03-22 03:36:22.142632+00:00"
} ],
"http://schema.org/license" : [ {
"@id" : "https://choosealicense.com/no-permission/"
} ],
"http://schema.org/name" : [ {
"@value" : "https://doi.org/10.5194/gmd-6-687-2013"
} ],
"http://schema.org/sdDatePublished" : [ {
"@value" : "2022-03-22 03:36:21.828328+00:00"
} ]
}, {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/resources/79f19098-a992-4e96-8aca-b4262d88e30a",
"@type" : [ "http://purl.org/wf4ever/wf4ever#Dataset", "http://purl.org/wf4ever/wf4ever#Resource", "http://schema.org/MediaObject" ],
"http://purl.org/dc/terms/bibliographicCitation" : [ {
"@value" : "Norwegian Climate Center (2014).NorESM1-M CMIP5 amip (3.2) r2 raw output [Data set]. Norstore. https://doi.org/10.11582/2014.00013"
} ],
"http://purl.org/dc/terms/rightsHolder" : [ {
"@value" : "Norwegian Climate Center (NCC)"
} ],
"http://purl.org/dc/terms/type" : [ {
"@value" : "Simulation"
} ],
"http://schema.org/author" : [ {
"@id" : "mailto:georgehadib@gmail.com"
} ],
"http://schema.org/contentUrl" : [ {
"@value" : "https://archive.sigma2.no/pages/public/datasetDetail.jsf?id=10.11582/2014.00013"
} ],
"http://schema.org/creator" : [ {
"@id" : "mailto:georgehadib@gmail.com"
} ],
"http://schema.org/dateCreated" : [ {
"@value" : "2014-12-03 00:00:00"
} ],
"http://schema.org/dateModified" : [ {
"@value" : "2022-03-22 03:36:27.092660+00:00"
} ],
"http://schema.org/description" : [ {
"@value" : "Norwegian Earth System Model version 1 (medium resolution) output prepared for the CMIP5 amip experiment \n\nTechnical details:\nProduction machine: Cray XT3 in Bergen (hexagon)\nModel source: LINK\nModel revision number: 112\nModel components: atmosphere=CAM4; ocean=MICOM; land=CLM; sea ice=CICE\nHorizontal resolution: atmosphere/land=1.9x2.5 degree; ocean/sea ice=~1 degree \nOutput frequency: monthly + daily + 6-hourly + 3-hourly as requested by CMIP5\nExperiment type: fully coupled\nInitialisation: Initial conditions are from year 1979 of experiment 3.2 historical.\nChanging forcing agents: prescribed GHG concentration changes; aerosol emissions for SO4, POM and BC (see Kirkevåg et al. 2013)\nTuning parameters changed relative to the host model CAM4: rhminl=0.90 (0.91 in CAM4) reduced RH threshold for formation of low stratiform clouds; critrp=5.0 mm/day (0.5 mm/day in CAM4) maximum precipitation rate for suppression of autoconversion of cloud water; r3lc=14 um (10 um in CAM4) critical mean droplet volume radius for onset of autoconversion\n\nExternal references:\nLINK (experimental design)\nLINK (model system, boundary conditions, experiments, etc)\nLINK (Norwegian ESGF portal with post-processed CMIP5 data)\nLINK (NorESM special issue)\n Data description: case = NFAMIP2005AERAMIPO_f19_f19_02; NFAMIP2008AERAMIPO_f19_f19_02 Source = CAM ; Variables =\t\tP0:reference pressure ;\tlat:latitude ;\tlon:longitude ;\tslat:staggered latitude ;\tslon:staggered longitude ;\tw_stag:staggered latitude weights ;\tlev:hybrid level at midpoints (1000*(A+B)) ;\tilev:hybrid level at interfaces (1000*(A+B)) ;\tisccp_prs:Mean ISCCP pressure ;\tisccp_tau:Mean ISCCP optical depth ;\tisccp_prstau:Mean pressure (mb).mean optical depth (unitless)/1000 ;\ttime:time ;\ttime_bnds:time interval endpoints ;\tntrm:spectral truncation parameter M ;\tntrn:spectral truncation parameter N ;\tntrk:spectral truncation parameter K ;\tndbase:base day ;\tnsbase:seconds of base day ;\tnbdate:base date (YYYYMMDD) ;\tnbsec:seconds of base date ;\tmdt:timestep ;\tnlon:number of longitudes ;\twnummax:cutoff Fourier wavenumber ;\thyai:hybrid A coefficient at layer interfaces ;\thybi:hybrid B coefficient at layer interfaces ;\thyam:hybrid A coefficient at layer midpoints ;\thybm:hybrid B coefficient at layer midpoints ;\tgw:gauss weights ;\tndcur:current day (from base day) ;\tnscur:current seconds of current day ;\tdate:current date (YYYYMMDD) ;\tco2vmr:co2 volume mixing ratio ;\tch4vmr:ch4 volume mixing ratio ;\tn2ovmr:n2o volume mixing ratio ;\tf11vmr:f11 volume mixing ratio ;\tf12vmr:f12 volume mixing ratio ;\tsol_tsi:total solar irradiance ;\tdatesec:current seconds of current date ;\tnsteph:current timestep ;\tAEROD_v:Total Aerosol Optical Depth in visible band ;\tAKCXS:Scheme excess aerosol mass burden ;\tBAK:Aerosol extinction ;\tBC:Concentration ;\tBC_A:BC_A ;\tBC_AC:BC_AC ;\tBC_AI:BC_AI ;\tBC_AX:BC_AX ;\tBC_N:BC_N ;\tBC_NI:BC_NI ;\tCABSVIS:Clear air aerosol absorptive optical depth ;\tCDNC:Cloud Droplet Number Concentration ;\tCDNCINT:Cloud Droplet Number Column ;\tCDNCIX:Aerosol calc cloud droplet number concentration ;\tCDODVIS:Clear air aerosol optical depth ;\tCH2O2:H2O2 MMR from file ;\tCLDFOC:Frequency of Warm Cloud Occurence ;\tCLDFREE:Cloud free fraction wrt CDODVIS and CABSVIS ;\tCLDHGH:Vertically-integrated high cloud ;\tCLDICE:Grid box averaged cloud ice amount ;\tCLDLIQ:Grid box averaged cloud liquid amount ;\tCLDLIX:Aerosol calc averaged liquid condensate amount ;\tCLDLOW:Vertically-integrated low cloud ;\tCLDMED:Vertically-integrated mid-level cloud ;\tCLDTOT:Vertically-integrated total cloud ;\tCLOUD:Cloud fraction ;\tCMFDQ:QV tendency - shallow convection ;\tCMFDQR:Q tendency - shallow convection rainout ;\tCMFDT:T tendency - shallow convection ;\tCMFMC:Moist shallow convection mass flux ;\tCMFMCDZM:Convection mass flux from ZM deep ;\tCONCLD:Convective cloud cover ;\tC_BC:Column burden ;\tC_DMS:Column burden ;\tC_DUST:Column burden ;\tC_POM:Column burden ;\tC_SO2:Column burden ;\tC_SO4:Column burden ;\tC_SS:Column burden ;\tDAYFOC:Daylight fraction ;\tDCQ:Q tendency due to moist processes ;\tDMS:DMS ;\tDMSCO:Concentration ;\tDRY_BC:Dry deposition ;\tDRY_DUST:Dry deposition ;\tDRY_POM:Dry deposition ;\tDRY_SO2:Dry deposition ;\tDRY_SO4:Dry deposition ;\tDRY_SS:Dry deposition ;\tDST_A2:DST_A2 ;\tDST_A3:DST_A3 ;\tDTCOND:T tendency - moist processes ;\tDTV:T vertical diffusion ;\tDUST:Concentration ;\tEMI_BC:Emissions ;\tEMI_DMS:Emissions ;\tEMI_DUST:Emissions ;\tEMI_POM:Emissions ;\tEMI_SO2:Emissions ;\tEMI_SO4:Emissions ;\tEMI_SS:Emissions ;\tEVAPX:Evaporation of cloud droplets ;\tFICE:Fractional ice content within cloud ;\tFLDS:Downwelling longwave flux at surface ;\tFLDSC:Clearsky downwelling longwave flux at surface ;\tFLNS:Net longwave flux at surface ;\tFLNSC:Clearsky net longwave flux at surface ;\tFLNT:Net longwave flux at top of model ;\tFLNTC:Clearsky net longwave flux at top of model ;\tFLUT:Upwelling longwave flux at top of model ;\tFLUTC:Clearsky upwelling longwave flux at top of model ;\tFOCHANA:Frequency of Occurrence of Clouds with REHANA /= 0 ;\tFREEZ: rate of freezing of cloud droplets ;\tFREQSH:Fractional occurance of shallow convection ;\tFREQZM:Fractional occurance of ZM convection ;\tFSDS:Downwelling solar flux at surface ;\tFSDSC:Clearsky downwelling solar flux at surface ;\tFSNS:Net solar flux at surface ;\tFSNSC:Clearsky net solar flux at surface ;\tFSNT:Net solar flux at top of model ;\tFSNTC:Clearsky net solar flux at top of model ;\tFSNTOA:Net solar flux at top of atmosphere ;\tFSNTOAC:Clearsky net solar flux at top of atmosphere ;\tFSUTOA:Upwelling solar flux at top of atmosphere ;\tGAK:Aerosol assymetry factor ;\tGCLDLWP:Grid-box cloud water path ;\tH2O2:H2O2 ;\tICEFRAC:Fraction of sfc area covered by sea-ice ;\tICLDIWP:In-cloud ice water path ;\tICLDTWP:In-cloud cloud total water path (liquid and ice) ;\tICLDTWX:In-cloud cloud total water path (liquid and ice) ;\tICWMRX:Prognostic in-cloud water mixing ratio ;\tKHET:Aqueous-phase reaction rate ;\tLANDFRAC:Fraction of sfc area covered by land ;\tLCLOUD:Liquid cloud fraction ;\tLHFLX:Surface latent heat flux ;\tLWCF:Longwave cloud forcing ;\tMSAGA:MSA gas-phase prod ;\tMSKtem:TEM mask ;\tNDROPCOL:Column droplet number ;\tNDROPMIX:Droplet number mixing ;\tNDROPSNK:Droplet number loss by microphysics ;\tNDROPSRC:Droplet number source ;\tNRAINX:Loss of cloud droplets due to precip ;\tNUCRAT:Nucleation of cloud droplets ;\tNUSO4N:SO4 nucleation rate ;\tN_AER:Aerosol number concentration ;\tN_AERORG:Aerosol number concentration ;\tOCNFRAC:Fraction of sfc area covered by ocean ;\tODV_SSLTA:SSLTA optical depth in visible band ;\tODV_SSLTC:SSLTC optical depth in visible band ;\tODV_VOLC_MMR:VOLC_MMR optical depth in visible band ;\tODV_bcar1:bcar1 optical depth in visible band ;\tODV_bcar2:bcar2 optical depth in visible band ;\tODV_dust1:dust1 optical depth in visible band ;\tODV_dust2:dust2 optical depth in visible band ;\tODV_dust3:dust3 optical depth in visible band ;\tODV_dust4:dust4 optical depth in visible band ;\tODV_ocar1:ocar1 optical depth in visible band ;\tODV_ocar2:ocar2 optical depth in visible band ;\tODV_sulf:sulf optical depth in visible band ;\tOMEGA:Vertical velocity (pressure) ;\tOMEGAT:Vertical heat flux ;\tOM_AC:OM_AC ;\tOM_AI:OM_AI ;\tOM_NI:OM_NI ;\tPBLH:PBL height ;\tPCONVB:convection base pressure ;\tPCONVT:convection top pressure ;\tPHIS:Surface geopotential ;\tPOM:Concentration ;\tPRECC:Convective precipitation rate (liq + ice) ;\tPRECCDZM:Convective precipitation rate from ZM deep ;\tPRECL:Large-scale (stable) precipitation rate (liq + ice) ;\tPRECSC:Convective snow rate (water equivalent) ;\tPRECSH:Shallow Convection precipitation rate ;\tPRECSL:Large-scale (stable) snow rate (water equivalent) ;\tPRECT:Total (convective and large-scale) precipitation rate (liq + ice) ;\tPS:Surface pressure ;\tPSL:Sea level pressure ;\tQ:Specific humidity ;\tQC:Q tendency - shallow convection LW export ;\tQFLX:Surface water flux ;\tQREFHT:Reference height humidity ;\tQRL:Longwave heating rate ;\tQRS:Solar heating rate ;\tREFFL:Effective Radius of Cloud Droplets ;\tREHANA:Effective radius as seen from satellite ;\tRELH:Fictive relative humidity ;\tRELHUM:Relative humidity ;\tRHREFHT:Reference height relative humidity ;\tS2GA:SO2 gas-phase prod ;\tS4AQ:Sulphate aq.phase prod ;\tS4GA:Sulphate gas-phase prod ;\tSELFX:Selfcollection of cloud droplets ;\tSFCDNCIX:CDNCIX surface flux ;\tSFCLDICE:CLDICE surface flux ;\tSFCLDLIQ:CLDLIQ surface flux ;\tSFCLDLIX:CLDLIX surface flux ;\tSHFLX:Surface sensible heat flux ;\tSNOWHICE:Water equivalent snow depth ;\tSNOWHLND:Water equivalent snow depth ;\tSO2:SO2 ;\tSO2CO:Concentration ;\tSO4:Concentration ;\tSO4_A1:SO4_A1 ;\tSO4_A2:SO4_A2 ;\tSO4_AC:SO4_AC ;\tSO4_N:SO4_N ;\tSO4_NA:SO4_NA ;\tSO4_PR:SO4_PR ;\tSOLIN:Solar insolation ;\tSOLLD:Solar downward near infrared diffuse to surface ;\tSOLSD:Solar downward visible diffuse to surface ;\tSRFRAD:Net radiative flux at surface ;\tSS:Concentration ;\tSST:sea surface temperature ;\tSS_A1:SS_A1 ;\tSS_A2:SS_A2 ;\tSS_A3:SS_A3 ;\tSUPERSAT:Supersaturation from AGR schem ;\tSWCF:Shortwave cloud forcing ;\tT:Temperature ;\tTAUA550:Aerosol absorptive optical depth at 550nm ;\tTAUE550:Aerosol optical depth at 550nm ;\tTAUX:Zonal surface stress ;\tTAUY:Meridional surface stress ;\tTGCLDIWP:Total grid-box cloud ice water path ;\tTGCLDLWP:Total grid-box cloud liquid water path ;\tTGCLDLWX:Offline grid-box cloud liquid water path ;\tTH:Potential Temperature ;\tTH2d:Zonal-Mean potential temp ;\tTMQ:Total (vertically integrated) precipitatable water ;\tTREFHT:Reference height temperature ;\tTREFMNAV:Average of TREFHT daily minimum ;\tTREFMXAV:Average of TREFHT daily maximum ;\tTROP_P:Tropopause Pressure ;\tTROP_T:Tropopause Temperature ;\tTROP_Z:Tropopause Height ;\tTS:Surface temperature (radiative) ;\tTSMN:Minimum surface temperature over output period ;\tTSMX:Maximum surface temperature over output period ;\tU:Zonal wind ;\tU2d:Zonal-Mean zonal wind ;\tUS:Zonal wind, staggered ;\tUTGWORO:U tendency - orographic gravity wave drag ;\tUU:Zonal velocity squared ;\tUV2d:Meridional Flux of Zonal Momentum: 2D prj of zon. mean ;\tUV3d:Meridional Flux of Zonal Momentum: 3D zon. mean ;\tUW2d:Vertical Flux of Zonal Momentum; 2D prj of zon. mean ;\tUW3d:Vertical Flux of Zonal Momentum: 3D zon. mean ;\tV:Meridional wind ;\tV2d:Zonal-Mean meridional wind ;\tVD01:Vertical diffusion of Q ;\tVQ:Meridional water transport ;\tVS:Meridional wind, staggered ;\tVT:Meridional heat transport ;\tVTH2d:Meridional Heat Flux: 2D prj of zon. mean ;\tVTH3d:Meridional Heat Flux: 3D zon. mean ;\tVU:Meridional flux of zonal momentum ;\tVV:Meridional velocity squared ;\tW2d:Zonal-Mean vertical wind ;\tWAK:Aerosol single scattering albedo ;\tWET_BC:Wet deposition ;\tWET_DUST:Wet deposition ;\tWET_POM:Wet deposition ;\tWET_SO2:Wet deposition ;\tWET_SO4:Wet deposition ;\tWET_SS:Wet deposition ;\tWTH3d:Vertical Heat Flux: 3D zon. mean ;\tWTKE:Standard deviation of updraft velocity ;\tZ3:Geopotential Height (above sea level) ;\tcb_ozone_c:ozone column burden used in climate calculation ;\tcb_sulf_c:sulf column burden used in climate calculation ;\tSource = CLM ; Variables =\t\tP0:reference pressure ;\tlat:latitude ;\tlon:longitude ;\tslat:staggered latitude ;\tslon:staggered longitude ;\tw_stag:staggered latitude weights ;\tlev:hybrid level at midpoints (1000*(A+B)) ;\tilev:hybrid level at interfaces (1000*(A+B)) ;\tisccp_prs:Mean ISCCP pressure ;\tisccp_tau:Mean ISCCP optical depth ;\tisccp_prstau:Mean pressure (mb).mean optical depth (unitless)/1000 ;\ttime:time ;\ttime_bnds:time interval endpoints ;\tntrm:spectral truncation parameter M ;\tntrn:spectral truncation parameter N ;\tntrk:spectral truncation parameter K ;\tndbase:base day ;\tnsbase:seconds of base day ;\tnbdate:base date (YYYYMMDD) ;\tnbsec:seconds of base date ;\tmdt:timestep ;\tnlon:number of longitudes ;\twnummax:cutoff Fourier wavenumber ;\thyai:hybrid A coefficient at layer interfaces ;\thybi:hybrid B coefficient at layer interfaces ;\thyam:hybrid A coefficient at layer midpoints ;\thybm:hybrid B coefficient at layer midpoints ;\tgw:gauss weights ;\tndcur:current day (from base day) ;\tnscur:current seconds of current day ;\tdate:current date (YYYYMMDD) ;\tco2vmr:co2 volume mixing ratio ;\tch4vmr:ch4 volume mixing ratio ;\tn2ovmr:n2o volume mixing ratio ;\tf11vmr:f11 volume mixing ratio ;\tf12vmr:f12 volume mixing ratio ;\tsol_tsi:total solar irradiance ;\tdatesec:current seconds of current date ;\tnsteph:current timestep ;\tAEROD_v:Total Aerosol Optical Depth in visible band ;\tAKCXS:Scheme excess aerosol mass burden ;\tBAK:Aerosol extinction ;\tBC:Concentration ;\tBC_A:BC_A ;\tBC_AC:BC_AC ;\tBC_AI:BC_AI ;\tBC_AX:BC_AX ;\tBC_N:BC_N ;\tBC_NI:BC_NI ;\tCABSVIS:Clear air aerosol absorptive optical depth ;\tCDNC:Cloud Droplet Number Concentration ;\tCDNCINT:Cloud Droplet Number Column ;\tCDNCIX:Aerosol calc cloud droplet number concentration ;\tCDODVIS:Clear air aerosol optical depth ;\tCH2O2:H2O2 MMR from file ;\tCLDFOC:Frequency of Warm Cloud Occurence ;\tCLDFREE:Cloud free fraction wrt CDODVIS and CABSVIS ;\tCLDHGH:Vertically-integrated high cloud ;\tCLDICE:Grid box averaged cloud ice amount ;\tCLDLIQ:Grid box averaged cloud liquid amount ;\tCLDLIX:Aerosol calc averaged liquid condensate amount ;\tCLDLOW:Vertically-integrated low cloud ;\tCLDMED:Vertically-integrated mid-level cloud ;\tCLDTOT:Vertically-integrated total cloud ;\tCLOUD:Cloud fraction ;\tCMFDQ:QV tendency - shallow convection ;\tCMFDQR:Q tendency - shallow convection rainout ;\tCMFDT:T tendency - shallow convection ;\tCMFMC:Moist shallow convection mass flux ;\tCMFMCDZM:Convection mass flux from ZM deep ;\tCONCLD:Convective cloud cover ;\tC_BC:Column burden ;\tC_DMS:Column burden ;\tC_DUST:Column burden ;\tC_POM:Column burden ;\tC_SO2:Column burden ;\tC_SO4:Column burden ;\tC_SS:Column burden ;\tDAYFOC:Daylight fraction ;\tDCQ:Q tendency due to moist processes ;\tDMS:DMS ;\tDMSCO:Concentration ;\tDRY_BC:Dry deposition ;\tDRY_DUST:Dry deposition ;\tDRY_POM:Dry deposition ;\tDRY_SO2:Dry deposition ;\tDRY_SO4:Dry deposition ;\tDRY_SS:Dry deposition ;\tDST_A2:DST_A2 ;\tDST_A3:DST_A3 ;\tDTCOND:T tendency - moist processes ;\tDTV:T vertical diffusion ;\tDUST:Concentration ;\tEMI_BC:Emissions ;\tEMI_DMS:Emissions ;\tEMI_DUST:Emissions ;\tEMI_POM:Emissions ;\tEMI_SO2:Emissions ;\tEMI_SO4:Emissions ;\tEMI_SS:Emissions ;\tEVAPX:Evaporation of cloud droplets ;\tFICE:Fractional ice content within cloud ;\tFLDS:Downwelling longwave flux at surface ;\tFLDSC:Clearsky downwelling longwave flux at surface ;\tFLNS:Net longwave flux at surface ;\tFLNSC:Clearsky net longwave flux at surface ;\tFLNT:Net longwave flux at top of model ;\tFLNTC:Clearsky net longwave flux at top of model ;\tFLUT:Upwelling longwave flux at top of model ;\tFLUTC:Clearsky upwelling longwave flux at top of model ;\tFOCHANA:Frequency of Occurrence of Clouds with REHANA /= 0 ;\tFREEZ: rate of freezing of cloud droplets ;\tFREQSH:Fractional occurance of shallow convection ;\tFREQZM:Fractional occurance of ZM convection ;\tFSDS:Downwelling solar flux at surface ;\tFSDSC:Clearsky downwelling solar flux at surface ;\tFSNS:Net solar flux at surface ;\tFSNSC:Clearsky net solar flux at surface ;\tFSNT:Net solar flux at top of model ;\tFSNTC:Clearsky net solar flux at top of model ;\tFSNTOA:Net solar flux at top of atmosphere ;\tFSNTOAC:Clearsky net solar flux at top of atmosphere ;\tFSUTOA:Upwelling solar flux at top of atmosphere ;\tGAK:Aerosol assymetry factor ;\tGCLDLWP:Grid-box cloud water path ;\tH2O2:H2O2 ;\tICEFRAC:Fraction of sfc area covered by sea-ice ;\tICLDIWP:In-cloud ice water path ;\tICLDTWP:In-cloud cloud total water path (liquid and ice) ;\tICLDTWX:In-cloud cloud total water path (liquid and ice) ;\tICWMRX:Prognostic in-cloud water mixing ratio ;\tKHET:Aqueous-phase reaction rate ;\tLANDFRAC:Fraction of sfc area covered by land ;\tLCLOUD:Liquid cloud fraction ;\tLHFLX:Surface latent heat flux ;\tLWCF:Longwave cloud forcing ;\tMSAGA:MSA gas-phase prod ;\tMSKtem:TEM mask ;\tNDROPCOL:Column droplet number ;\tNDROPMIX:Droplet number mixing ;\tNDROPSNK:Droplet number loss by microphysics ;\tNDROPSRC:Droplet number source ;\tNRAINX:Loss of cloud droplets due to precip ;\tNUCRAT:Nucleation of cloud droplets ;\tNUSO4N:SO4 nucleation rate ;\tN_AER:Aerosol number concentration ;\tN_AERORG:Aerosol number concentration ;\tOCNFRAC:Fraction of sfc area covered by ocean ;\tODV_SSLTA:SSLTA optical depth in visible band ;\tODV_SSLTC:SSLTC optical depth in visible band ;\tODV_bcar1:bcar1 optical depth in visible band ;\tODV_bcar2:bcar2 optical depth in visible band ;\tODV_dust1:dust1 optical depth in visible band ;\tODV_dust2:dust2 optical depth in visible band ;\tODV_dust3:dust3 optical depth in visible band ;\tODV_dust4:dust4 optical depth in visible band ;\tODV_ocar1:ocar1 optical depth in visible band ;\tODV_ocar2:ocar2 optical depth in visible band ;\tODV_sulf:sulf optical depth in visible band ;\tOMEGA:Vertical velocity (pressure) ;\tOMEGAT:Vertical heat flux ;\tOM_AC:OM_AC ;\tOM_AI:OM_AI ;\tOM_NI:OM_NI ;\tPBLH:PBL height ;\tPCONVB:convection base pressure ;\tPCONVT:convection top pressure ;\tPHIS:Surface geopotential ;\tPOM:Concentration ;\tPRECC:Convective precipitation rate (liq + ice) ;\tPRECCDZM:Convective precipitation rate from ZM deep ;\tPRECL:Large-scale (stable) precipitation rate (liq + ice) ;\tPRECSC:Convective snow rate (water equivalent) ;\tPRECSH:Shallow Convection precipitation rate ;\tPRECSL:Large-scale (stable) snow rate (water equivalent) ;\tPRECT:Total (convective and large-scale) precipitation rate (liq + ice) ;\tPS:Surface pressure ;\tPSL:Sea level pressure ;\tQ:Specific humidity ;\tQC:Q tendency - shallow convection LW export ;\tQFLX:Surface water flux ;\tQREFHT:Reference height humidity ;\tQRL:Longwave heating rate ;\tQRS:Solar heating rate ;\tREFFL:Effective Radius of Cloud Droplets ;\tREHANA:Effective radius as seen from satellite ;\tRELH:Fictive relative humidity ;\tRELHUM:Relative humidity ;\tRHREFHT:Reference height relative humidity ;\tS2GA:SO2 gas-phase prod ;\tS4AQ:Sulphate aq.phase prod ;\tS4GA:Sulphate gas-phase prod ;\tSELFX:Selfcollection of cloud droplets ;\tSFCDNCIX:CDNCIX surface flux ;\tSFCLDICE:CLDICE surface flux ;\tSFCLDLIQ:CLDLIQ surface flux ;\tSFCLDLIX:CLDLIX surface flux ;\tSHFLX:Surface sensible heat flux ;\tSNOWHICE:Water equivalent snow depth ;\tSNOWHLND:Water equivalent snow depth ;\tSO2:SO2 ;\tSO2CO:Concentration ;\tSO4:Concentration ;\tSO4_A1:SO4_A1 ;\tSO4_A2:SO4_A2 ;\tSO4_AC:SO4_AC ;\tSO4_N:SO4_N ;\tSO4_NA:SO4_NA ;\tSO4_PR:SO4_PR ;\tSOLIN:Solar insolation ;\tSOLLD:Solar downward near infrared diffuse to surface ;\tSOLSD:Solar downward visible diffuse to surface ;\tSRFRAD:Net radiative flux at surface ;\tSS:Concentration ;\tSST:sea surface temperature ;\tSS_A1:SS_A1 ;\tSS_A2:SS_A2 ;\tSS_A3:SS_A3 ;\tSUPERSAT:Supersaturation from AGR schem ;\tSWCF:Shortwave cloud forcing ;\tT:Temperature ;\tTAUA550:Aerosol absorptive optical depth at 550nm ;\tTAUE550:Aerosol optical depth at 550nm ;\tTAUX:Zonal surface stress ;\tTAUY:Meridional surface stress ;\tTGCLDIWP:Total grid-box cloud ice water path ;\tTGCLDLWP:Total grid-box cloud liquid water path ;\tTGCLDLWX:Offline grid-box cloud liquid water path ;\tTH:Potential Temperature ;\tTH2d:Zonal-Mean potential temp ;\tTMQ:Total (vertically integrated) precipitatable water ;\tTREFHT:Reference height temperature ;\tTREFMNAV:Average of TREFHT daily minimum ;\tTREFMXAV:Average of TREFHT daily maximum ;\tTROP_P:Tropopause Pressure ;\tTROP_T:Tropopause Temperature ;\tTROP_Z:Tropopause Height ;\tTS:Surface temperature (radiative) ;\tTSMN:Minimum surface temperature over output period ;\tTSMX:Maximum surface temperature over output period ;\tU:Zonal wind ;\tU2d:Zonal-Mean zonal wind ;\tUS:Zonal wind, staggered ;\tUTGWORO:U tendency - orographic gravity wave drag ;\tUU:Zonal velocity squared ;\tUV2d:Meridional Flux of Zonal Momentum: 2D prj of zon. mean ;\tUV3d:Meridional Flux of Zonal Momentum: 3D zon. mean ;\tUW2d:Vertical Flux of Zonal Momentum; 2D prj of zon. mean ;\tUW3d:Vertical Flux of Zonal Momentum: 3D zon. mean ;\tV:Meridional wind ;\tV2d:Zonal-Mean meridional wind ;\tVD01:Vertical diffusion of Q ;\tVQ:Meridional water transport ;\tVS:Meridional wind, staggered ;\tVT:Meridional heat transport ;\tVTH2d:Meridional Heat Flux: 2D prj of zon. mean ;\tVTH3d:Meridional Heat Flux: 3D zon. mean ;\tVU:Meridional flux of zonal momentum ;\tVV:Meridional velocity squared ;\tW2d:Zonal-Mean vertical wind ;\tWAK:Aerosol single scattering albedo ;\tWET_BC:Wet deposition ;\tWET_DUST:Wet deposition ;\tWET_POM:Wet deposition ;\tWET_SO2:Wet deposition ;\tWET_SO4:Wet deposition ;\tWET_SS:Wet deposition ;\tWTH3d:Vertical Heat Flux: 3D zon. mean ;\tWTKE:Standard deviation of updraft velocity ;\tZ3:Geopotential Height (above sea level) ;\tcb_ozone_c:ozone column burden used in climate calculation ;\tcb_sulf_c:sulf column burden used in climate calculation ;\tSource = CICE ; Variables =\t\ttime:model time ;\ttime_bounds:boundaries for time-averaging interval ;\tTLON:T grid center longitude ;\tTLAT:T grid center latitude ;\tULON:U grid center longitude ;\tULAT:U grid center latitude ;\ttmask:ocean grid mask ;\ttarea:area of T grid cells ;\tuarea:area of U grid cells ;\tdxt:T cell width through middle ;\tdyt:T cell height through middle ;\tdxu:U cell width through middle ;\tdyu:U cell height through middle ;\tHTN:T cell width on North side ;\tHTE:T cell width on East side ;\tANGLE:angle grid makes with latitude line on U grid ;\tANGLET:angle grid makes with latitude line on T grid ;\tlont_bounds:longitude boundaries of T cells ;\tlatt_bounds:latitude boundaries of T cells ;\tlonu_bounds:longitude boundaries of U cells ;\tlatu_bounds:latitude boundaries of U cells ;\ths:grid cell mean snow thickness ;\tTsfc:snow/ice surface temperature ;\tqi:internal ice heat content ;\tqs:internal snow heat content ;\ttransix:ice mass transport (x) on East side ;\ttransiy:ice mass transport (y) on North side ;\tfswdn:down solar flux ;\tfswdn_ai:down solar flux weighted with respect to ice area ;\tfswup:upward solar flux ;\tfswup_ai:upward solar flux weighted with sea ice area ;\tflwdn:down longwave flux ;\tflwdn_ai:down longwave flux weighted with respect to ice area ;\tsnow:snowfall rate (cpl) ;\tsnow_ai:snowfall rate ;\train:rainfall rate (cpl) ;\train_ai:rainfall rate ;\tfswfac:shortwave scaling factor ;\tfswabs:snow/ice/ocn absorbed solar flux (cpl) ;\tfswabs_ai:snow/ice/ocn absorbed solar flux ;\talvdr:visible direct albedo ;\talidr:near IR direct albedo ;\talbice:bare ice albedo ;\talbsno:snow albedo ;\talbpnd:melt pond albedo ;\tcoszen:cosine of the zenith angle ;\tflat:latent heat flux (cpl) ;\tflat_ai:latent heat flux ;\tfsens:sensible heat flux (cpl) ;\tfsens_ai:sensible heat flux ;\tflwup:upward longwave flux (cpl) ;\tflwup_ai:upward longwave flux ;\tevap:evaporative water flux (cpl) ;\tevap_ai:evaporative water flux ;\tTair:air temperature ;\tTref:2m reference temperature ;\tQref:2m reference specific humidity ;\tmelts:snow melt ;\tfswthru:SW thru ice to ocean (cpl) ;\tfswthru_ai:SW flux thru ice to ocean ;\tdardg1dt:ice area ridging rate ;\tdardg2dt:ridge area formation rate ;\tdvirdgdt:ice volume ridging rate ;\thisnap:ice volume snapshot ;\taisnap:ice area snapshot ;\ttrsig:internal stress tensor trace ;\tice_present:fraction of time-avg interval that any ice is present ;\tfsurf_ai:net surface heat flux ;\tfcondtop_ai:top surface conductive heat flux ;\talvl:level ice area fraction ;\tvlvl:level ice mean thickness ;\tardg:ridged ice area fraction ;\tvrdg:ridged ice mean thickness ;"
} ],
"http://schema.org/license" : [ {
"@id" : "https://choosealicense.com/no-permission/"
} ],
"http://schema.org/name" : [ {
"@value" : "NorESM1-M CMIP5 amip (3.2) r2 raw output"
} ],
"http://schema.org/sdDatePublished" : [ {
"@value" : "2014-12-03 00:00:00"
} ],
"https://schema.org/maintainer" : [ {
"@value" : "Alok Kumar Gupta"
} ]
}, {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/ro-crate-metadata.json",
"@type" : [ "http://schema.org/CreativeWork" ],
"http://purl.org/dc/terms/conformsTo" : [ {
"@id" : "https://w3id.org/ro/crate/1.1"
} ],
"http://schema.org/about" : [ {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/"
} ]
}, {
"@id" : "mailto:NCC@rohub.com",
"@type" : [ "http://xmlns.com/foaf/0.1/Agent" ],
"http://schema.org/email" : [ {
"@value" : "NCC@rohub.com"
} ],
"http://schema.org/name" : [ {
"@value" : "Norwegian Climate Center (NCC)"
} ]
}, {
"@id" : "mailto:georgehadib@gmail.com",
"@type" : [ "http://xmlns.com/foaf/0.1/Agent" ],
"http://schema.org/name" : [ {
"@value" : "Geo H."
} ]
} ],
"@id" : "https://w3id.org/np/RAyqm0sMk5vUO0zslIwy9E9EUMwZMrbKr1MFoaf_snO5Q/assertion"
}, {
"@graph" : [ {
"@id" : "https://w3id.org/np/RAyqm0sMk5vUO0zslIwy9E9EUMwZMrbKr1MFoaf_snO5Q/assertion",
"http://www.w3.org/ns/prov#wasDerivedFrom" : [ {
"@id" : "https://api.rohub.org/api/ros/3267118d-3c51-454f-bbb4-701b61ab6cf2/crate/download/ro-crate-metadata.json"
} ]
} ],
"@id" : "https://w3id.org/np/RAyqm0sMk5vUO0zslIwy9E9EUMwZMrbKr1MFoaf_snO5Q/provenance"
}, {
"@graph" : [ {
"@id" : "https://w3id.org/np/RAyqm0sMk5vUO0zslIwy9E9EUMwZMrbKr1MFoaf_snO5Q",
"@type" : [ "http://purl.org/nanopub/x/RoCrateNanopub" ],
"http://purl.org/dc/terms/created" : [ {
"@type" : "http://www.w3.org/2001/XMLSchema#dateTime",
"@value" : "2026-03-03T16:10:55.549+01:00"
} ],
"http://purl.org/dc/terms/creator" : [ {
"@id" : "https://w3id.org/kpxl/gen/terms/RoCrateBot"
} ],
"http://purl.org/nanopub/x/introduces" : [ {
"@id" : "https://w3id.org/ro-id/3267118d-3c51-454f-bbb4-701b61ab6cf2/"
} ],
"http://www.w3.org/2000/01/rdf-schema#label" : [ {
"@value" : "NorESM1-M CMIP5 amip (3.2) r2 raw output"
} ]
}, {
"@id" : "https://w3id.org/np/RAyqm0sMk5vUO0zslIwy9E9EUMwZMrbKr1MFoaf_snO5Q/sig",
"http://purl.org/nanopub/x/hasAlgorithm" : [ {
"@value" : "RSA"
} ],
"http://purl.org/nanopub/x/hasPublicKey" : [ {
"@value" : "MIIBIjANBgkqhkiG9w0BAQEFAAOCAQ8AMIIBCgKCAQEAxszSDYX5tuCSkP7UiCtftYPFNQVTjgNu0I5fwdML2DLRDlp0xzmsQXRk8oHuvwGvG1aMjj6cpUqO+0rz2Sg/wvHOgUpkRH8VJXvmlkhafMLCMtUtk5JIx7e+fkzCby+fnmD7kMkGLrT+OaExWwEDmNlCAt0TPKcHSdwsjso2isXjtAsGevyCMke8ufnFYpjs746JES1eNzVnHnn2Kp/lqcm60GM+J8dLgRZp7fX0anW098xhKym6+xXFzqeju0vYRIHBPerv+r7skWxwk+a7Sd8msqVeYEv6NTqnyWvyWb6Yh8cvj04N6qm/T6C5FUPLQhzSaQgMVMU6yLqjPuu9DwIDAQAB"
} ],
"http://purl.org/nanopub/x/hasSignature" : [ {
"@value" : "H6AUAp6EmEHFbraS1wRhNRvcJKXvQkC9EwJtwhHCiwE/qrjPg83PY4IkgZmZK+nb6rEl1gp66xcklieXpsocQsU1t8jNB6y/dYvmfUqPEhHXchKS6d0MY0vOGNN9b4LfL96eaxv/xVBQ4feY+eKJQa7UGPtZXRpVp7gcc3bqTAHXh+TslQcGO/UDExhL6GRbkg6rIvWpC2U45Ry2zdQ8+YdIergWPA3MG5/FJr2dnS0UN8kGO2DgeKMnoUK+kTS8l2C1fiP5Iwyr7xHpYa7420hLhW8KWXx0ZIaB1SoM6lDySd6XGvUM8cx8aH7GwpFEHpg4AMY5bfVLQ4s374CD6w=="
} ],
"http://purl.org/nanopub/x/hasSignatureTarget" : [ {
"@id" : "https://w3id.org/np/RAyqm0sMk5vUO0zslIwy9E9EUMwZMrbKr1MFoaf_snO5Q"
} ],
"http://purl.org/nanopub/x/signedBy" : [ {
"@id" : "https://w3id.org/kpxl/gen/terms/RoCrateBot"
} ]
} ],
"@id" : "https://w3id.org/np/RAyqm0sMk5vUO0zslIwy9E9EUMwZMrbKr1MFoaf_snO5Q/pubinfo"
} ]