CSIRO Global Climate Model Mk 3.5 - Scenario SRESA2 (SRES A2 emissions scenario 2001 to 2100)

• Other Authors: CSIRO O&A, Information & Data Centre (pointOfContact), CSIRO Oceans & Atmosphere - Aspendale (hasAssociationWith), CSIRO Oceans & Atmosphere - Floreat (hasAssociationWith), CSIRO Oceans & Atmosphere - Hobart (hasAssociationWith), CSIRO Oceans & Atmosphere - IOMRC Crawley (hasAssociationWith), CSIRO Oceans & Atmosphere - St. Lucia (hasAssociationWith), Collier, Mark (pointOfContact), Lenton, Andrew (hasAssociationWith), Lynch, Tim (hasAssociationWith), Matear, Richard (hasAssociationWith)
• Format: Dataset
• Language: unknown
• Published: Australian Ocean Data Network
• Subjects: climatologyMeteorologyAtmosphere; Earth Science | Atmosphere | Atmospheric Pressure | Surface Pressure; Earth Science | Atmosphere | Atmospheric Radiation | Albedo; Earth Science | Atmosphere | Atmospheric Radiation | Heat Flux; Earth Science | Atmosphere | Atmospheric Radiation | Incoming Solar Radiation; Earth Science | Atmosphere | Atmospheric Radiation | Longwave Radiation; Earth Science | Atmosphere | Atmospheric Radiation | Outgoing Longwave Radiation; Earth Science | Atmosphere | Atmospheric Radiation | Shortwave Radiation; Earth Science | Atmosphere | Atmospheric Radiation | Solar Irradiance; Earth Science | Atmosphere | Atmospheric Radiation | Solar Radiation; Earth Science | Atmosphere | Atmospheric Temperature | Air Temperature; Earth Science | Atmosphere | Atmospheric Temperature | Maximum/Minimum Temperature; Earth Science | Atmosphere | Atmospheric Temperature | Surface Air Temperature; Earth Science | Atmosphere | Atmospheric Water Vapor | Evaporation; Earth Science | Atmosphere | Atmospheric Water Vapor | Humidity; Earth Science | Atmosphere | Atmospheric Water Vapor | Precipitable Water; Earth Science | Atmosphere | Atmospheric Water Vapor | Water Vapor; Earth Science | Atmosphere | Atmospheric Winds | Surface Winds; Earth Science | Atmosphere | Atmospheric Winds | Upper Level Winds; Earth Science | Atmosphere | Clouds | Cloud Microphysics | Cloud Liquid Water/Ice; Earth Science | Atmosphere | Clouds | Cloud Microphysics | Cloud Precipitable Water; Earth Science | Atmosphere | Clouds | Cloud Properties | Cloud Frequency; Earth Science | Atmosphere | Clouds | Cloud Radiative Transfer | Cloud Radiative Forcing; Earth Science | Atmosphere | Precipitation | Precipitation Amount; Earth Science | Atmosphere | Precipitation | Rain; Earth Science | Cryosphere | Sea Ice | Ice Extent; Earth Science | Land Surface | Topography | Topographic Effects; Earth Science | Oceans | Bathymetry/Seafloor Topography | Water Depth; Earth Science | Oceans | Ocean Circulation | Ocean Currents; Earth Science | Oceans | Ocean Heat Budget | Evaporation; Earth Science | Oceans | Ocean Heat Budget | Heat Flux; Earth Science | Oceans | Ocean Temperature | Potential Temperature; Earth Science | Oceans | Ocean Temperature | Sea Surface Temperature; Earth Science | Oceans | Salinity/Density | Potential Density; Earth Science | Oceans | Salinity/Density | Salinity; Earth Science | Terrestrial Hydrosphere | Surface Water | Runoff; Global / Oceans | World; Model Run: SRESA2; AGSP - WfO Model Dev & Evaluation; Model: CSIRO Global Climate model Mk3.5; Sea ice
• Online Access: https://researchdata.edu.au/csiro-global-climate-2001-2100/684349

Progress Code: completed Maintenance and Update Frequency: notPlanned Statement: The data were generated using the CSIRO Mk 3.5 Global Climate Model and reprocessed to meet IPCC metadata standards. Credit Australian Greenhouse Office - funding Credit Martin Dix Credit Hal Gordon Credit Tony Hirst Credit Leon Rotstayn Credit Siobhan O' Farrell The CSIRO Mk 3.5 climate system model contains a comprehensive representation of the four major components of the climate system (atmosphere, land surface, oceans and sea-ice). There are simulations for a range of scenarios available for this model. This simulation uses scenario SRESA2 which represents the SRES A2 scenario 2001 to 2100. This is a standard experiment for model intercomparisons. The scenario includes standard daily and monthly meteorological, and monthly oceanographic variables as netCDF files organised by variable and time period, totalling 1320 files. The data are accessible to authorised users via an OpenDAP server at CSIRO HPSC, and also from PCMDI in the U.S.A. It is also a contribution to the WCRP CMIP3 multi-model database and meets their formatting standards.