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Climate models, weather data, oceanography, hydrology, atmospheric science, environmental monitoring
28,268 datasets
Climate-reference precipitation profiles are retrieved from the SSMIS sensor on the DMSP F17 satellite using a Bayesian algorithm. The data uses homogeneous ECMWF-Interim reanalysis as ancillary inputs to ensure consistency for climate time series analysis. This product is part of the GPM constellation processed by the Goddard Profiling algorithm and archived at the GES DISC.
Version 07 data provides consistent precipitation retrievals from the SSMIS sensor on the DMSP F16 satellite. The Goddard Profiling (2AGPROF) algorithm uses a Bayesian method with an a-priori database to estimate mean rain rate and vertical hydrometeor structure. Data is processed by the GES DISC for the Global Precipitation Measurement (GPM) mission.
Climate-referenced Version 07 data uses ECMWF-Interim reanalysis for homogeneous ancillary data over the time series. The GPROF algorithm retrieves precipitation profiles and hydrometeor vertical structure from SSMIS sensor brightness temperatures using a Bayesian method. This product is part of the GPM constellation data managed by the GES DISC.
Version 07 provides climate-reference precipitation profiles from the NOAA-19 satellite's MHS radiometer, using ECMWF-Interim reanalysis for homogeneous ancillary data over the climate time series. The GPROF algorithm retrieves mean rain rate, vertical cloud structure, and precipitation hydrometeor profiles using a Bayesian method with a consistent a-priori database across multiple passive microwave sensors. This dataset is produced by the GES DISC organization as part of the GPM mission.
GPM's 2AGPROF algorithm retrieves precipitation profiles and cloud hydrometeor data from passive microwave sensors, including the MHS instrument on NOAA-19. The product provides consistent 3-hour global coverage through near-realtime, standard, and climate data versions. Version 07 is the current and authoritative data release from NASA's GES DISC.
GPM's GPROF algorithm provides precipitation profiles and cloud hydrometeor data from a constellation of 10 passive microwave sensors, including GMI, SSMI, and MHS. The dataset offers consistent 3-hour global coverage through near-realtime, standard, and climate product versions. NASA's GES DISC archives this data, with Version 07 representing the current processing standard.
Version 07 climate-reference products provide precipitation and hydrometeor profiles using a Bayesian retrieval algorithm from multiple passive microwave sensors, including GMI, SSMI, SSMIS, AMSR2, TMI, MHS, ATMS, and SAPHIR. The data is processed by the GES DISC using ECMWF-Interim reanalysis for homogeneous ancillary data to ensure consistency over the climate time series. These products are part of the GPM constellation's effort to achieve broad 3-hour global coverage.
GPM's GPROF algorithm retrieves precipitation profiles from 11 different passive microwave sensors on partner satellites, providing bulk 3-hour global coverage. Version 07 data from the METOP-B MHS radiometer offers consistent rain rates and vertical hydrometeor structure using a Bayesian method with a common a-priori database. The dataset is produced by NASA's GES DISC.
Precipitation profiles and related science fields retrieved from the MHS radiometer on the METOP-B satellite using a Bayesian algorithm. This climate-reference product uses ECMWF-Interim reanalysis for homogeneous ancillary data to support consistent long-term records. The dataset is produced by the GPM GPROF algorithm and distributed by the GES DISC.
Version 07 data provides consistent precipitation retrievals from a constellation of 11 passive microwave sensors, including GMI, TMI, SSMIS, AMSR2, MHS, ATMS, and SAPHIR. The Goddard Profiling algorithm uses a Bayesian method to retrieve mean rain rate, vertical cloud structure, and hydrometeor profiles. Data is produced by the GES DISC for the Global Precipitation Measurement mission.
Global Precipitation Measurement (GPM) satellite constellation data provides precipitation profiles and hydrometeor vertical structure. The dataset uses a Bayesian algorithm on brightness temperature observations from multiple passive microwave sensors to retrieve mean rain rates and uncertainties. NASA's GES DISC distributes this climate-referenced product, which employs ECMWF reanalysis for homogeneous ancillary data over the climate time series.
Precipitation profiles and related atmospheric fields retrieved from the ATMS sensor aboard the Suomi NPP satellite using a Bayesian algorithm. The dataset is a climate-reference product using ECMWF-Interim reanalysis for homogeneous ancillary data over the climate time series. It is produced by the GPROF algorithm and hosted by NASA's GES DISC.
Version 07 data from the Goddard Profiling (2AGPROF) algorithm retrieves precipitation profiles from the Suomi-NPP ATMS sensor. The algorithm uses a Bayesian method with an a-priori database to provide mean rain rate and vertical structure of cloud and precipitation hydrometeors. This product is part of the Global Precipitation Measurement (GPM) mission constellation data processed by the GES DISC.
GPM's GPROF algorithm retrieves precipitation profiles from the NOAA-21 ATMS passive microwave sensor using a Bayesian method. The dataset provides mean rain rate, vertical cloud structure, and hydrometeor profiles with uncertainty estimates. Version 07 is maintained by the GES DISC.
Version 07 climate-reference precipitation data from the NOAA-21 satellite's Advanced Technology Microwave Sounder (ATMS). The dataset is processed by the GPROF algorithm using ECMWF-Interim reanalysis for homogeneous ancillary data over the climate time series. It is produced by the GPM mission and archived at the GES DISC.
GPM's 2AGPROF algorithm retrieves precipitation profiles from passive microwave sensors on the NOAA-20 satellite and other partner satellites. The dataset provides consistent precipitation, cloud hydrometeor structure, and related fields using a Bayesian retrieval method against a simulated brightness temperature database. Version 07 is the current data version produced by the GES DISC organization.
Version 07 climate-reference products provide precipitation and hydrometeor profiles using a Bayesian algorithm with ECMWF reanalysis ancillary data for homogeneity. The data are produced by the GPM GPROF algorithm for the ATMS sensor on the NOAA-20 satellite, managed by the GES DISC. These climate products use a 3-month lag in ancillary data to ensure consistency for long-term records.
Version 07 data provides consistent precipitation retrievals from nine passive microwave sensors, including AMSR-2, TMI, and SSMIS, forming the bulk of GPM's 3-hour global coverage. The Goddard Profiling (2AGPROF) algorithm uses a Bayesian method with an a-priori database of rain profiles to retrieve mean rain rates and vertical hydrometeor structure. This dataset is produced by the GES DISC organization.
Global satellite data provides precipitation profiles and related science fields from multiple passive microwave sensors, including AMSR-2, GMI, and SSMIS. The dataset is processed by the GPROF algorithm using climate-consistent ECMWF reanalysis ancillary data to ensure homogeneity for long-term studies. NASA's Global Precipitation Measurement (GPM) mission produces this data, with Version 07 being the current operational version.
ECMWF archives global upper air soundings in the WMO BUFR format, containing parameters like geopotential height, pressure, temperature, and wind data at each level. Data collection began on October 2, 2014, with monthly updates continuing to the present. Many soundings offer high vertical resolution, with reports at 1- or 2-second intervals containing up to 14,500 levels per ascent.