Loading...
Loading...
Offline RL trajectories, game data, robot demonstrations, RLHF, multi-agent interaction
10,021 datasets
Orbital swath data from the Aquarius/SAC-D satellite provides sea surface salinity, wind speed, and wind direction measurements. The dataset is produced by JPL using the Combined Active Passive algorithm, which simultaneously retrieves parameters from three radiometers and a scatterometer. Each file covers one 98-minute orbit, with a total cross-track swath of 370 km.
Monthly ocean surface wind speed data derived from the Aquarius/SAC-D satellite mission using the Combined Active Passive algorithm version 5.0. The dataset provides gridded global measurements at 1-degree spatial resolution, produced by NASA's Jet Propulsion Laboratory in collaboration with the Argentinian Space Agency. This represents the fourth release of the CAP Level 3 product, incorporating improved geophysical models and sea surface temperature inputs.
Supplementary data for a 2025 study on deriving environmental hazard concentrations for chemical prioritization. The dataset supports research on risk assessment and ecotoxicity in Great Lakes tributaries, published by the U.S. Environmental Protection Agency.
Mission-cumulative sea surface salinity data is derived from NASA and CONAE's Aquarius/SAC-D satellite, providing gridded 1-degree spatial resolution measurements. The dataset includes ascending pass, rain-flagged salinity values averaged over daily, 7-day, monthly, and seasonal timescales. It represents the final version 5.0 product from the Aquarius instrument suite, which used three radiometers and a scatterometer for measurement and surface roughness correction.
7-day averaged sea surface salinity data from the Aquarius/SAC-D satellite mission, a collaboration between NASA and Argentina's CONAE. The dataset provides gridded salinity measurements at 1-degree spatial resolution, processed with rain-flagging and surface roughness corrections from a co-located scatterometer. It represents the version 5.0 product, specifically using descending pass retrievals.
Monthly climatology sea surface salinity data is derived from the Aquarius/SAC-D satellite mission, a NASA-CONAE collaboration. The dataset provides gridded, rain-flagged salinity values at a 1-degree spatial resolution, representing averaged conditions over the satellite's operational period. It is processed to version 5.0 standard, incorporating brightness temperature and scatterometer backscatter measurements for surface roughness correction.
Aquarius Level 3 seasonal sea surface salinity data provides gridded 1-degree spatial resolution measurements, rain-flagged and derived from descending satellite passes. This version 5.0 product results from a NASA and Argentinian CONAE collaboration using the AQUARIUS/SAC-D satellite's three radiometers and scatterometer. The dataset offers global ocean salinity estimates averaged over seasonal timescales.
Global sea surface salinity data is provided as monthly gridded maps at 1-degree spatial resolution, derived from the Aquarius/SAC-D satellite mission. This Level 3 product is the rain-flagged monthly dataset from version 5.0 of the Aquarius official release. The mission was a collaboration between NASA and Argentina's space agency CONAE, with the dataset last updated on the NASA platform in 2015.
Aquarius Level 3 data provides daily, ascending-pass sea surface density estimates at a 1-degree spatial resolution. The dataset is derived from salinity retrieved by the Aquarius/SAC-D satellite's three radiometers and scatterometer, using collocated sea surface temperature data. This represents the official Version 5.0 release from NASA and CONAE.
Global ocean data provides seasonal sea surface density estimates at a 1-degree spatial resolution. The dataset is derived from salinity measurements by NASA's Aquarius/SAC-D satellite instrument and collated sea surface temperature data. This version 5.0 product specifically contains Ascending pass data averaged over seasonal timescales.
Monthly sea surface density data from the Aquarius/SAC-D satellite mission, averaged from ascending passes. The dataset provides gridded 1-degree spatial resolution estimates derived from retrieved salinity and collocated sea surface temperature using the TEOS-10 standard. This Level 3 standard mapped image product is version 5.0, a collaboration between NASA and Argentina's CONAE.
Aquarius Level 3 sea surface density standard mapped image data provides gridded 1-degree spatial resolution density data, averaged monthly from descending satellite passes. This version 5.0 dataset is a product of the NASA/CONAE AQUARIUS/SAC-D satellite mission, which used three radiometers and a scatterometer to measure brightness temperature and ocean backscatter for deriving density via TEOS-10. The dataset is hosted on multiple platforms, including NASA EarthData and Data.gov, indicating its established use in the scientific community.
Aquarius Level 3 data provides global sea surface density estimates at a 1-degree spatial resolution, derived from satellite radiometer and scatterometer measurements. This specific dataset is a seasonal climatology product from version 5.0, created using only ascending pass data from the NASA-CONAE AQUARIUS/SAC-D satellite mission. Surface density is calculated using the TEOS-10 equation of state, combining retrieved salinity from Aquarius with collocated sea surface temperature from the Reynolds OI product.
Sea surface density data is provided as a monthly climatology from the Aquarius/SAC-D satellite mission. This Level 3 product contains gridded data at 1-degree spatial resolution, derived from satellite-retrieved salinity and ancillary sea surface temperature. It represents the official end-of-mission public release (Version 5.0) from the NASA and CONAE collaboration.
Monthly gridded sea surface salinity data derived from NASA and CONAE's Aquarius/SAC-D satellite mission. The dataset provides global 1-degree resolution salinity maps, smoothed and averaged from ascending satellite passes, representing the official end-of-mission Version 5.0 release. It is produced from measurements by three radiometers and a scatterometer operating at L-band frequencies to estimate salinity.
Aquarius Level 3 sea surface salinity data provides a gridded, 1-degree spatial resolution monthly climatology product derived from ascending satellite passes. This version 5.0 dataset represents the official end-of-mission public release from the NASA/CONAE AQUARIUS/SAC-D satellite mission, which operated three radiometers and a scatterometer for salinity retrieval. The data is available across multiple government platforms, indicating its established role in climate and ocean science.
Aquarius Level 3 sea surface salinity data provides gridded annual averages at 1-degree spatial resolution derived from descending satellite passes. This version 5.0 dataset is the official end-of-mission public release from the NASA-CONAE AQUARIUS/SAC-D satellite mission. The data is synthesized from three radiometers and a scatterometer measuring brightness temperature and ocean backscatter for salinity estimation.
Aquarius Level 3 sea surface salinity data provides daily, gridded 1-degree spatial resolution measurements from the NASA/CONAE AQUARIUS/SAC-D satellite mission. This version 5.0 dataset represents the official end-of-mission public release, containing descending pass observations only. The satellite used three radiometers and a scatterometer to measure brightness temperature and ocean backscatter for salinity estimation.
Global sea surface salinity data is provided as gridded 1-degree resolution standard mapped images, averaged over 7-day periods. This Level 3 product is the official end-of-mission release (Version 5.0) from the NASA/CONAE AQUARIUS/SAC-D satellite mission, derived from descending passes only. The dataset is generated from three radiometers measuring brightness temperature at 1.413 GHz and a scatterometer measuring ocean backscatter at 1.26 GHz for surface roughness corrections.
Daily ascending sea surface spiciness data is provided at a 1-degree spatial resolution, derived from the Aquarius/SAC-D satellite mission. This Level 3 standard mapped image product, version 5.0, is a result of collaboration between NASA and Argentina's CONAE, using three radiometers and a scatterometer for salinity estimation. Data is available for daily, 7-day, monthly, and seasonal time scales.