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9,961 datasets
Aquarius Level 3 sea surface salinity data provides gridded 1-degree spatial resolution salinity measurements averaged over daily time scales. This version 5.0 product is specifically for daily, ascending passes and includes rain-flagging. The data originates from the NASA and CONAE collaborative AQUARIUS/SAC-D satellite mission, which uses a combination of three radiometers and a scatterometer to measure brightness temperature and ocean backscatter for salinity estimation.
Aquarius Level 3 data provides seasonal climatology maps of sea surface salinity (SSS) at 1-degree spatial resolution. The data is derived from NASA and CONAE's AQUARIUS/SAC-D satellite, which uses three radiometers and a scatterometer operating at 1.413 GHz and 1.26 GHz to measure brightness temperature and ocean backscatter. This version 5.0 product specifically uses ascending pass data and includes rain-flagging to filter retrievals.
Aquarius Level 3 data provides global sea surface salinity measurements at a 1-degree spatial resolution, averaged annually from satellite descending passes. This version 5.0 product is a collaborative effort between NASA and Argentina's CONAE, using a satellite instrument with three radiometers and a scatterometer for surface roughness corrections. The data is rain-flagged, meaning precipitation effects on salinity retrieval are identified.
Global sea surface salinity data at 1-degree spatial resolution, produced daily from the Aquarius/SAC-D satellite. The dataset is a collaborative effort between NASA and Argentina's CONAE, using a combination of three radiometers and a scatterometer for measurement. This version 5.0 product is rain-flagged and focuses on descending orbit data.
Seasonal climatology data for sea surface salinity, rain-flagged and mapped at a 1-degree spatial resolution. The dataset is version 5.0 from the Aquarius instrument, a collaborative mission between NASA and Argentina's CONAE, which uses three radiometers and a scatterometer to measure brightness temperature and ocean backscatter. It was last updated on 2026-03 13.
Aquarius Level 3 data provides seasonal climatology maps of sea surface salinity at a 1-degree spatial resolution, specifically using measurements from satellite Descending passes. The dataset is produced by NASA and Argentina's CONAE using a satellite instrument with three radiometers and a scatterometer operating at 1.413 GHz and 1.26 GHz, respectively, across a 370 km swath. This version 5.0 product was last updated in March 2026.
Aquarius Level 3 sea surface salinity data provides gridded 1-degree spatial resolution measurements averaged over daily, 7-day, monthly, and seasonal time scales. The dataset is the mission-cumulative, rain-flagged product from version 5.0, collected by the AQUARIUS/SAC-D satellite, a joint NASA and Argentinian CONAE mission. The instrument uses three radiometers at 1.413 GHz and a 1.26 GHz scatterometer for surface roughness corrections across a 370 km swath.
Aquarius Level 3 sea surface density data provides annual, gridded maps at 1-degree spatial resolution. The dataset is the official end-of-mission public release (Version 5.0) from the NASA-CONAE AQUARIUS/SAC-D satellite, which used three radiometers and a scatterometer to measure brightness temperature and ocean backscatter at 1.413 GHz and 1.26 GHz. Surface density estimates are derived using retrieved salinity and collocated sea surface temperature data.
Global ocean data from the Aquarius/SAC-D satellite, a NASA and CONAE collaboration. This version 5.0 dataset provides 7-day averaged, 1-degree resolution sea surface density maps, derived from retrieved salinity and ancillary sea surface temperature. The data is produced using measurements from three radiometers and a scatterometer operating at L-band frequencies.
Aquarius Level 3 sea surface density data provides gridded 1-degree spatial resolution monthly climatology maps. The data is produced by NASA and the Argentinian Space Agency CONAE using the AQUARIUS/SAC-D satellite's radiometers and scatterometer. Surface density estimates are derived from retrieved salinity and collocated sea surface temperature data.
Aquarius Level 3 data provides sea surface density estimates at a 1-degree spatial resolution, averaged over 7-day time scales. The dataset is produced by NASA and Argentina's CONAE using radiometer and scatterometer measurements from the AQUARIUS/SAC-D satellite. Version 5.0 data was last updated in March 2026.
Aquarius Level 3 sea surface density data provides gridded 1-degree spatial resolution maps averaged over 7-day periods. This version 5.0 dataset is the official end-of-mission public release from the NASA and CONAE AQUARIUS/SAC-D satellite mission, with density derived from retrieved salinity and collocated sea surface temperature. The data is generated from measurements by three radiometers and a scatterometer operating at L-band frequencies.
Global sea surface density data at 1-degree spatial resolution, averaged annually from descending satellite passes. NASA and Argentina's CONAE produced this version 5.0 dataset using the Aquarius/SAC-D satellite's radiometers and scatterometer. Surface density estimates are derived from retrieved salinity and collocated sea surface temperature data.
Aquarius Level 3 data provides seasonal sea surface density estimates at a 1-degree spatial resolution. The product is derived from satellite-retrieved salinity and collocated sea surface temperature data, using the TEOS-10 standard. NASA and Argentina's CONAE collaborated on the AQUARIUS/SAC-D satellite mission, which employed three radiometers and a scatterometer to make these measurements.
Global sea surface density estimates derived from the Aquarius/SAC-D satellite mission. The data is a seasonal climatology product with a 1-degree spatial resolution, generated using retrieved salinity and collocated sea surface temperature. NASA and Argentina's CONAE produced this official end-of-mission public data release, version 5.0.
Seasonal climatology data for sea surface density, derived from the Aquarius/SAC-D satellite's descending passes. The dataset contains gridded 1-degree spatial resolution maps, with density estimates based on the TEOS-10 standard using retrieved salinity and collocated sea surface temperature. It is produced by NASA and CONAE as part of the Aquarius mission's Version 5.0 data release.
Aquarius V5.0 provides the official end-of-mission public release of monthly averaged sea surface salinity data. NASA and Argentina's CONAE collaborated on the AQUARIUS/SAC-D satellite, which used three radiometers and a scatterometer to measure brightness temperature and ocean backscatter at 1.413 GHz and 1.26 GHz, respectively. The data is presented as gridded standard mapped images with a 1-degree spatial resolution.
Aquarius Level 3 sea surface density data provides gridded 1-degree spatial resolution maps averaged over monthly time scales. This version 5.0 dataset is the official end-of-mission public release from the NASA and CONAE AQUARIUS/SAC-D satellite mission. Surface density estimates are derived using retrieved salinity and collocated sea surface temperature data.
Aquarius Level 3 sea surface salinity data provides gridded maps at 1-degree spatial resolution. This dataset is the official end-of-mission public release (Version 5.0) from the NASA and CONAE collaborative AQUARIUS/SAC-D satellite, containing monthly averaged, smoothed salinity values derived solely from descending orbit passes. The data is produced from measurements by three radiometers and a scatterometer operating at L-band frequencies.
Seasonal sea surface density maps derived from the Aquarius/SAC-D satellite mission's final public data release. This dataset provides gridded estimates at 1-degree spatial resolution, calculated using TEOS-10 standards from retrieved salinity and collocated sea surface temperature. The mission was a collaboration between NASA and Argentina's CONAE, using a three-radiometer instrument with a 370 km swath to measure brightness temperature at 1.413 GHz.