Ruled by Uranus, the planet associated with striking and unexpected change, rebellion, surprise, individualism, and at times eccentricity, you are happiest when you can freely follow the path you’ve chosen without interference from others. Note: All Aquarius technical documents, including for prior versions, are available here.You are a highly intellectual sign, most often associated with technological advances and social innovation. NASA Salinity Dielectric Constant Documentation & Data.Aquarius Celestial Sky Emission product Guide & Publication.Aquarius AVDS Data Validation technical memo (.
元 smoothing algorithm description (.pdf).Radiometer Whole Range Calibration V5.0 (.pdf).Radiometer calibration methodology with RFI algorithm description (.pdf).Radar ATBD and Radar RFI algorithm (.pdf).Performance Degradation & QC Flagging of Aquarius L2 SSS Retrieval (.pdf).Aquarius-Derived Sea Surface Density estimation (.pdf).
Aquarius Salinity Uncertainty estimation (.pdf). L2-ATBD Addendum 5 - includes V5.0 algorithm updates (.pdf). L2-ATBD Addendum 4 - includes V4.0 algorithm updates (.pdf). L2-ATBD Addendum 3 - includes V3.0 algorithm, APC & calibration updates (.pdf). L2-ATBD (Algorithm Theoretical Basis Document) (.pdf). Aquarius ATBD end-of-mission (.pdf) and Supplements (.txt/zip). Aquarius Mission Summary (.pdf) - in preparation. Aquarius V5.0 Salinity data validation analysis (.pdf). Aquarius V5.0 Summary of Improvements (.pdf). Aquarius V5.0 Data Users Guide (.pdf). Instrumentsįor all Aquarius technical documents, listed by version, and including the final Version 5.0, click HERE. The entire Aquarius data record spans a full 3 year, 9 month period from 25 August 2011 to 7 June 2015. On 7 June 2015 at 12:53:17 UTC the Aquarius/SAC-D observatory suffered a mission-ending hardware failure resulting in the permanent cessation of data flows. The data collected by the radiometer were used together with sea surface temperature collected from another platform(s) to derive salinity data, and corrected for surface roughness using data from the Aquarius scatterometer. This instrument carried 3 radiometers and 1 scatterometer operating at 1.4 GHz & 1.2 GHz, respectively. Data from Aquarius played a large role in understanding both climate change and the global water cycle. The mission featured the sea surface salinity sensor Aquarius and was the first mission with the primary goal of measuring sea surface salinity (SSS) from space. The Aquarius/SAC-D satellite Aquarius/SAC-D mission, launched on 10 June 2011, was a joint venture between NASA and the Argentinean Space Agency (CONAE). Aquarius/Satélite de Aplicaciones Científicas-D (Aquarius/SAC-D) Aquarius/Satélite de Aplicaciones Científicas-D (Aquarius/SAC-D) About Mission Objectives
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