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Combined Active/Passive Retrievals of Ocean Vector Wind and Sea Surface Salinity With SMAP

机译:SMAP对海洋矢量风和海面盐度的主动/被动组合检索

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In this paper, we introduce the combined active/passive (CAP) data product for the Soil Moisture Active Passive mission. We develop the algorithms for a radiometer-only salinity product, a radar-only vector wind product, and a CAP vector wind and salinity product. We show that the performance of the radiometer-only salinity product nears but is still inferior to the Aquarius salinity accuracy performance when aggregated on a monthly timescale. Then, we show that the radar-only vector wind product has reasonable accuracy away from the nadir track while suffering from inadequate measurement geometry in the middle of the swath. Finally, we demonstrate that the CAP salinity and vector wind performance is superior to individual algorithms and provides wind vectors nearly as good as RapidScat for low-to-moderate winds and possibly superior to traditional scatterometers for wind speeds larger than 12.5 m/s.
机译:在本文中,我们介绍了用于土壤水分主动被动任务的组合主动/被动(CAP)数据产品。我们开发了仅用于辐射计的盐度积,仅用于雷达的矢量风积和CAP矢量风和盐积的算法。我们显示,按月计,仅辐射计的盐度产品的性能接近但仍不及水瓶座盐度精度性能。然后,我们证明了仅雷达矢量风积在距条带中部的测量几何体不足的情况下,具有远离天底轨迹的合理精度。最后,我们证明了CAP盐度和矢量风的性能优于单个算法,并且对于中低风,其风矢量几乎与RapidScat一样好,并且对于风速大于12.5 m / s的风,它可能优于传统散射仪。

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