首页> 外文会议>Laser Remote Sensing of Natural Waters: From Theory to Practice: CIS Lelected Papers >Development and validation of satellite retrieval algorithms and derived products: an emerging role for airborne active-passive (laser-solar) ocean color remote sensing
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Development and validation of satellite retrieval algorithms and derived products: an emerging role for airborne active-passive (laser-solar) ocean color remote sensing

机译:卫星检索算法和衍生产品的开发和验证:机载主动-被动(激光-太阳能)海洋颜色遥感的新兴作用

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Abstract: During the CZCS era chlorophyll retrieval algorithms were developed with a very limited number of oceanic spectral radiance and pigment pairs obtained at individual ship stations. Recent results suggest that copious airborne active-passive data can now be used to validate oceanic water-leaving radiances, incident downwelling irradiance, phytoplankton chlorophyll, and the chromophoric dissolved organic matter absorption coefficient. Furthermore, these data can be used to develop and validate 1) oceanic radiance models, 2) inherent optical property (IOP) models, and 3) inversion methods for retrieval of IOP's. !16
机译:摘要:在CZCS时代,开发了叶绿素检索算法,该算法利用在个别船舶站获得的极少数海洋光谱辐射和色素对。最近的结果表明,大量的机载主动-被动数据现在可以用于验证海洋的离水辐射度,向下辐射的入射辐射度,浮游植物叶绿素和发色团溶解的有机质吸收系数。此外,这些数据可用于开发和验证1)海洋辐射模型,2)固有光学特性(IOP)模型和3)用于获取IOP的反演方法。 !16

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