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Measuring Marine Suspended Sediment Concentrations from Space: History and Potential

机译:从空间测量海洋悬浮沉积物的浓度:历史和潜力

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Advances in analysis of particle scattering and absorption have improved understanding of howsuspended particles influence the light field and the resulting ocean color signature. These advancesenable algorithms which uncouple the spectrum into spectral backscattering, detritus absorption,colored dissolved organic matter, and chlorophyll. Future algorithms will determine linkages betweenoptical components beyond merely the suspended particulate matter (SPM) product, including theinfluence of particle size, shape, refraction, stratification, and composition. This paper examineshistorical progress in research on space-based SPM observations; evaluate the status of currentalgorithms and models; describe user community interest in SPM data products; and discuss strategiesto promote publically-available SPM data products.
机译:颗粒散射和吸收分析的进展使人们对悬浮颗粒如何影响光场和由此产生的海洋颜色特征有了更好的了解。这些先进的算法可将光谱解耦至光谱反向散射,碎屑吸收,有色溶解有机物和叶绿素。未来的算法将不仅确定悬浮颗粒物(SPM)产品,还确定光学组件之间的联系,包括对粒径,形状,折射,分层和组成的影响。本文考察了天基SPM观测研究的历史进展;评估当前算法和模型的状态;描述用户社区对SPM数据产品的兴趣;并讨论推广公共可用SPM数据产品的策略。

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