SeaWiFS and MERIS: a comparison of their performance for the estimation of optically active components in ocean water

机译：SeaWiFS和MERIS：评估海水中光学活性成分的性能比较

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SeaWiFS and MERIS capabilities for the estimation of optically active components in ocean waters are analysed by means of a semi-theoretical model of ocean colour which also takes account of the chlorophyll fluorescence signal at about 685 nm. The reflectance curves simulated with the model over various types of water have been integrated over the bands of the two sensors, and a regressive analysis has been used to find the algorithms for the retrieval of the three main classes of optically active components, and the corresponding correlation coefficients. The results show that the availability of SeaWiFS data will give unprecedented capabilities for the retrieval of optically active parameters from satellite imagery, especially over case 1 waters. MERIS will have the same potential in those waters; moreover, the presence of two additional channels in the red region makes this instrument very interesting also for the parameter retrieval over case 2 waters.

机译：通过海洋颜色的半理论模型分析了SeaWiFS和MERIS估计海水中光学活性成分的能力，该模型还考虑了约685 nm的叶绿素荧光信号。使用该模型在各种类型的水上模拟的反射率曲线已在两个传感器的波段上进行了积分，并且使用回归分析来找到用于检索光学活性成分的三个主要类别的算法以及相应的方法。相关系数。结果表明，SeaWiFS数据的可用性将为卫星图像的光学活性参数的检索提供空前的功能，尤其是在案例1的水域。在这些水域中，MERIS具有相同的潜力;此外，红色区域中还存在两个额外的通道，使得该仪器对于案例2水域的参数检索也非常有趣。

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《Geoscience and Remote Sensing Symposium, 1996. IGARSS '96. 'Remote Sensing for a Sustainable Future.', International》|1996年|P.1398-1400|共3页
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Cipollini; P.; Corsini; G.;
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中图分类无线电电子学、电信技术;
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机译：使用海洋颜色传感器MERIS和SeaWiFS检索陆地上的光谱气溶胶光学厚度
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4. SeaWiFS and MERIS: a comparison of their performance for the estimation of optically active components in ocean water [C] . Cipollini P., Corsini G., Institute of Electric and Electronic Engineer International Geoscience and Remote Sensing Symposium . 1996

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SeaWiFS and MERIS: a comparison of their performance for the estimation of optically active components in ocean water

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