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Lidar fluorosensor and satellite integrated approach: seven years of Southern Ocean investigation

机译:激光雷达荧光传感器和卫星集成方法:对南大洋调查的七年

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Southern Ocean plays an important role in the global carbon cycle and strongly influences global changes with the Ross Sea as one of the more productive regions due to strong phytoplankton blooms occurring in spring and summer. ENEA Lidar fluorosensor measured bio-optical properties of Antarctic waters since 1997 up to 2003 simultaneously to SeaWiFS observations. Chlorophyll-a data from lidar and radiometer are integrated to provide primary productivity model of the Ross Sea. Preliminary results on a new satellite algorithm for CDOM concentration retrieval is suggested after calibration with the measurements carried out by the ENEA lidar fluorosensor.
机译:南部海洋在全球碳循环中发挥着重要作用,并且由于春季和夏季发生的大量浮游植物大量繁殖,罗斯海成为生产力更高的地区之一,对全球变化产生了重大影响。 ENEA激光雷达荧光传感器自1997年至2003年与SeaWiFS观测同时测量了南极水域的生物光学特性。来自激光雷达和辐射计的叶绿素-a数据被整合以提供罗斯海的主要生产力模型。在使用ENEA激光雷达荧光传感器进行的测量进行校准后,建议使用一种新的卫星算法检索CDOM浓度的初步结果。

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