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Continuous monitoring of evapotranspiration (ET) overview of LSA-SAF evapotranspiration products

机译:evapotranspiration(et)概述LSA-SAF蒸散产品的持续监测

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Evapotranspiration (ET) is the flux of water between the surface (vegetation, soil and water bodies) and the atmosphere. Monitoring this water loss may be of crucial importance for applications in hydrology, agriculture, water use efficiency studies and drought monitoring. We introduce one of the few satellite-based operational evapotranspiration products, generated continuously and in near real-time over Europe, Africa and part of South America. The ET products (30 minutes and daily) are generated at the EUMETSAT's Satellite Application Facility on Land Surface Analysis (LSA-SAF) operations centre (http://landsaf.ipma.pt). Following our commitments to our user's community, we are continuously looking for new ways to improve the product. To accomplish this, the feedback from users and potential users of the products is of great interest. In this contribution we present the ET products characteristics and recent improvements gained thanks to the inclusion in our ET algorithm of new variables derived from Earth observation by MSG SEVIRI. We show examples of the ET products and we highlight their potential in droughts detection and monitoring. Some examples of possible applications are presented to invite users and researchers to explore the possibilities offered by LSA-SAF evapotranspiration products.
机译:蒸散散热(et)是表面(植被,土壤和水体)和大气之间的水的助焊剂。监测这种水分损失对于水文,农业,水利用效率研究和干旱监测中的应用可能是至关重要的。我们介绍了少数基于卫星的运营蒸散产品之一,在欧洲,非洲和南美洲的一部分近期生成。 ET产品(30分钟和每日)在欧盟卫星在土地表面分析(LSA-SAF)运营中心(http://landsaf.pipma.pt)的卫星应用设施上产生。在我们对我们用户社区的承诺之后,我们不断寻找改进产品的新方法。为实现这一目标,产品的反馈和产品的潜在用户非常兴趣。在这一贡献中,我们介绍了ET产品的特征和最近获得的改进,因为纳入我们的ET衍生自Msg Seviri的地球观察的新变量算法。我们展示了ET产品的例子,我们突出了干旱检测和监测的潜力。提出了可能的应用程序的一些示例,以邀请用户和研究人员探讨LSA-SAF蒸发产品提供的可能性。

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