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全球和区域水循环研究和水资源管理中涉及水文气象的所有要素,遥感技术在获取时空上复杂多变的水的要素信息方面具有独特的优势,近年来国内外气象卫星、海洋卫星以及专题遥感卫星,如TRMM?全球水循环遥感卫星的发展等提供了前所未有的遥感科学大数据。为了深入推进遥感技术在水循环研究和水资源管理中的应用,促进学科交叉和系统集成研究,由中国科学院空间科学与应用研究中心(国家空间科学中心)和兰州
Global and regional water cycle research and water resources management involves all the elements of hydrological meteorology. Remote sensing technology has unique advantages in obtaining the elemental information of complex and ever-changing water in space and time. In recent years, domestic and international meteorological satellites, oceanic satellites and thematic remote sensing satellites Such as TRMM? The development of the global water cycle remote sensing satellites provide an unprecedented big data of remote sensing science. In order to further promote the application of remote sensing technology in water cycle research and water resources management, and to promote interdisciplinary research and system integration, CAS is composed of CASS (National Center for Space Science and Technology) and Lanzhou