首页> 外文会议>Dragon 3 Mid Term Results symposium >CEOP-TPE - CONCERTED EARTH OBSERVATION AND PREDICTION OF WATER AND ENERGY CYCLES IN THE THIRD POLE ENVIRONMENT
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CEOP-TPE - CONCERTED EARTH OBSERVATION AND PREDICTION OF WATER AND ENERGY CYCLES IN THE THIRD POLE ENVIRONMENT

机译:CEOP-TPE - 第三极环境中的水和能量循环的齐齐欲观察和预测

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In the past two years of the CEOP-TPE project, a number of progresses have been made. 1. The Tibetan Plateau SM & ST Observatory [1-3] has been further maintained and upgraded. 2. An assessment of ECMWF land surface analysis over the Tibetan plateau [4] has been conducted. 3. A blended soil moisture product over the Tibetan Plateau [5] has been generated. 4. A 10-year (2001–2010) land surface energy balance product for climate and ecohydrological studies has been developed [6,7] and on the basis of this data set it is concluded that the Tibetan plateau is a heating source for the atmosphere in particular in winter months. 5. A method for the quantification of water cycle components based on earth observation data and a comparison to reanalysis data has been developed. An analysis of the Yangtze river basin is preliminarily carried out and concluded that human influences are important in shorter terms, but climate influences seem dominate over direct human influences over longer terms.
机译:在过去两年的CEOP-TPE项目中,已经取得了许多进展。 1.西藏高原SM&ST天文台[1-3]得到了进一步维持和升级。 2.对西藏高原的ECMWF土地表面分析进行了评估[4]。 3.生成了藏高原上的混合土壤水分产品[5]。 4.为期10年(2001-2010)地表能量平衡产品,用于气候和生态水论研究[6,7]并在此数据集的基础上,藏高平台是一种加热源特别是在冬季的气氛。 5.已经开发了一种基于地球观测数据的水循环组分的量化和与再分析数据的比较的方法。初步进行了对长江盆地的分析,并得出结论,人类影响较短,但气候影响似乎在较长较长的术语方面占据了直接人体影响。

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