首页> 外文会议>Four Decades of Progress in Monitoring and Modeling of Processes in the Soil-Plant-Atmosphere System: Applications and Challenges >The SudMed program and the Joint International Laboratory TREMA: A decade of water transfer study in the Soil-Plant-Atmosphere system over irrigated crops in semi-arid area
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The SudMed program and the Joint International Laboratory TREMA: A decade of water transfer study in the Soil-Plant-Atmosphere system over irrigated crops in semi-arid area

机译:苏达德计划和联合国际实验室Trema:半干旱地区灌溉作物的土壤 - 植物 - 大气系统中的一年十年

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This paper presents an overview of a decade (2002-2012) of studies performed on Soil-Plant-Atmosphere processes, in semi-arid areas (Haouz plain, Morocco). In this period, fifteen in-situ experiments on the dominant irrigated crops were performed, controlling the fluxes exchanged between land surface and atmosphere. The results showed that the physically based SVATs (ICARE, SiSPAT and ISBA) provided the best estimates of surface fluxes. For operational purposes, the FAO-56 approach and SAMIR Software (Satellite Monitoring for Irrigation) give a good estimate of evapotranspiration at field and regional scales, respectively. Finally, thermal infrared data were used in conjunction with SVATs to investigate the possibility of estimating the quantity of irrigation water.
机译:本文概述了十年(2002-2012)的研究,在半干旱地区(Haouz Plane,Morocco)中对土壤 - 植物 - 大气过程进行了研究。在此期间,进行了关于主导灌溉作物的十五个原位实验,控制在陆地表面和大气之间交换的助熔剂。结果表明,物理基础的SVAT(ICare,Sispat和Isba)提供了表面助熔剂的最佳估计。对于运营目的,FAO-56方法和Samir软件(灌溉卫星监测)分别在田间和区域尺度分别对蒸散进行了良好的估计。最后,热红外数据与SVAT一起使用,以研究估计灌溉量的可能性。

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