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首页> 外文期刊>Journal of Hydrology >Remote sensing upscaling of interception loss from isolated oaks: Sardon catchment case study, Spain
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Remote sensing upscaling of interception loss from isolated oaks: Sardon catchment case study, Spain

机译:遥感孤立橡木拦截损失升高:Sardon集水案例研究,西班牙

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Highlights?2-Year rainfall interception loss ofQuercus ilexandQuercus pyrenaicameasured.?Rainfall interception loss modelled using revised Gash analytical model.?Upscaling tree interception in oak woodland of the Sardon catchment (~80km2)?High resolution optical remote sensing applied for upscaling tree interception loss.?The proposed method can be applied in any sparsely vegetated areas.AbstractTree interception loss from two Mediterranean oak species,Quercus ilex(Q.i.) andQuercus pyrenaica(Q.p.), was estimated during 2-year period (1 October 2011 to 30 September 2013) in sparsely vegetated Sardon catchment (~80km2, Spai
机译:<![cdata [ 亮点 2年降雨拦截 quercus inlex 和< CE:斜体> quercus pyrenaica 测量。 使用修改的gash分析模型建模的降雨拦截损耗。 Sardon集水区橡木林地的Upscaling树拦截(〜80km 2 < CE:PARA ID = “P0045”查看=“全部”>高分辨率光遥感应用于Upscaling Tree拦截丢失。 所提出的方法可以应用于任何稀疏的植被区域。 抽象 来自两种地中海橡树种的树拦截损失, quercus inlex qi )和 quercus pyrenaica qp ),估计在2年期间(2011年10月1日至2013年9月30日)在稀疏植被的撒丁车集水区(〜80km 2 ,spai

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