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Evapotranspiration and crop coefficient of poplar and willow short-rotation coppice used as vegetation filter

机译:杨树和柳树矮轮作植被过滤的蒸散量和作物系数

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摘要

Ten-day evapotranspiration (ETc) and crop coefficient (k(c)) of willow and poplar SRC used as vegetation filter and grown under fertilised (F) and unfertilised (NF) conditions, were determined for two successive growing seasons using volumetric lysimeters. During the first growing season, total ETc observed was, respectively, 620 (NF)-1190 (F) mm in willow and 590 (NF)-725 (F) in poplar. During the second growing season, ETc showed a general increase, mainly in fertilised lysimeters where it ranged between 890 (NF)-1790 mm (F) in willow and 710 (NF)-1100 mm (NF) in poplar. k(c) reached in both years its maximum between the end of August and the beginning of September. In 2004 maximum k(c) ranged from 1.25-2.84 in willow and 1.06-1.90 in poplar, whereas in 2005 it ranged from 1.97-5.30 in willow and 1.71-4.28 in poplar. ETc seemed to be strongly correlated to plant development and mainly dependent on its nutritional status rather than on the differences between the species. (c) 2007 Elsevier Ltd. All rights reserved.
机译:使用体积溶渗仪测定连续两个生长季节的柳树和杨树SRC的十天蒸发蒸腾量(ETc)和柳树和杨树SRC的作物系数(k(c)),并在受精(F)和未受精(NF)的条件下生长。在第一个生长季节,柳树的总ETc分别为柳树的620(NF)-1190(F)mm和杨树的590(NF)-725(F)。在第二个生长季节中,ETc普遍增加,主要在受精渗漏仪中,其范围在柳树的890(NF)-1790 mm(F)和杨树的710(NF)-1100 mm(NF)之间。 k(c)在8月底至9月初之间均达到了两年的最大值。 2004年,最高k(c)在柳树中介于1.25-2.84之间,在杨树中介于1.06-1.90之间,而在2005年,它在柳树中介于1.97-5.30之间,在杨树中介于1.71-4.28之间。 ETc似乎与植物发育密切相关,并且主要取决于其营养状况,而不取决于物种之间的差异。 (c)2007 Elsevier Ltd.保留所有权利。

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