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林-果-农复合系统中植物蒸腾及系统蒸散的研究 被引量:7

Study on the Plant Transpiration and System Evapotranspiration Within an Agroforest System of Forest Belt-Fruit Tree-Crop
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摘要 本文讨论了林(带)、果(梨)、农(冬小麦)复合系统中植物蒸腾、耗水特征及耗水关系。结果表明冬小麦是系统中蒸腾耗水的主要部分(占系统耗水量的69.3%),梨树居中(占23.6%)。系统中蒸散耗水关系也表现出类似的规律。进一步分析指出,从合理利用水资源角度考虑,适当发展具有三层结构的林-果-农复合系统是可行的。 The relationship between the plant transpiration, characteristics of water consumption and the water consumptin within an agroforest system of forest belt-fruit tree (pear)-crop (winter wheat) is cliscussed. The results indicated that the transpiration by winter wheat made up the major (69. 3% ) part of total transpined water consumption within the system. The transpired water consumption of the pear ranked the second (23. 6% of total transpired recl water consumption within the system). The samilar pattern was found for evapotranspired water consumption within the composite system. It was further indicated in the paper that, considering the rational utilization of water resource, it is warkable to develop a proper composite system of fOrest belt-fruit tree-crop with three layers of structure.
出处 《中国农业大学学报》 CAS CSCD 北大核心 1996年第5期103-109,共7页 Journal of China Agricultural University
关键词 蒸腾 植物蒸散 农林复合系统 plant transpiration evapotranspiration
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  • 1李玉山.渭北旱原土壤水分动态规律及其与小麦生长的关系[J]陕西农业科学,1982(02). 被引量:1
  • 2[]希勒尔(D·Hillel) 著,华孟,叶和才.土壤和水[M]农业出版社,1981. 被引量:1
  • 3沈阳农学院.农业土壤学[M]农业出版社,1961. 被引量:1
  • 4高伟刚.冬小麦水分利用效率日变化及其与气象条件的关系[J]干旱地区农业研究,1986(02). 被引量:1

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