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青梅树叶片某些光合性能的研究
引用本文:.陈凯;.周武忠;.盛宝龙;.黄锡春.青梅树叶片某些光合性能的研究[J].武汉植物学研究,1986,4(4):367-372.
作者姓名:.陈凯;.周武忠;.盛宝龙;.黄锡春
作者单位:1.江苏省植物研究所;2.江苏农学院园艺系;3.江苏农业科学院园艺所;4.江苏省吴县石公乡
摘    要:六月上旬检测青梅树叶片光合作用对光照强度的反应、光合速率的日变化及其影响因素,表明青梅树叶片光合作用的光补偿点和光饱和点分别为2-3千勒克斯和35-40千勒克斯。在新梢旺盛生长期的晴天。叶片的光合速率于10时和15时出现两次高峰。叶片的光合生产能力直接受光照强度的制约,同时还受气温和空气相对湿度的影响。

关 键 词:青梅树叶片  光合作用  光补偿点  光饱和点  太阳光照强度

STUDIES ON SOME PHOTOSYNTHETIC CHARACTERISTICS IN LEAVES OF MEI TREE (PRUNUS MUME)
Chen Kai.STUDIES ON SOME PHOTOSYNTHETIC CHARACTERISTICS IN LEAVES OF MEI TREE (PRUNUS MUME)[J].Journal of Wuhan Botanical Research,1986,4(4):367-372.
Authors:Chen Kai
Institution:1.Jiangsu Institute of Biology; 2.Department of Horticulture, Jiangsu Agricultural College; 3.Horticul Institute, Jiangsu Academy of Agricultural Sciences; 4.Shi Gong countryside of Wu County, Jiangsu Province
Abstract:Photosynthetic reactions by intensity of the sunlight, photosynthesis rate in a whole fine day and its affected factors were detected on leaves of Mei tree (Prunus mume) in early June, 1983 and 1984. The results showed that the light compensation point and light saturation point of Mei tree's leaves are 2-3klx and 30-40klx, respectively. Photosynthesis rate of the leaves reaches two peaks at 10 and 15 hour in a fine day during the growing season. Photosynthetic productivity of the leaves is affected by temperature and relative humidity of air as well as directly constrained by intensity of the sunlight.
Keywords:Mei tree  Photosynthesis  Light compensation point  Light saturation point  Intensity of the sunlight
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