2005•Journal of Fujian Forestry Science and TechnologyRequires access
Cercis chinensis Photosynthesis Daily Progress and Response to Light
KE Shi-sheng
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Abstract
The results showed that: (1) the net photosynthesis rate reduced mainly with the fluence of non-stomatal restriction factor at noon.(2) the saturated light intensity and apparent quantum efficiency(AQE) were highest in the morning, lowest at noon, and raised in a degree in the afternoon. Light compensation point(LCP) in the afternoon was twice of that in the morning, that at noon was 3 times as large as that in the morning.