阳生植物

也研究了几种阴生和阳生植物的叶绿体的荧光诱导动力学，这些植物叶绿体的Chla/b比值和β（max）之间没有什么相关性。

Also , the fluorescence induction kinetics in chloroplasts of several shade and sun plants were studied . There was no definite correlation between Chl a / b ratio and β max in the chloroplast lamella studied .

从阳生植物或阴生植物内部来看，不同物种间Z、[Z+A]和[V+A+Z]含量的差异相对较小，A则基本相同；

Within sun plants or shade plants , the differences of Z , [ Z + A ] and [ V + A + Z ] contents in different species were relatively smaller under the same situation and the content of A is basically consistent .

阳生植物和阴生植物的叶黄素循环与非辐射能量耗散

Xanthophyll Cycle and Non-Radiative Energy Dissipation in Sun and Shade Plants

叶绿素含量高，为阳生植物。

The chlorophyll content is high , is the heliophytes .

阳生植物和阴生植物叶绿素含量的比较分析

Comparative Analysis of Chlorophyll Content on Several Sun Plants and Shade Plants

推测可能是阳生植物叶片细胞中有更多的叶绿体，积累了更多的突变造成的。

A likely explanation is that more variations accumulated by more chloroplasts in cells of sun plants .