锦穗白豆角的生长量和叶面积都比新青青豆角大。 两品种的NAR在营养生长过程都较低，生殖生长过程则提高。
The growth and leaf area of WB was larger than GB. During vegetative growth, net assimilation ratio (NAR) was low, and increased during reproductive growth.
在营养和生殖生长阶段旱稻茎含磷量和磷素累积量随水分胁迫程度加深而降低。
However, as the water stress increases, the phosphorus accumulation of root decreases at vegetative stage and reproductive stage.
枯叶生物量在生殖生长期有着较为稳定的线性增长规律，相关性模型确定系数R 2为0.471 ~ 0.676。
In reproductive period, the dead leaf biomass increased steadily in a linear pattern, with the determination coefficient R2 ranged from 0.471 to 0.676.
而生殖生长期茎秆生物量增长速率是营养生长期的1.13倍。
However, the increasing rate of the culm biomass in reproductive period was 1.13 times of that in vegetative period.
而生殖生长期茎秆生物量增长速率是营养生长期的1.13倍。
However, the increasing rate of the culm biomass in reproductive period was 1.13 times of that in vegetative period.
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