通过不同程度的水分胁迫对欧李叶水势、气孔导度、蒸腾速率和光合速率日变化影响的研究。
This paper was carried out to study the effect of water stress on the diurnal change of photosynthetic rate of Chinese dwarf cherry.
表达丰度发生改变的基因包括了胁迫回应，核酸代谢和蛋白质代澍等多个方面。
The genes whose expression were modulated by the virus cover a broad spectrum of biological processes, including stress response, nucleic acid metabolism, proteinmetabolism, and many others.
水分胁迫对荚果发育的影响表现为改变发育起始阶段时间、荚果发育速率和生育期、成熟度和最终产量。
Water stress modified pod growth by changing the time of start linear phase, pod growth rate and growth duration, maturity degree and final weight.
应用推荐