1.
The changes of soil stress and temperature bring out the changes of p, and osmotic potential also causes the change of leaf extension rate.
土壤水势、度的变化引起膨压(_)变化,而膨压的变化又引起叶片延伸速率的变化。
2.
Having indentations extending to the midrib or base and forming distinct lobes
"叶边延伸到叶中脉或叶基部,而形成明显裂片的."
3.
Having indentations that extend about halfway to the center, as in certain leaves.
半裂的有锯齿状边缘的，延伸到距中心一半的距离，例如某些叶片
4.
Quasi-chi-square model for photosynthetic rate of cucumber leaf in greenhouse
温室黄瓜叶片光合速率的类卡方模型
5.
A STUDY ON RELATION BETWEEN THE PHOTOSYNTHETIC RATE AND CHLOROPHYLL CONTENT IN CHINESE JUJUBE
枣树叶片的光合速率与叶绿素含量关系的研究
6.
Effect of Artificial Defoliation on Leaf Net Photosynthetic Rate of Tilia amurensis Young Trees
人为去叶对紫椴幼树叶片净光合速率的影响
7.
Land masses extrude into the sea.
大片陆地延伸到海里。
8.
Extending beyond the apex of a leaf, as a midrib or vein.
（叶脉）延伸的伸出叶的顶端的，如中脉或叶脉
9.
Study on Photosynthetic Rate,Stomatal Conductance and Transpiration Rate of Different Periods and Sections in Soybean
大豆不同时期不同节位叶片光合速率、气孔导度、蒸腾速率的研究
10.
With senescing of flower, net photosynthetic rate of NFL decreased markedly, approaching net photosynthetic rate in FL.
随着花的衰败,无花枝叶片的光合速率明显降低,接近有花枝叶片的光合速率。
11.
Rates of leaf photosynthesis have little relationship to yield.
叶片的光合作用速率与产量的关系不大。
12.
Relationship photosynthetic rate of salvia miltiorrhiza with irradiance at low photon flux densities;
低光强时丹参叶片的光合速率与光强的关系
13.
Diurnal Changes of the Net Photosynthetic Rate in Leaves of Lonicera japonica Thunb and Its Influence Factors
金银花叶片净光合速率日变化影响因子研究
14.
Study on the Relationship between Water Loss Rate of Cotton Detached Leaves and Drought Resistance
棉花离体叶片失水速率与抗旱性的关系研究
15.
Light distribution in wheat population and its effect on leaf photosynthetic rate under raised-bed planting method
垄作小麦群体的光分布特征及其对不同叶位叶片光合速率的影响
16.
Diurnal Changes of Photosynthetic Rate and Chlorophyll Fluorescence in Macropanax Rosthornii Leaves
短梗大参叶片光合速率和叶绿素荧光参数日变化
17.
Basically, high temperature promoted the rate of leaf emergence and accelerated budding of tillers.
基本上说，高温促进叶片萌出速率并加速分蘖出芽。
18.
Leaf transpiration rate, above ground dry weight and water use efficiency were all decreased under the conditions of low water level.
水分低水位管理蒸腾速率、上部干物重和叶片水分利用效率下降。