在干旱胁迫下，叶片含水量减少，叶片水分亏缺严重。
Under water stress, leaf water content decreased and leaf water deficit intensified.
上午叶片含水量高于下午，但差异未达到显著性水平。
The morning leaves water content is higher than that of the afternoon, but the difference did not arrive at significant level.
施肥对芨芨草叶片含水量影响不大，但造成水分饱和亏增加。
Fertilizer influenced trivially on leaf water content, while intensified markedly on the water saturation deficit.
伴随着根吸收能力下降，叶片含水量的降低，游离脯氨酸积累急剧上升。
With the increase of absorption ability in root and the decrease of water content in leaves, the accumulation of free proline rose sharply.
在干旱胁迫下，能有效提高叶片含水量，增强植物的光合特性，因此具有良好的发展前景。
Moreover, it can increase leaf relative water content (RWC) and photosynthesis characteristic while under drought stress, for which it has a promising prospect.
处理外，都抑制出苗，适宜浓度可以提高秧苗质量、根系活力和叶片含水量，浓度过大会抑制生长。
Suitable concentration could improve seedling quality, root activity and leaf water content, but higher concentration treatments inhibited cucumber seedlings growth.
根据大量观测数据建立了叶片含水量与吸收深度及吸收面积间的线性回归方程序，从而提出一种利用光谱反射率诊断小麦叶片水分状况的方法。
The linear regression model between the water content of the wheat leaves and the absorption depth or area of the spectrum were obtained on the basis o...
在水分临界期，叶片具有较高的含水量。
The leaves has high containing water during water critical period.
高温胁迫对叶片相对含水量和叶绿素含量无明显影响。
There has no significant effects on relative water content and chlorophyll content in leaves under high temperature stress.
结果表明，相对100%光强而言，遮荫处理后叶片的含水量显著上升，比叶重显著下降。
Compared to those under 100% of sunlight, the plants which were treated by shading showed that water content of leaf was increased and special leaf weight was decreased remarkably.
玉米持绿性提高，使收获时茎秆、叶片中的含水量提高，但不会引起籽粒含水量的提高。
The improvement of stay-green can increase stem and leaf water content, but can't increase kernel water content.
在可塑或硬塑粘土中，或含水量较小的砂土中应用密纹叶片钻杆，缓慢地均匀地钻进。
In plastic or hard plastic clay, or water content smaller sand application microgroove blade drill, slowly and evenly drilling.
1998年对梨园覆盖秸秆后的土壤含水量和叶片几项水分生理指标进行了测定。
Soil water contents and some leaf water physiological parameters in straw mulched and unmulched pear orchards were determined during 1997~1998.
叶片对含水量与游离脯氨酸含量的回归分析表明，二者是显著负相关。
The regression analysis of leaf to content of water and free proline showed that there was significant negative relativity bet-ween them.
限根对不同品种油桃幼树叶片中可溶性蛋白含量变化和叶片相对含水量、比叶重的影响明显不同。
Root restriction presented remarkably different effects on the soluble protein contents, relative water contents and the specific weights of the leaves of the young trees of different varieties.
随着土壤含水量的增大，甘草植株的高度随之增高，单叶叶面积，叶片数量以及地上生物量随之增大、增多；
With the increase of soil moisture, the height of liquorice would be higher, the single leaf area larger, as well as the leaf numbers and the biomass above ground more.
叶片与匍匐茎含水量、电解质外渗率与土壤含水量之间呈显著和极显著相关；
There are close correlations among leaf and stolon moisture content and their cytoplasm electrolyte leakage rate, and the soil moisture content.
植物叶片N素含量与土壤有机质、土壤N素含量和土壤含水量呈显著正相关；
Nitrogen concentration in mature leaves(N_g)and nitrogen concentration in senescing leaves(N_s)increased with increasing soil(organic) matter, total soil nitrogen and soil moisture.
此外，“贺氏399”降低了大豆叶片的蒸腾速率，增加植株的含水量，促进水分代谢。
In addition, it can reduce the transpiration rate of soybean, increase water content of plant and promote water metabolism.
②回复突变的红花檵木叶鲜重、含水量、比叶重、叶面积和色素特征等特征均与转绿叶片相似；
Leaf fresh mass, water content, leaf mass per unit area, leaf area and pigment of back mutation were approximately the same as green leaves of its red-leaf variations;
游离脯氨酸含量、可溶性蛋白质含量、叶绿素含量和叶片相对含水量仅可作为参考指标。
The content of free proline, soluble protein, chlorophyll and relative water can be used as reference indexes.
叶片相对含水量、水分饱和亏、自由水、束缚水含量，细胞汁液浓度也同土壤PF值显著相关。
Relative water content (RWC), water saturation defi-cit (WSD), free water, bound water and cell SAP concentration were all correlated with PF.
土壤相对含水量80% Q时，各施氮处理叶片相对含水量差异不大。
Leaf relative water content of nitrogen fertilizer treatments had no distinct difference, when soil relative water content was 80%q.
结果表明，失水使叶片组织含水量、水势降低，使电容减小、电阻增大，且电容和电阻的变化较组织含水量和水势的变化明显。
Results show that water loss makes water content and potential of leaves decrease, but makes capacitance decrease and resistance increase.
细胞汁液浓度、相对含水量对土壤含水量十分敏感，其含量可以反映植株叶片水分状况。
Cell sap concentration and relative water content of leaf change with the irrigation maximum chanage, that can show condition of plant water.
细胞汁液浓度、相对含水量对土壤含水量十分敏感，其含量可以反映植株叶片水分状况。
Cell sap concentration and relative water content of leaf change with the irrigation maximum chanage, that can show condition of plant water.
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