1) water deficit
水份亏缺
2) water deficiency
水分亏缺
1.
Diurnal variation of plant stem sap flow and its application in plant water deficiency diagnosis;
作物茎流变化规律的分析及其在作物水分亏缺诊断中的应用
2.
Water deficiency could induce canopy temperature to increase about 1.
采用不同方法模拟冬小麦缺水状况,测定冠层温度日变化过程及不同处理叶面温度变化的结果表明,水分亏缺使冠层温度升高1。
3.
Under the conditions of water deficiency,relative water content,bound water content and water-holding capacity of Salix gordejevii were high.
在实验室通过离体叶片来模拟水分亏缺,对黄柳的各项生理指标进行了测定,以分析研究其叶片对水分亏缺的生理响应,结果表明:在水分亏缺条件下,黄柳叶片含水量和相对含水量较多,持水能力较强;随着水分亏缺程度的增加,黄柳叶片的Pro含量增加,对黄柳均有渗透调节作用;黄柳SOD活性和POD活性增加,且与CAT进行了较好的协调作用,以减缓自由基对细胞膜系统的伤害;黄柳叶片中MDA含量逐渐增加,说明膜系统的伤害程度也随水分亏缺程度的增加而加剧。
3) Water deficit
水分亏缺
1.
Research advance in diagnosis of crop water deficit;
作物水分亏缺诊断研究进展
2.
Photochemical and antioxidant behavior of rice in response to water deficit.;
水分亏缺下水稻的光化学和抗氧化应答
3.
The reviews of study on water deficit compensation and over_compensation effect for crops;
作物水分亏缺补偿与超补偿效应的研究现状
4) water stress
水分亏缺
1.
Effects of nitrogen and phosphorus nutrition on the activities of spring wheat seedling protective enzyme system under water stress;
水分亏缺下氮磷营养对小麦幼苗保护酶活力的影响
2.
A review of recent advances in the effects of low temperature and water stress on floral formation in evergreen fruit trees;
低温和水分亏缺对常绿果树成花作用研究进展(综述)
3.
The biological response of wheat root under water stress;
小麦根系对水分亏缺的生物学响应
5) deficit water supply
亏缺供水
6) Vapor pressure deficit
水汽压亏缺
1.
Stomatal conductance at leaf and canopy levels(gs and Gs)Was measured by employing CO2 exchange-measuring system and sap flow measurements to evaluate the stomatal sensitivities(-dgs/dlnDs or-dGs/dlnD) in proportional to magnitude of gs or Gs to water vapor pressure deficit (D) under condition of D=1 kPa.
利用CO2交换测定系统和树干液流测定法分别测定了植物的气孔导度(gs)和冠层平均气孔导度(Gs),估测热带亚热带植物桃金娘(Rhodomyrtus tomentusa)、荷木(Schima superba)、九节(Psychotria ruba)、罗伞(Ardisia quinquegone)和马占相思(Acacia mangium)在水汽压亏缺为1 kPa下gs响应叶表面水汽压亏缺(Ds)或Gs响应叶边界层外水汽压亏缺(D)的敏感度与gs或Gs大小的关系。
补充资料：亏缺
1.缺损不全;欠缺。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条