着重分析了我国节水抗旱稻生产的历史、特点与现状，并对节水抗旱稻的发展前景做了展望。
This paper introduced research progress which about water-saving rice, and looked into the future of the water-saving rice.
本文主要对化学抗旱节水技术中的抑制蒸腾剂的概况进行阐述。
The paper mainly described Anti-transpirant traits in drought resistance and water-saving technology.
比如，孟山都公司-顽固的转基因作物的先驱-正把其抗旱技术转让给名为非洲节水玉米的联合公司。
Monsanto, a hard-nosed pioneer of transgenic crops, is donating its drought-resistant technology to a coalition called Water Efficient Maize for Africa, for example.
因此，提高玉米的抗旱节水能力势在必行。
Therefore, improving drought-resistance and water-saving of maize is imperative.
这些研究都为转抗旱节水基因作物的培育打下了一定的基础。
The foundation of crop improvement by translating gene of drought and water saving were supported by these researches.
水稻是主要粮食作物之一，干旱是限制水稻生产的主要因素之一，种植水稻抗旱品种、进行水稻节水栽培是节水农业的重要组成部分。
Planting drought resistance rice varieties and carrying out water-saving cultivation are the important components of water-saving agriculture, and the development trend of modern agriculture.
最后，通过隶属函数法综合评价被试品种的抗旱节水性。
Finally, a comprehensive evaluation on drought resistance of different cultivars was given according to subordinate function values analysis.
流体播种是一种抗旱、节水、增产的新技术。
Fluid seeding is a new drought relief technique which can save water and increase yield.
本文主要对化学抗旱节水技术中的抑制蒸腾剂的概况进行阐述，包括抑制蒸腾剂作用的原理、类型以及目前的研究情况和应用等。
The paper mainly described Anti-transpirant traits in drought resistance and water-saving technology, including the principles, the types, the current research situations and the applications.
鉴于此，对西瓜转化抗旱基因使之节水势在必行。
Since then, it is urgent to transform the drought-tolerant gene.
因此，进一步探讨根系抗旱能力在不同环境条件下的适应性变化，将是节水农业研究的一个方向。
The adaptation of rice root resistance drought under different environments conditions would be another main part to non-full irrigation.
在进行抗旱品种改良的基础上，通过引进相应的栽培技术，节水种植，实现水稻旱作，并达到稳产与增产的目的，是抗旱性研究的战略目标。
The strategy of drought resistance studies is developing drought resistance variety and introducing appropriate cultivation technology to increase rice yield as well as save water resources.
结果表明，利用巨穗小麦种质为基础培育的品系较当地生产上大面积种植的栽培品种有良好的抗旱特性，巨穗小麦种质有可能作为小麦抗旱节水育种的良好遗传资源。
The results showed that these new wheat lines present high resistance to water stress. Giant spike wheat germplasm could be used as drought resistance gene resource in wheat breeding.
挖掘节水耐旱种质资源是做好植物抗旱性和WUE遗传改良的前提。
Developing water-saving and drought-resistant plant germplasm resources are the prerequisite for plant drought resistance and WUE (water use efficiency) genetic improvement.
修枝节约了林木用水，具有一定抗旱作用，可以说修枝也是一种节水措施。
This indicated that the pruning can effectively reduced the transpiration water volume of whole individual tree in some degree.
修枝节约了林木用水，具有一定抗旱作用，可以说修枝也是一种节水措施。
This indicated that the pruning can effectively reduced the transpiration water volume of whole individual tree in some degree.
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