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1·The paper mainly described Anti-transpirant traits in drought resistance and water-saving technology.

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。

2·Consequently the drought resistance of plants was improved.

从而提高了植物的抗旱性。

3·Drought resistance is one of the most important traits in rice abiotic study.

耐旱是水稻抗逆研究中最重要的性状之一。

4·The plant drought resistance determined by a comprehensive physiological index.

同时表明，抗旱性是一个综合指标。

5·The second generation will have further traits, such as drought resistance, “stacked” on top.

第二代生物将有一些更优良的特质，例如被大家最为期待的防干旱特性。

6·Reduction in growth rate and vigour. Darkening of the leaves. Decreased drought resistance.

生长速度和活力下降。叶色变暗。抗旱能力下降。

7·Significant positive correlation coefficient was found between drought resistance and root dry weight.

结果表明：幼苗的抗旱性与根干重呈显著正相关。

8·Also the root length and number were thought to be able to act as the standard of the drought resistance.

初步认为主胚根长度和根数与胚芽鞘长度一样也可以作为抗旱鉴定指标来利用。

9·Compared with Hongmang wheat, Ningchun 10 had much water consumption, lower yield and stronger drought resistance.

两种小麦相比较，宁春10号耗水量大、产量低、抗旱性较强。

10·A comprehensive evaluation on the drought resistance of 13 plants was made by analysing water physiological indices.

本文通过对13种植物水分生理指标的分析，对其抗旱能力做了综合评定。

抗旱性

1·Mengshancui jujube was the middle type between wild jujube and Chinese jujube, its drought resistance abilities and yields in Mengyin were higher than other varieties.

蒙山脆枣为酸枣向栽培枣过渡的中间类型，在蒙阴当地栽培条件下，产量明显高于其它品种，表现出较好的抗旱性。

2·The rooting ability at 4 th leaf and at top tillering can be used as selection criterion in rice breeding for drought resistance.

可将4叶期和分蘖盛期的发根力作为选育或筛选杂交中稻强抗旱性品种的参考指标。

3·The result found that NBR could improve the content of chlorophyll and the rate of photosynthesis of apricot, increase drought resistance.

结果发现，天然芸苔素内脂可以明显提高大扁杏的叶绿素含量，提高光合作用强度，增强大扁杏的抗旱性。

4·It is concluded that plasm membrane permeability of cell and leaf proline content can be used as indices for drought resistance selection in sugarcane breeding.

因此，可以认为叶片脯氨酸含量和质膜透性可作为甘蔗抗旱性育种的选择指标。

5·Under lower fertility conditions, the fertilization with the appropriate amount of nitrogen in this area could increase wheat yield and enhance wheat drought resistance.

在旱地土壤肥力低的条件下，一次施适量氮肥，可促进小麦增产，增强植物的抗旱性。