片语

drought-resistance parameters抗旱参数

drought-resistance capability耐旱能力

drought t resistance耐旱性

drought-resistance grades抗旱等级

drought resistance resistance抗旱性

drought heat resistance抗热抗旱

drought-resistance characters抗早性能

herbage drought-resistance牧草抗旱性

drought-resistance chemicals抗旱剂

英汉例句

• There were two indexes in comparing size of drought resistance in plance, namely, 「time of proline maintaining accumulation」 and 「amount of proline maintaining accumulation」.

  评价植物间抗旱性的大小有两个指标，即脯氨酸维持积累时间和脯氨酸维持积累量。

• It was showed that 6 kinds tested plants had different drought resistance characteristics and each index has their own variation trend.

  结果表明，在水分胁迫条件下，6种供试植物的抗旱机理各不相同，各指标间呈现出不同的变化趋势。

• The results showed that PHSI, DMSI, WSD, electrolyte transudation ratio and injury ratio under drought treatment could be used to appraise the drought resistance of melon species at seedling stage.

  结果表明：鑒定甜瓜品种抗旱性，苗期可应用株高胁迫指数（PHSI）、干物质胁迫指数（DMSI）、叶片水分饱和亏、电解质渗出率、干旱处理伤害率等指标。

• Methods of soil auger and pot experiment were used to research vertical root distributions and drought resistance of main planting tree species in the Weibei loess plateau.

  采用土鉆法和盆栽试验研究了渭北地区主要造林树种的垂直根系分布特征及其抗旱性。

• Consequently the drought resistance of plants was improved.

  从而提高了植物的抗旱性。

• On comprehensive judgment of drought resistance ability of the shrub different treatments, it suggested that SA played an important role in improving drought resistance of shrub seedlings.

  对各处理进行了抗旱性综合鑒定，证明了水杨酸预处理在灌木树种抵御干旱方面作用明显。

• The results indicated that Wuqi No 11 and Xining No. 5 seedlings are superior in growth rate and drought resistance than seedlings from other provenances.

  通过物候观察、扦插成活率、生长状况及抗性测定等多项指标的研究，结果表明，吴旗11号和西宁5号的种苗在生长量及抗性方面均优于其它产地种苗；

• The method of obscure mathematics was used to evaluate their drought resistance ability comprehensively based on physiological and biochemical indexes.

  根据这些生理生化指标进行了抗旱性综合评价，结果为：平安竹>小佛肚竹>铺地竹。

• Trial shows that the speciality fertilizer can raise yield, improve quality and strengthen the abilities against diseases and drought resistance to tobacco.

  试验表明，该烟草专用肥可提高烟叶产量、质量及抗旱抗病能力。

• The effect of intermittent irrigation on the drought resistance in rice and the physiological mechanism was studied in water keeping off cement ponds.

  在挡雨水泥池中研究了间歇灌溉对水稻抗旱性的影响及其生理机制。

• Concerning the weak drought resistance character of the upland purple soil, the paper studied the effect of the soil drought resistance enhancement by using the high polymers.

  针对紫色旱地土壤抗旱性能较差的特点，初步进行了使用高分子有机聚合物来提高土壤抗旱能力的研究。

• It was further proved that the bound water content of tissue was significant in distinguishing drought resistance of a plant.

  进一步证实，组织束缚水含量对判别植物种的抗旱性具有重要意义。

• To select the species of energy-forest tree which can grow well in dry region of loess plateau, we studied water status and drought resistance of different energy plants.

  为选择适于黄土高原干旱地区生长的能源林树种，对不同能源植物体内水分状况及其抗旱能力进行了研究。

• Plant faces water deficit and varied environment how to sense and adjust morphonals of water deficit, responses, types of drought resistance and genetic fundation of drought resistance in the paper.

  植物面对多变的缺水环境，如何来感知环境然后做出自身形态、生理生化等一系列反应。本文评述了缺水信号的感知、反应以及抗旱的方式及其抗旱的遗传学基础。

• The paper described the ideal corn pattern of drought resistance and how to use the molecular biological technique in corn breeding for drought resistance.

  描述了抗旱玉米的理想型，并讨论了利用分子生物技术于玉米抗旱育种中的问题。

• Screening methods and indexes of drought resistance in crops were detahed and the comprehensive evaluation was discussed in this paper.

  本文综述了作物抗旱性鑒定所用的各种鑒定方法以及筛选指标，并讨论了抗旱性的综合评价问题。

• As the orders of the drought resistance varied with the growth period, the drought resistance of one period can't replace that of the whole life period.

  同时还发现不同时期的抗旱强弱次序不同，因此，不能以一个时期的抗旱性代替整个生育期的抗旱性。

• 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.

  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。

• It was considered that the C. arborescens has higher drought resistance capabili…

  初步认为华北驼绒藜具有较强的抗旱能力。

• As forage plant, lespedeza has high feeding value, a certain extent ability of drought resistance and cold resistance as well.

  胡枝子是具有一定耐旱性和耐寒性的木本饲料植物，其饲用价值极高，发展潜力巨大。