查询词典 drought-stricken

Flooding, drought, typhoon, flash flood and mudflow.

不同程度的洪水，大部分地区面临不同程度的干旱威

According to material in climate and the situation of disaster, in this research, statistic method was applied to analyze distribution and outbreak regularity of primary meteorological disasters, such as frozen injury,high temperature, drought, and gale, and preventive measures were brought forward to ensure Myrica rubra with high quality and yield.

根据浙江省多年的气候资料和杨梅灾情资料，运用统计学方法，分析了低温冻害、高温热害、干旱、大风等杨梅生产中主要农业气象灾害的分布特征和发生规律，提出了防灾措施，减轻灾害损失，确保杨梅优质高产。

In the end the influencing factors and the occurrences of drought disaster are compared and analysed, for example, precipitation, temperature, the El Ninon year, SOI , sunspots, surface runoff low season.

简要对比分析了陕西干旱灾害的影响因子，如降水及气温、厄尔尼诺事件、南方涛动指数、太阳黑子、地表径流等与陕西干旱的关系。

The water consumption patterns of seedlings were observed in normal water supply and drought stress conditions.

得出了苗木在正常水分条件下及干旱胁迫过程中的蒸腾耗水规律。

Results show that after CO2 increases double, the area of forest and rare tree steppe of grassland area in the North of China will increase, the area of the rest will decrease, and the distribution pale of most grassland vegetation have the trendency of moving westwardly and northwardly;moveover besides the area with very drought climate, the grassland production of most areas will increase at different extent, thereinto, the area of Qing—Zang have over 20% increase, the north area of Xinjiang have 10%—15% increase, the grassland production in NeiMongol have less than 5% increase.

结果表明，CO_2倍增后，中国北方草原区森林和稀树草原的面积增加，其余各类草地面积都有所减少，且大多数草地植被的分布界线都有西推北移的趋势；而除气候极干旱地区外，绝大部分地区草地生产力都有不同幅度的增加，其中青藏区增加幅度超过20%，新疆北部增加幅度在10%～15%之间，内蒙古自治区草地的生产力增加幅度不到5%。

The drought in NW China is one of the main problems of climate disaster of China and global change.

西北地区干旱化是我国气候灾害和全球变化的主要问题之一。

The study showed: Sown grass in plum orchard can resist drought, hold water content, increase soil fertility, improve soil structure, improve the views of orchard. It was a kind of important cultivation technique in modern fruit production.

研究表明：李园生草可以抗旱、保墒，提高土壤肥力，增强果园的观赏效果，是现代果园生产的重要栽培管理技术。

Sown grass in plum orchard can not only resist drought,hold water content,increase soil fertility,improve soil structure,but also improve the viewing effect of orchard.It is a kind of important cultivation technique in modern fruit production.

李园生草不仅可以抗旱、保墒，提高土壤肥力，改善土壤结构，而且能够增强果园的观赏效果，是现代果业生产的重要栽培管理技术。

It can make slow changes of soil temperature. It decreased the quick changes of soil temperature caused by the sudden changes of air temperature, and maintain the normal growth of the trees, in addition, it increased air humidity in plum orchard. It eased the drought status during period of high temperature. Sown grass in plum orchard can increase soil organic substance, total N, available N, available F, and available K.

果园生草可以使土壤温度变化缓慢，缓解气温的骤变造成地温的急剧变化，维持树体的正常生长；提高果园空气湿度，缓解了旱期由于高温干旱造成的生长停滞；提高土壤有机质、全氮、速效氮、磷、钾的含量。

Drought stress significantly and morphologically affects cells, organs, individuals and populations of plants, and also physiologically and biochemically impacts their photosynthesis, osmoregulation and antioxidant system.

干旱胁迫对植物在细胞、器官、个体、群体等水平上的形态指标有显著影响，也会影响其光合作用、渗透调节、抗氧化系统等生理生化指标。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。