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aral

美 [ˈɑrɑl]英 [ˈærəl]
  • 网络咸海;阿拉尔;阿拉尔市
aralaral
  1. Scientists have described the Aral sea as the site of the worst ecological disaster on earth

    科学家把咸海描述成地球上最严重的生态灾难发生地。

  2. Regional cooperation issues in water utilization of Aral Sea Basin

    咸海流域水资源利用的区域合作问题分析

  3. Analysis on Climate Productive Potential for Cotton Growth in Aral Irrigated Area

    新疆阿拉尔垦区棉花种植气候生产潜力分析

  4. The causes and ways of solution of the Aral crisis

    咸海危机的起因与解决途径

  5. Research on the genetic characteristic and taxonomy of soils in Aral irrigated area

    新疆阿拉尔垦区土壤发生特性及系统分类研究

  6. The drying Aral Sea needs an annual injection of five cubic kilometers of water

    逐渐干涸的咸海每年需注入五立方公里的水

  7. At one point , the Aral Sea was the world 's fourth-largest lake .

    人们一度认为,咸海是世界上第四大湖泊。

  8. Element distribution and variation in Aral Sea

    咸海的化学要素分布及变化规律

  9. Nukus Conference on the Sustainable Development of the Aral Sea Basin States

    咸海盆地国家可持续发展努库斯会议

  10. The beginning and end of the Aral sea ;

    咸海的起源与消失;

  11. A member of a Turkic people living near Lake Aral in central Asia .

    居住在中亚咸海的土尔其语系民族的人。

  12. Measurement of unsaturated soil water diffusivity in cotton field of Aral Oasis irrigated district

    阿拉尔绿洲灌区棉田土壤水分扩散率的测定

  13. Strengthen Monitoring on Aral Ecosystem in Tarim River

    加强塔里木河阿拉尔生态系统综合监测

  14. Lake surface change of the Aral Sea and its environmental effects in the arid region of the central asia

    中亚干旱区咸海的湖面变化及其环境效应

  15. The Aral Sea Saving the Last Drop

    拯救濒临干涸的咸海

  16. Stream water pollution and its control ways in Tarim River Watershed ── a case study at Aral hydrologic station

    塔里木河水质污染分析及控制途径&以阿拉尔站为例

  17. The gradual disappearance of Aral Sea has seriously affected the water sources for these five countries .

    由于咸海逐渐消失,这五国的水源大受影响。

  18. Can what remains of the Aral Sea be saved ?

    残留的咸海还能得救吗?

  19. Problem of Aral Sea drying up

    令人深思的咸海干涸问题

  20. Analysis on Biodiversity Characteristics of Natural Plant Community of Degenerative Ecosystems in Upper Reaches of the Trim River , Aral

    塔里木河上游地区阿拉尔段天然退化生态系统植物群落物种多样性特征分析

  21. But as the Aral Sea comes back to life , Kazakhstan hopes that the fishing industry will be revived .

    随着咸海的重生,哈萨克斯坦政府希望咸海渔业也能够得到复苏。

  22. Influence of Aral Iron Sulfate on Growth Performance , Digestibility and Intestinal Microflora of Weaned Piglet Colitics

    铁对患肠炎仔猪生长性能·消化率及肠道微生物的影响

  23. Complex trace element effects of the mixing - fractional crystallization composite process in the Aral granite of the Altay mountains , northern Xinjiang

    新疆阿拉尔花岗岩MFC过程的微量元素综合效应

  24. An intensive compressive structural stress field resulted from thrust existed in Caspian and Aral sea regions controlled the locations of oil , gas and deposits .

    通过逆冲推覆构造确定里海和咸海地区一期强烈的挤压应力场与油气及矿床的定位密切相关。

  25. The Aral Sea was once the world 's fourth-largest inland sea . But since the 1960s it has lost three-quarters of its volume .

    咸海一度是世界上第四大内海,但自20世纪60年代以来其海水容量骤减了四分之三。

  26. Perhaps exaggerating , the UN Development Programme ( UNDP ) has said Lake Balkhash could turn into a salty mess , like the Aral Sea ;

    或许有些夸张,联合国开发计划署(UNDP)认为巴尔喀什湖将会像咸海那样变成一个肮脏的盐碱湖。

  27. Based on the inquisitional data of sampling sites , the biodiversity of the natural plant community in Aral area is analyzed by adopting diversity index , richness index and evenness index .

    根据对样地的实际调查资料,采用物种多样性指数、丰富度和均匀度指数对塔里木河上游阿拉尔地区的天然植被的物种多样性进行了分析。

  28. So much has been pumped out of the rivers that feed the Aral Sea in Central Asia that it collapsed in the1980s and has barely begun to recover .

    河流抽水过量,中亚咸海供水不足,20世纪80年代发生了生态灾难后,一直没能恢复。

  29. Med and the Caspian Sea and the Black Sea and the Aral Sea are the headstream of water vapor of Qilian mountain , but it is different in every season .

    地中海、黑海、里海、咸海、阿拉伯海和孟加拉湾是祁连山的水汽输送源地,但各个季节又有所不同。

  30. The sunlight and heat conditions in Aral Irrigated Area are the most outstanding advantages for climatic productive potential , and soil water and soil fertility are main controllable factors restricting the climate productive potential .

    垦区光热条件是棉花气候生产潜力最突出的优势,土壤水肥条件是限制气候生产潜力的主要可控因子。