湿润区

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湿润区湿润区
  1. 干旱区分布深度比湿润区大。

    The depth of loess collapsibility the arid area is greater than that in moist area .

  2. 黑龙江省半湿润区玉米高密度超高产综合技术研究初报

    Preliminary Report of the Comprehensive Technical Research of High Density and Super High Yield of Maize in the Half Moist District of Heilongjiang

  3. APRI处理还有利于提高玉米地上部NP吸收、子粒品质,湿润区土壤转化酶、脲酶和过氧化氢酶活性。

    APRI also increased NP uptake , seed quality and invertase urease catalase activity of soil in wet area .

  4. 在缺少资料的地区,Hargreaves方法或湿润区用Priestley-Taylor方法均可以得到与P-M法估值相当的结果;

    If climatic data are insufficient , both Hargreaves method for any region and Priestley-Taylor for humid may provide reliable ET_0 estimates .

  5. 在这3种灌水方式的湿润区,NO-3-N的累积趋势为:交替灌水>固定灌水>常规灌水。

    In the wetting zones of these irrigation style , the amount of accumulated NO_3-N are controlled root divided alternate irrigation > controlled root divided fixed irrigation > normal irrigation .

  6. 宽浅型土壤湿润区的平均耗水强度为6.03mm/d、,而窄深型土壤湿润区的平均耗水强度仅为5.55mm/d。

    Consumption rate of soil water was 6.03mm/d larger under wider-shallower soil wetting pattern , but 5.55mm/d under narrower-deeper soil wetting pattern .

  7. 湿润区湖泊流域水资源可持续发展评价方法

    Assessment Method of Sustainable Water Resources Development of Wet Lake Basin

  8. 滴灌土壤湿润区对棉花生长及产量的影响研究

    Effects of the Drip Irrigation Wetting Pattern on the Cotton Growth and Yield

  9. 干旱区与湿润区湖泊降水效应之比较

    Comparative study on precipitation effect of the lakes in humid and Arid Areas

  10. 然而,水肥关系的研究偏重于干旱区,在湿润区,此项研究尚属空白。

    But the research is more in dry region , vacant in humid region .

  11. 半湿润区长期施肥对土壤结构体分形特征的影响

    Effects of long-term fertilization on fractal features for soil aggregates in semi-arid farmland ecological system

  12. 冬季的平均流造成季风湿润区水汽辐合,瞬变波造成水汽辐散。

    The mean flow brings about moisture convergence , and transient eddy brings about divergence .

  13. 450&650毫米之间为半湿润区;

    Between 450-650 mm , semihumid zone ;

  14. 气象条件对西北温凉半湿润区马铃薯块茎形成及产量的影响

    Influence of Meteorological Conditions on Potato Tuber Formation and Yield in Temperate and Cool Semi-humid Regions of Northwest China

  15. 所以,膜下滴灌的土壤设计湿润区就是地膜覆盖区。

    So the designed soil wetting area for the MDI is just the soil surface area covered by the film .

  16. 盐分在空间的分布主要受蒸发和湿润区范围的影响,灌水量的增加有助于土壤脱盐。

    The salinity distribution is mainly influenced by evaporation and wetness area . The increase of irrigation water is helpful to remove salt .

  17. 黄土高原南部半湿润区品种、施氮和栽培模式对冬小麦冠层特征和产量影响的集成效应

    Cultivars , Nitrogen and Planting Modes ' Integrated Effect on Winter Wheat 's Canopy Characteristic and Yield in the Semi-humid South of Loess Plateau

  18. 亚湿润区植物繁殖、培育困难,造林成活低,生长稳定性差。

    It is difficult to breed and propagate plants in subhumid area . And the survival rate of forestation and stability of growth are low .

  19. 根据夏季水分收支的时间变化,得到东亚季风湿润区高低值年降水呈相反分布型。

    According to the temporal curve of the moisture budget , finding that the departures distributional of the precipitation with the high or low index is oppositely .

  20. 夏季高值年代季风湿润区的瞬变偏南水汽输送强,南海的偏西水汽输送强。

    In higher value era , the southerly and westerly transient eddy of water vapour transport is stronger in the eastern China and the South China Sea .

  21. 在此基础上,构建出干旱亚湿润区荒漠化可持续治理模式框架。为研究区及相关区域荒漠化治理工作提供了理论和实践参考依据。

    On that basis , in order to present theoretical and practical reference for advanced desertification prevention and control , desertification sustainable management mode framework was structured .

  22. 黄土高原半干旱区作为干旱和半湿润区的过渡带,下垫面状况特殊,气候变化敏感。

    The semi-arid region of the Loess Plateau with especial underlying surface is a transition area from arid to semi-wet region , and its climate is extremely vulnerable .

  23. 位于湿润区的阿尔山湿地比位于半干旱区的达里诺尔湿地更能体现出“冷湿”小气候效应。

    The cold-humid effect in the Aershan wetland located in the humid area was more obvious than that in of the Dalinor wetland located in the semi-arid area ;

  24. 而且森林作用的年降水净增量在温带半干旱区可能在23.02%~30.84%,温带半湿润区可能在9.88~24.52%。

    The net increasing quantity of annual precipitation is probably 23.02-30.85 % in semi-dry region of temperate resulting from forest , 9.88-24.52 % in semi-moist region of temperate .

  25. 黄土高原半湿润区是我国新兴的苹果生产基地,苹果种植面积和产量均居全国首位。

    The planting area and yield of apple occupied the national first place on semi-humid areas of the Loess Plateau , which was the new apple production base .

  26. 但是,传统的施水播种灌水后,土壤湿润区的水平方向尺寸是垂直方向的1.5~2.5倍。

    However , after the traditional Bed-irrigating sowing irrigation , the horizontal direction size of the soil moist areas is the 1.5 to 2.5 times of the vertical size .

  27. 而干湿分类函数得到的各个干湿区域的面积则表明干旱区的增大,半干旱区和湿润区的减小。

    The wet / dry classification function shows the increasing trend in the arid region , and the de - creasing trend in the semi-arid and the humid region .

  28. 研究区域为我国典型的东部湿润区,且地势西高东低,地形很不规则,下垫面也极不均匀,有水田、旱地、林地、湖泊、草地及城镇等类型。

    The focused area is of typical moist climatic region , with complex topography , such as : water land , drought land , woodland , lakes , grassland and towns .

  29. 此外,石城带空间分布的变化与气候的变化而导致的半湿润区和半干旱区的分界线的移动密切相关。

    In addition , the spatial distribution of Shicheng with change and climate change caused by sub-humid areas and semi-arid regions of the dividing line is closely related to the movement .

  30. 随着供水压力和管壁导水系数的增大,湿润区范围、湿润区内土壤平均含水率和累积渗水量均相应增加。

    With the increase of water supplied pressure and permeability coefficient , the wetting range was enlarged , and the average water content within the range and accumulated amount of infiltration became higher .