片语

alpine Kobersia meadow高寒草甸

alpine moist meadow soil高山湿草甸土

alm(Alm)人名；(英、芬、德、瑞典)阿尔姆

alpine scrub meadow ecosystem高寒灌丛草甸生态系统

alpine scrub meadow高寒灌丛草甸

Alpine desertified meadow高寒沙化草地

alpine steppe meadow soil高山草原草甸土

alpine e meadow高山草甸

alpine swamp meadow高寒湿地

英汉例句

• the actinomyces from alpine meadow soil in tibet was identified and classified by using routine methods, and its physiological and biochemical characteristics were identified.

  采用常规方法对西藏索马地区高山草原土中放线菌进行了初步鑒定和分类，并对链霉菌属进行了生理生化鑒定。

• symbiotic nitrogen fixation of legumes with azotobacteria was a hot topic of scientific research, but less focus on alpine meadow community.

  豆科植物的共生固氮作用一直是科学研究的热点问题，但在高寒草甸上研究的比较少。

• the brown soils, dark brown soils and possibly felling areas are often the origins of block glacier, possibly alpine meadow soil is easily suffered from erosion and strong cold winding erosion.

  棕壤、暗棕壤带，伐木区常是暴发泥石流的发源地；亚高山、高山草甸土带易受融雪水沖刷，并遭强劲寒风吹蚀。

• the results showed that the co_2 fluxes were significantly different between the swamp meadow and alpine meadow ecosystems and between the different degenerate meadows, correspondingly.

  采用静态箱—便携式红外色谱法对青藏高原风火山地区沼泽草甸和高寒草甸两类生态系统co_2排放通量进行了研究。

• alpine meadow is the largest grassland type in the qinghai-tibetan plateau and its function of soil conservation is vital to protect the sensitive ecology and environment there.

  高寒草甸是青藏高原分布面积最大的草地类型，其土壤保持功能对于保护敏感而脆弱的青藏高原生态与环境具有重要的生态学意义。

• the quality and productivity of sedge pasture in the alpine meadow area are determined by the moisture ana nutrient of the soil.

  高寒草甸莎草科草地的土壤水分和营养决定着草地质量及其生产能力。

• appropriate evaluation of phosphorus (p) fractionation in soil is a prerequisite for ensuring the productivity and long-term sustainable management of alpine meadow systems.

  正确评估土壤磷素分级特征是确保高寒草地生产力和长期的高寒草地系统的可持续管理的前提。

• the phenol content, including total phenols, simple phenols, tannin and condense tannin, in 5 dominant shrubs grown in alpine meadow of tianzhu was assayed by using folin-ciocalteu method.

  对甘肃天祝金强河高寒地区5种灌木中的酚类物质含量进行了测定和比较分析。

• the effect of fertilizer gradients on vegetation character in alpine meadow was studied by fertilizing experiment.

  通过小区控制施肥实验，研究了施肥梯度对青藏高原东缘高寒草甸植被特征的影响。

• then, using the principles of the restoration of ecology, proposed the alpine meadow degradation ecosystem restoration and reconstruction pattern in the source region of three rivers.

  应用恢复生态学原理，提出了三江源区退化高寒草地生态系统恢复与重建模式。

• grass production of alpine meadow is highly negatively correlated with winter-spring air temperature of haibei at qilian mountain.

  祁连山海北地区冬春气温与高寒草甸牧草产量具有很高的反相关关系。

• the aboveground biomass, nutrients and soil nutrients of mushroom sphere and plants outside the sphere in alpine meadow were determined in 1994.

  1994年测定了高寒草甸白蘑菇圈与蘑菇圈外植物的地上生物量、营养成分和土壤养分。

• the efficiency of energy conversion of par is 0.58% more or less in plant community of haibei alpine meadow area.

  同时计算表明，海北高寒草甸地区植物群落对par的光能利用率为0.5 8%左右。

• alpine meadow ecosystem has the most abundant rodent species whereas the desert ecosystem has the least.

  不同栖息地中啮齿动物种类差异显着，湖周沙漠啮齿动物种类最少，高山草甸啮齿动物种类最多。

• the sun total radiation (eg) and surface reflective radiation (er) were higher in haibei alpine meadow area of qilian mountain.

  祁连山海北高寒草甸地区，有较强的太阳总辐射及地表反射辐射。

• this study was carried out at haibei research station of alpine meadow ecoystem and the experiment plot was set on winter spring pasture.

  试验在中国科学院海北高寒草甸生态系统定位站进行，实验样地设置在冬春草场上。