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   eco environment 在 农艺学 分类中 的翻译结果: 查询用时:0.192秒
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eco environment
相关语句
  生态环境
    Investigation on Eco environment Construction and Soil water Conservation in Shenzhen City
    深圳市水土保持生态环境建设调查
短句来源
    Situation of Soil and Water Conservation based Eco environment and Sustainable Development of Society and Economy
    中国水土保持生态环境建设现状与社会经济可持续发展对策
短句来源
    Eco environment Construction of Soil and Water Conservation and Its Benefits Analysis in Sanming City Proper
    三明市城市水土保持生态环境建设及其效益分析
短句来源
    Development of Eco environment Construction of Urban Soil and Water Conservation in Leshan City
    乐山市城市水土保持生态环境建设进展
短句来源
    Countermeasure on Eco environment Construction of Soil and Water Conservation of Hengyang City
    衡阳市水土保持生态环境建设的对策
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  “eco environment”译为未确定词的双语例句
    Effect of Soil Water Conservation on Eco environment in Front Region of the Wulanbuhe Desert
    乌兰布和沙漠前沿水土保持对生态环境的影响
短句来源
    Countermeasures as Well as Soil and Water Conservation and Eco environment Construction for Shenmu, Fugu, Yulin and Hengshan Coal Fields
    神府榆横煤田能源开发区水土保持与生态环境建设对策
短句来源
    The Management of Soil and Water Loss to Rebuild a Graceful Yan'an with Green Mountains and Clean Water Rivers ——Understanding and Thinking Concerning Premier's Instructions on Eco environment Construction
    治理水土流失 再造山川秀美延安——对中尺度生态环境建设中落实总理指示的认识与思考
短句来源
    Soil and Water Conservation Is the Principal Part of Eco environment Construction
    水土保持是生态环境建设的主体
短句来源
    Implementing National Scaled “Ten,Hundred,Thousand”Soil and Water Conservation and Eco environment Experimental Counties Conducted in Xingning City
    全国水土保持生态环境建设“十百千”示范县的雏型
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  eco environment
So the eco-environment in arid China is in a severe condition.
      
Specifically, it is realized through planting grassland and improving local eco-environment.
      
Now we can successfully monitor and forecast the eco-environment in Beijing and neighbor areas.
      
Accordingly, the factors including nature and human activities are crucial to mountainous eco-environment vulnerability with feature of vertical-belt.
      


The conliguous area of Shanxi,Shaanxi and Nei menggu is located in the connect zone of the Loess Plateau anddesert.It is a typically ecological transition zone and eco-critical zone,and this area is also the aboundant zone of natu-ral resources.The contradictory between the resources and enviroment is obvious.moreover,the coalfield has beenmined in recent years,the deterioration of eco-environment has been further aggravated.Based on analysing charac-teristics of ecologic environment...

The conliguous area of Shanxi,Shaanxi and Nei menggu is located in the connect zone of the Loess Plateau anddesert.It is a typically ecological transition zone and eco-critical zone,and this area is also the aboundant zone of natu-ral resources.The contradictory between the resources and enviroment is obvious.moreover,the coalfield has beenmined in recent years,the deterioration of eco-environment has been further aggravated.Based on analysing charac-teristics of ecologic environment systematically,the suggestion of environment renovation has been propoced.The ar-ticle has indicated that it is significant to do the research about eco-environment evolution and renovation technology inthis area.

晋陕蒙接壤区位于黄土高原和风沙区交接地带,是典型的生态过渡带、生态脆弱带。同时,又是资源富集带,资源与环境的矛盾十分突出,再加之近年来煤炭开发,进一步加剧了环境恶化。本文在系统地分析了生态环境特点的基础上,提出了环境整治的建议。并指出在这一地区开展生态环境演变和整洁技术研究的意义。

The profile distribution of the tier soil nonexchangeable potassium was characterized by following nonlinear equation: Premilinarily toxonomic classification was carried out by use of the equation on which five profiles of tier soil was divided into three types.The part labled A in figure reflected changes of nonexchangeable potassium in the fimic cumulic epipeden or tieric process of the tier soil. The content of nonexchangeable potassium is high in cultivated horizon and lower with the increase of deepth...

The profile distribution of the tier soil nonexchangeable potassium was characterized by following nonlinear equation: Premilinarily toxonomic classification was carried out by use of the equation on which five profiles of tier soil was divided into three types.The part labled A in figure reflected changes of nonexchangeable potassium in the fimic cumulic epipeden or tieric process of the tier soil. The content of nonexchangeable potassium is high in cultivated horizon and lower with the increase of deepth in the soil profile,which is related to the fimic cumulic process,plant uptake,potassium migration and eutrophlcation,and the other eco-environment factors.The results also indicated the synchronism and other space property between the exhaustion, accumulation of nonexchangeable pofassium and soil formation process with the participation of plants.

 土非代换性钾在剖面分析特征,拟合是一个非线性方程,并以此可对 土进行初步的系统分类,初拟对5个剖面可分为三个类型。图中A部位反映了 土肥熟堆垫表层(或者 化过程)中土壤非代换性钾的变化状态,表现为耕作层(现代)高,以下土层则逐渐降低,这和肥熟堆垫过程,栽培作物的吸收,迁移和富集等土壤生态环境有关.也表明了在植物参与下 土剖面的非代换性钾耗竭、富集与成壤过程的同步性和异空间性。

It is necessary of forest vegetation for water-reserving benefit with soil and water conservation,and for decreasing soil loss,for lower invest in vegetable measure with quick reture and for long-term benefit. The results of controlled and determined for three years in Wopu watershed indicate a significat benefits of forest vegetation in soil and water conservation,a lower soil erosion compared with the other vegetation, improving eco-environment, beneficial to set up a new ecological balance,ensuring...

It is necessary of forest vegetation for water-reserving benefit with soil and water conservation,and for decreasing soil loss,for lower invest in vegetable measure with quick reture and for long-term benefit. The results of controlled and determined for three years in Wopu watershed indicate a significat benefits of forest vegetation in soil and water conservation,a lower soil erosion compared with the other vegetation, improving eco-environment, beneficial to set up a new ecological balance,ensuring stable development of agricultural production in higher-yield with excellent quaility. At the same time,plant resource in the research areas has been classified. Serval notable problems to protect and exploit as well as utilize plant resource were raised.

森林植被在涵养水源保持水土,减少土壤流失的作用很大,植物措施投资少,见效快、可长期发挥效益。对窝铺流域三年的治理及观测研究表明:森林植被保持水土效益明显;土壤侵蚀量小于其它植被类型;改善了生态环境;利于建立新的生态平衡,保证农业高产、优质稳定地发展。作者同时对研究区内的资源植物进行了调查分类,对资源植物的保护和开发利用提出了几个值得注意的问题。

 
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