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   土壤 在 环境科学与资源利用 分类中 的翻译结果: 查询用时:1.688秒
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土壤     
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  soil
    Biomonitoring Toxicity of Nitrogen, Phosphorus and Heavy Metal in Water and Soil by the Phototactic Behavior of Daphnia
    利用水溞趋光行为监测水体及土壤中氮磷与重金属的生物毒性
短句来源
    Study of Enviromental Geochemical Baseline of Pollutional Heavy Metals in Surficial Soil of Guiyang, Guizhou
    贵阳市表层土壤重金属污染元素环境地球化学基线研究
短句来源
    Response of Soil、Crop and Microbials to Sludge Application and It's Effect to Pb、Cd Pollution
    土壤、作物及微生物对污泥施用及Pb、Cd污染的反应
短句来源
    Determining and Modeling the Free Concentrations of Heavy Metals Ions in Soil and Controlling the Pollution in Situ
    土壤中重金属活动性的唐南膜测定、模型模拟与污染的原位控制
短句来源
    Study on Ecological Effects and Mechanisms of Soil Remediation by Restoring Native Herbage in Xerothermic Valley Region
    乡土草本植物对干热河谷退化土壤修复的生态效应及机制研究
短句来源
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  soils
    Control of Surfactants on the Sorption Behaviors of Organic Pollutants onto Soils/Sediments
    表面活性剂对有机污染物在土壤/沉积物上吸附行为的调控机制
短句来源
    Phytoremediation of ~(134)Cs and Cu Contaminated Soils
    ~(134)Cs与Cu污染土壤植物修复的研究
短句来源
    Study on Sorption of Volatile Organic Contaminants by Natural Soils and Sediments
    土壤/沉积物对挥发性有机污染物的吸附研究
短句来源
    The fluorescence analysis of uranium in phosphate fertilizers, soils and plants
    磷肥、土壤、农作物中铀的荧光分析
短句来源
    BACKGROUND VALUES OF CERTAIN ELEMENTS IN THE SOILS OF SECOND SONGHUA RIVER BASIN
    第二松花江流域土壤中若干元素的自然背景值
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  the soil
    A STUDY OF THE BACKGROUND VALUE OF THE HEAVY METAL ION IN THE SOIL OF HUANGSHI-DAYE AREA
    黄石大冶地区土壤重金属的背景值研究
短句来源
    PROBLEMS OF THE SOIL ABSORBENT POWER
    土壤农化的理论与实践中值得注意的新问题——土壤吸收力问题
短句来源
    EXPERIMENTAL PROBE INTO ADSORPTION OF Sr, Cs IN THE SOIL
    锶、铯在土壤中吸附的实验研究
短句来源
    The Dynamic Model in the Prediction Research on the Soil Pollution.
    土壤污染预测研究的动态模型
短句来源
    A Study on the Pb Contents in the Soil and lts Distributiou Along the Bothsides of the Shenfu Highway in the Eastern Suburb of Shenyang
    沈阳东郊沈抚公路两侧土壤铅含量分布规律的初步研究
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  in soil
    Determining and Modeling the Free Concentrations of Heavy Metals Ions in Soil and Controlling the Pollution in Situ
    土壤中重金属活动性的唐南膜测定、模型模拟与污染的原位控制
短句来源
    THE APPLICATION OF REMOTE SENSING TECHNOLOGY TO SOIL SURVEYS 1.A Method for Associating MSS Frame,Air Photograph and Actual Ground Investigation in Soil Sirveys
    遥感技术在土壤调查与制图中的应用研究 Ⅰ.卫片—航片和地面工作相结合的土壤调查方法
短句来源
    STUDY OF FLUORINE POLLUTION IN SOIL IN BAOTOU REGION
    包头地区土壤氟污染研究
短句来源
    YIELD AND MINERAL CONCENTRATION OF RICE AS AFFECTED BY THE CONTENT OF Cd, P AND Zn IN SOIL
    土壤中Cd、P、Zn含量对水稻产量和植株中矿物浓度的影响
短句来源
    A preliminary study on the influence of soil physico-chemical properties on the residues of 666 in soil
    土壤理化特性对土壤六六六残留影响的初步研究
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  soil
An antibiotic producing strain Streptomyces violaceusniger was isolated from soil sample, characterized and studied for antibacterial and antifungal activity profile.
      
These points can be estimated by introducing the soil factor (Ks) and tree species factor (Kt) to potential evapotranspiration with the Penman formula.
      
Root biomass, length, and the number of roots in every diameter class, for each soil layer and for each plant species, are regarded as observation variables.
      
The results show that most of the vertical distributions of plant roots belong to the type wherein the roots are concentrated in the topsoil layer (0-20 cm), far more than those in the lower soil layers.
      
Ecological Benefit of Reforestation in a Severely Degraded Red Soil Region
      
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  soils
Baldcypress should not be planted in drought-stricken soils.
      
Characteristics of the temperature coefficient, Q10, for the respiration of non-photosynthetic organs and soils of forest ecosys
      
The temperature coefficient, Q10 (fractional change in rate with a 10°C increase in temperature) describes the temperature sensitivity of soils, roots, and stems, as well as their possible performance in global warming processes.
      
The differences between woody organisms of stems, roots, and soils excluding roots were statistically significant (p>amp;lt;0.05), indicating that heterotrophic respiration from microorganism activity may be more sensitive to global warming.
      
The contents of aggregates of over 0.25 mm in two shrub land soils in the upper layer (0-20 cm) increased by 4.6% and 14.1% compared with farmland.
      
更多          
  the soil
These points can be estimated by introducing the soil factor (Ks) and tree species factor (Kt) to potential evapotranspiration with the Penman formula.
      
(2) Soil aeration and the soil air regime improved.
      
Three years after 50% thinning and 100% clear-cutting, the loss of carbon storage in the soil (0-60 cm) of cutover areas was 16.14 and 45.15%, respectively.
      
Carbon storage in unburnt soil (0-45 cm) reached 73.36 t/hm2, which was 15.20 t/hm2 higher than that in the soil of burnt areas.
      
A total of 20.7% of carbon storage in the soil (0-45 cm) of burnt areas was lost 40 days after burning.
      
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  in soil
The content of NH4+-N, available phosphorus, available potassium, and total phosphorus in soil under canopy were 13.33%, 20.04%, 16.52%, and 4.30% higher than those in gap.
      
Daily changes in soil water content, transpiration, and evaporation of the Caragana intermedia woodland with different vegetation coverage, slope gradient, and slope aspect were simulated from 1971 to 2000.
      
However, recent studies have documented that the practice of this system has led to dramatic decreases in soil fertility and forest environment as well as in productivity.
      
The relationships of fine root biomass, SRL and RLD with available nitrogen in soil, average soil temperature per month in 10 cm depth and soil moisture content were analyzed.
      
Seasonal dynamics of fine roots was associated with available nitrogen in soil, soil temperature in 10 cm depth and moisture content.
      
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