1.
Evapotranspiration Models and Water Requirements of Nature Vegetation in the Arid and Semiarid Region;
干旱半干旱地区天然植被蒸散发模型与植被需水量研究
2.
Calculation of Ecological Water Requirement of Natural Vegetation in Shiyang River Basin
石羊河流域天然植被生态需水量计算
3.
The Analysis of Ecological Water Requirement of the Overlapping Vegetation in the Otinday Sandy Area;
浑善达克沙地重叠植被生态需水量分析研究
4.
Relationship between Ecological Water Demand and Vegetation Ecosystem Service in Beijing
北京市植被生态需水量与生态服务功能的关系
5.
Study of Rocky Desertification Area Vegetation Ecological Water Requirement and Model of Plant
石漠化地区植被生态需水量研究及种植模式探讨
6.
Study on the Impact of Groundwater Depth to Vegetation Ecological Water Requiremengt in Ejina Oasis;
地下水埋深对额济纳绿洲植被生态需水量的影响研究
7.
Nitrates produced in excess of the needs of plant life are carried away in water percolating through the soil.
植物生存所需要的过量硝酸盐通过土壤渗滤而被带到水中。
8.
Research on Ecological Water Requirement Quota of Vegetation of Karst Areas--With A Special Reference to the Middle of Guizhou
喀斯特地区植被生态需水定额、定量研究——以贵州中部地区为例
9.
The Demanded Water Volume for Restoring Natural Groundwater Levels--A Case Study on Natural Vegetation in the Erjina Basin
恢复生态地下水位的需水量及恢复方案研究——以额济纳盆地天然植被为例
10.
Research on the Scientific Allocation Method for Water Resources Concerning Water Requirement of the Vegetation;
考虑植被生态需水的水资源合理配置方法研究
11.
The energy requirement for hydrolytic reactions is considered nil.
水解反应所需的能量被认为是零。
12.
The country's great vines have quite simply been desperate for water.
该国庞大的葡萄种植业正急切地需要大量的水。
13.
Heavy vegetation may intercept a large amount of precipitation on its leaves.
浓密的植被的叶子中能截留大量的降水。
14.
Analysis on the Minimum Water Requirment of Natural Vegetations in Arid Regions in Xinjiang;
新疆干旱区天然植被最低生态耗水量概念分析
15.
Study on Soil Moisture Content under Artificial Vegetation in Xingping and Xianyang, Shaanxi Province;
陕西兴平与咸阳人工植被土壤含水量研究
16.
Quantitative Study on Estimation of Vegetation Water Based on MODIS Data and Canopy Spectra of Vegetation
基于MODIS和地物光谱的植被水分定量遥感研究
17.
Estimation of Canopy Chlorophyll Content Using Hyperspectral Data
植被冠层水平叶绿素含量的高光谱估测
18.
Quantitative relationships between hyper-spectral vegetation indices and leaf area index of rice
高光谱植被指数与水稻叶面积指数的定量关系