1.
Exploitation of soil and water resources and redistribution of salt in inland arid plain area
内陆干旱平原区水土资源开发与盐分再分布的关系
2.
Study on Water Saving by Preventing Evaporation Experiment in Inland Arid Area Plain Reservoirs;
内陆干旱区平原水库防蒸发节水试验研究
3.
Study on Available Water Resources in Arid Inland Region of Northwest;
西北内陆干旱区水资源可利用量研究
4.
A Study on Initial Allocation of Continental River Water-taking Right in Arid Area;
内陆干旱区河流取水权初始分配研究
5.
TIBETAN PLATEAU UPLIFT AND DRYING IN EURASIAN INTERIOR AND NORTHERN ARFICA
青藏高原隆升与欧亚内陆及北非的干旱化
6.
Study on Moisture and Salinity Monitoring and Evaluation of Comprehensive Benefits in Arid Inland River Irrigation Rigion;
干旱内陆河灌区水盐监测与综合效益评价研究
7.
A Study on Reservoir Joint Optimized Operation of Water Quality and Water Quantity in Arid Area;
内陆干旱区水库水质水量联合优化调度研究
8.
Study on the Rational Allocation of Initial Water Rights and Water-right Market in Northwest Arid Region of China;
西北内陆干旱区初始水权分配和水市场研究
9.
A Case Study of Linkage between Environment and Poverty in the Semi-Arid Northwestern China;
西北内陆干旱区环境与贫困关系个案研究
10.
Oasis Agriculture Characters and Development in Arid Area of Northewestern China;
西北干旱区内陆绿洲农业特征及发展认识
11.
A Study on Spatial Pattern of Residential Area in Inland River Basin over the Arid Areas
干旱区内陆河流域居民地空间格局研究
12.
Research Progress about the Agricultural Technologyg Coupling Water with Fertilizer in Cotton Production in Arid Area of Xinjiang Inland
新疆内陆干旱区棉花水肥耦合研究进展
13.
Commentary of Study on Ecological Environmental Water Use in China Inland Arid Regions
中国内陆干旱区生态环境用水研究述评
14.
Evaluation on the introduced alfalfa cultivars for the steppe area in Inner Mongolia
内蒙古干旱草原区紫花苜蓿引种评价
15.
The Study of Dynamic Movement of Water and Salt in Soil Nearby Campestris Reservoirs of Arid and Semiarid Region;
干旱半干旱区平原水库附近土壤水盐动态变化研究
16.
Relationship between the Urbanization Process and the Regional Ecological Responses in the Arid Inland Basins of the Northwest China;
西北干旱区内陆河流域城镇化过程与区域生态环境响应关系研究
17.
Global overheating will also bring drought, famine and disease to inland communities everywhere on Earth.
全球过热还会给全球内陆地区带来干旱、荒和疾病。
18.
Impacts of Environment Change on Agricultural Water Consumption in Shiyang River Basin in Arid Region of Northwest China;
西北干旱内陆区石羊河流域农业耗水对变化环境响应的研究