最后将该方法应用于淮河流域水资源承载能力的综合评价。
The proposed method is applied to assess the water resources carrying capacity of Huaihe River basin.
这些措施和途径，为其他地区水资源承载能力的提高提供了借鉴依据。
These measures and approaches provide a basic reference for research of water resources carrying capacity in other areas which have the same water problem.
应用可变模糊集理论，提出了地下水资源承载能力综合评价的模糊可变集合方法。
The variable fuzzy evaluation method was established for comprehensive evaluation of regional groundwater resources carrying capacity, which is based on the theory of variable fuzzy sets.
针对承载能力评价方法的研究，提出了水资源承载能力综合评价的投影寻踪方法。
A new method, projection pursuit, was used to evaluate water resources carrying capacity in river basins.
文中分析了大同市水资源开发利用的状况，并对水资源承载能力的有关问题进行了讨论。
This paper analyzes the present development and utilization status of water resources in Datong city and discusses some problems about bearing capacity of water resources.
运算结果显示，成都市水资源承载能力的开发潜力在2000 - 2007年期间呈逐年下降趋势。
The result illustrates that the exploration potential of Chengdu city WRCC is decreasing from 2000 to 2007.
水资源承载能力涉及到自然资源、社会经济、生态环境等众多方面，具有动态、综合、空间差异等复杂系统特征。
Water resource carrying capacity relates to economy, environment and other resources. It has dynamic, synthesis, spatial variance and other characters.
本文正是基于以上目的，研究长江流域内生态环境需水量及流域内水资源的承载能力。
This paper is just based on above purposes to study water resources carrying capacity and ecological environmental water requirements of Yangtze River basin.
在西北内陆干旱区水资源生产能力分析的基础上，定量地给出了该区域重点地区的水资源承载力。
The carrying capacity of water resources in key areas of the inland arid zone in Northwest China was quantitatively estimated based on the analysis of productivity of water resources.
客观地评价重庆现状水资源配置，确保水资源的开发利用在资源和环境承载能力允许范畴内；
Objectively evaluated the present water resources allocation, insured the utilization of water resources to be in the range of carrying capacity of resources and environment.
客观地评价重庆现状水资源配置，确保水资源的开发利用在资源和环境承载能力允许范畴内；
Objectively evaluated the present water resources allocation, insured the utilization of water resources to be in the range of carrying capacity of resources and environment.
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