Water resources carrying capacity is a basic measurement of water resources security, which plays a very important role in recognizing and building water resources security system.
水资源承载力是区域水资源安全的基本度量，对于区域认识和建设水资源安全保障体系有重要的意义。
Water resources carrying capacity(WRCC)is a basic measurement of water resources security that plays a very important role in recognizing and building water resources security system.
水资源承载力是对水资源安全的一个基本度量，研究水资源承载力对于认识和建设水资源安全保障体系具有重要意义。
Recommend the method to solve multiple objective model of water resources carrying capacity.
介绍了水资源承载力多目标模型的求解方法。
The proposed method is applied to assess the water resources carrying capacity of Rizhao region.
最后将该方法应用于日照市水资源承载力的评价中。
The proposed method is applied to assess the water resources carrying capacity of Huaihe River basin.
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。
A new method, projection pursuit, was used to evaluate water resources carrying capacity in river basins.
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。
The application of water resources carrying capacity and multi-objective calculation in urban planning were discussed.
探讨水资源承载力综合评估和多目标计算理论在城市规划中的应用。
Calculate the water resources carrying capacity of Hebei province in the year of 2010 and 2020 and analyse the calculative result.
计算了水平年2010年和水平年2020年河北省水资源的承载力，并对计算结果进行了分析。
The establishment of index system on basin water resources carrying capacity is an important mean to study total water in river basin.
流域水资源承载力指标体系的建立是研究流域水资源总量的重要手段。
The study on water resources carrying capacity that involves natural water resources system and social system is a very complex systemic problem.
水资源承载力研究涉及到自然水资源系统和社会系统的方方面面，是典型的复杂系统问题。
This paper is just based on above purposes to study water resources carrying capacity and ecological environmental water requirements of Yangtze River basin.
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。
Water resources carrying capacity is a foundational topic in water resources security strategic study and the foundational measurement of water resources security.
水资源承载力是水资源安全战略研究中的一个基础课题，是水资源安全的基本度量。
The research about water resources carrying capacity is not only the premise and foundation of water resources optimization allocation, but also the reference of policy.
水资源承载力的研究不仅是水资源优化配置的前提和基础，也为政策的制定提供了参考依据，因此具有现实意义。
The mode of population urbanization lies on the relationship between the actual population and resources carrying population in a region from the aspect of resources supply.
从资源供给的角度看，人口城市化模式取决于一个地区实际人口与资源承载人口的关系。
Developing water source vigorously, establishing water-saving society and allocation water resources rationally are the main measures which improve water resources carrying capacity.
大力开源、建设节水型社会及合理配置水资源将是提高水资源承载力的主要措施。
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.
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。
A model based on the theory and methods of multi-objective computation and grey synthetical evaluation are constructed to estimate the water resources carrying capacity in Guangdong Province.
运用多目标规划和模糊综合评价的理论与方法，结合广东省水资源特点，建立了水资源承载力多目标计算与综合评估模型。
According to the analysis of definition, meaning and character of water resources carrying capacity, the mostly influencing factors were studied and the evaluation index system was established.
通过对水资源承载力定义、内涵与特征分析，研究了影响水资源承载力的主要影响因素，建立了水资源承载力评价的指标体系。
Started from resources, structure, economy, technology and management, method and strategy for improvement of water resources carrying capacity are illustrated corresponding to WRCC analytic frame.
对应水资源承载力的分析框架，有针对性地从资源性、结构性、经济性、技术性和管理性方面入手，分析了提高水资源承载力的方法和策略。
Resources carrying capacity mainly approaches the relation between population and resources.
资源承载能力主要探讨人口与资源的关系。
The soil texture of this area is special soil-stony medium, meanwhile, traditional flood irrigation wasted lots of water resources, carrying water saving irrigation is imperative.
该地区土质特殊，为土石混合介质，同时，传统漫灌造成大量水资源浪费，开展节水灌溉势在必行。
The soil texture of this area is special soil-stony medium, meanwhile, traditional flood irrigation wasted lots of water resources, carrying water saving irrigation is imperative.
该地区土质特殊，为土石混合介质，同时，传统漫灌造成大量水资源浪费，开展节水灌溉势在必行。
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