Man-Water Harmony Index and its Calculation Model

Yi Fan Ding; De Shan Tang; Sun Yin

doi:10.4028/www.scientific.net/AMR.518-523.4182

Paper Titles

Environmental Isotope Hydrogeochemical Characteristics and Instructions of Geothermal Water in Xianyang Urban Area
p.4161

Establishing and Application of Ecology-Oriented Water Resources Optimal Allocation Model in Chanba River Basin
p.4165

Estimating Parameters of SAR Model by Recursive Least Square Method
p.4171

Groundwater Chemical Characteristics in the Taklimakan Desert
p.4177

Man-Water Harmony Index and its Calculation Model
p.4182

Modeling the Evaporation Line of Lake Water Isotopes in Golmud Drainage Basin, P.R. China
p.4186

Prediction of the Future Runoff of the Upper Hanjiang Basin under the Climate Change Conditions
p.4194

Relation between Plant and Groundwater Depth: A Case Study in Subei Lake of Ordos Plateau
p.4201

Research Based On Multi-Objective Programming on Allocation of Water Resources in Panjin Shuangtai Estuary Wetland
p.4206

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 518-523Man-Water Harmony Index and its Calculation Model

Man-Water Harmony Index and its Calculation Model

Abstract:

Based on the ancient harmony idea, using the system theory, the man-water harmony index was brought up. It describes the harmonious level between man and water in cities. It quantitatively reflects the coordinating relationship between the water system and man city system of certain cities in certain periods. Improved Fuzzy Comprehensive Evaluation（ IFCE）, Improved Grey Relational Analysis（IGRA） and Analytic Network Process（ANP）are comprehensively used in calculating the man-water harmony index,building the IFCE-IGRA-ANP model. The index can be effectively used in sustainable development evaluations and water convervancy construction planning of modern cities.