Research on the Computational Methods of Eco-Compensation Standard for Chan-Ba Ecological District in Xi’an Urban Areas

Wei Wei; Chao Bi

doi:10.4028/www.scientific.net/AMR.433-440.1174

Paper Titles

Current Situation and Abatement Potential of SO₂ Emissions from Coke Making Industry in China
p.1146

Set Pair-Wavelet Analysis on Water Resources Compensation Characteristics of Fu River Basin
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Stability Analysis of Shallow Stratum in Jiangshidi Nuclear Power Plant Site and its Surrounding Areas
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Design and Implementation of Flexible Control Strategy for Stand Alone Wind Generator System
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Research on the Computational Methods of Eco-Compensation Standard for Chan-Ba Ecological District in Xi’an Urban Areas
p.1174

River Water and Ground Source Heat Pump Integrated Application of Energy-Saving Technology
p.1178

Study on the Influence of Low Carbon Economy to Export of the Forest Products
p.1183

Research on Relevance to Efficiency of Greening Residence Assessment System and Scalar of Criteria
p.1188

Improvement of Natural Ventilation of Post-Earthquake Transition Settlements in Dujiangyan, Sichuan
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Research on the Computational Methods of Eco-Compensation Standard for Chan-Ba Ecological District in Xi’an Urban Areas

Abstract:

The computational methods of compensation standard are the focal point and are also difficulty in shaping of the eco-compensation mechanism. As for Xi’an Chan-Ba ecological district, there are three types of eco-compensation pattern: compensation for ecosystem services, compensation for river pollution, and compensation for water environment protection. The paper designs the computational methods for these three types of compensation pattern basing on eco-compensation theory, then calculates the amount of compensation based on the data acquired from Chan-Ba ecological district to test the applicability of the methods. The results show the methods are applicable and feasible

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Periodical:

Advanced Materials Research (Volumes 433-440)

Pages:

1174-1177

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.433-440.1174

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Online since:

January 2012

Authors:

Wei Wei, Chao Bi

Keywords:

Compensation Standard, Eco-Compensation, Urban Ecological District

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