A gambling or “game” phenomenon can be observed in the complex relationship between sources and receptors of ecological compensation among multiple stakeholders. This paper investigates the problem of gambling to determine payment amounts, and details a method to estimate the ecological compensation amount related to water resources in the Wuxijiang River reservoir area in China. Public statistics and first-hand data obtained from a field investigation were used as data sources. Estimation of the source and receptor amount of ecological compensation relevant to the water resource being investigated was achieved using the contingent valuation method (CVM). The ecological compensation object and its benefit and gambling for the Wuxijiang River water source area are also analyzed in this paper. According to the results of a CVM survey, the ecological compensation standard for the Wuxijiang River was determined by the CVM, and the amount of compensation was estimated. Fifteen blocks downstream of the Wuxijiang River and 12 blocks in the water source area were used as samples to administer a survey that estimated the willingness to pay (WTP) and the willingness to accept (WTA) the ecological compensation of Wuxijiang River for both nonparametric and parametric estimation. Finally, the theoretical value of the ecological compensation amount was estimated. Without taking other factors into account, the WTP of residents in the Wuxi River water source was 297.48 yuan per year, while the WTAs were 3864.48 yuan per year. The theoretical standard of ecological compensation is 2294.39–2993.81 yuan per year. Under the parameter estimation of other factors, the WTP of residents in the Wuxi River water source area was 528.72 yuan per year, while the WTA was 1514.04 yuan per year. The theoretical standard of ecological compensation is 4076.25–5434.99 yuan per year. The main factors influencing the WTP ecological compensation in the Wuxi River basin are annual income and age. The main factors affecting WTA are gender and attention to the environment, age, marital status, local birth, and location in the main village.

The gambling phenomenon is formed by the complex relationship between sources and receptors of ecological compensation among multiple stakeholders. This paper investigates the problem of payment amount gambling, and details a method to estimate the amount of ecological compensation that should be given for impacted water resources in the Wuxijiang River reservoir area in China. Public statistics and first-hand data obtained from the field investigation were used as data sources. Estimation of the source and receptor amount of ecological compensation relevant to the water resource being investigated was achieved using the contingent valuation method. The ecological compensation object and its benefit and gambling for the Wuxijiang River water source area are also analyzed in this paper. According to the results of a Contingent Value Method (CVM) survey, the ecological compensation standard of Wuxijiang River was determined by the contingent valuation method, and the amount of compensation was estimated. Fifteen blocks downstream of the Wuxijiang River and 12 blocks in the water source areawere used as samples to administer a survey that estimated the willingness to pay and the willingness to accept the ecological compensation of Wuxijiang River for both nonparametric and parametric estimation. Finally, the theoretical value of the ecological compensation amount was estimated. Lin SHUNo.78 Jiuhuabei Avenue, Kecheng District, Quzhou, Zhejiang, 324000, China Email address: 546870853@qq.com Abstract:The gambling phenomenon is formed by the complex relationship between sources and receptors of ecological compensation among multiple stakeholders. This paper investigates the problem of payment amount gambling, and details a method to estimate the amount of ecological compensation that should be given for impacted water resources in the Wuxijiang River reservoir area in China. Public statistics and first-hand data obtained from the field investigation were used as data sources. Estimation of the source and receptor amount of ecological compensation relevant to the water resource being investigated was achieved using the contingent valuation method. The ecological compensation object and its benefit and gambling for the Wuxijiang River water source area are also analyzed in this paper. According to the results of a Contingent Value Method (CVM) survey, the ecological compensation standard of Wuxijiang River was determined by the contingent valuation method, and the amount of compensation was estimated. Fifteen blocks downstream of the Wuxijiang River and 12 blocks in the water source area were used as samples to administer a survey that estimated the willingness to pay and the willingness to accept the ecological compensation of Wuxijiang River for both non-parametric and parametric estimation. Finally, the theoretical value of the ecological compensation amount was estimated. IntroductionEnvironmental services such as natural purification of water, erosion control and habitat for wildlife are public goods that have valu...

The gambling phenomenon is formed by the complex relationship between sources and receptors of ecological compensation among multiple stakeholders. This paper investigates the problem of payment amount gambling, and details a method to estimate the amount of ecological compensation that should be given for impacted water resources in the Wuxijiang River reservoir area in China. Public statistics and first-hand data obtained from the field investigation were used as data sources. Estimation of the source and receptor amount of ecological compensation relevant to the water resource being investigated was achieved using the contingent valuation method. The ecological compensation object and its benefit and gambling for the Wuxijiang River water source area are also analyzed in this paper. According to the results of a Contingent Value Method (CVM) survey, the ecological compensation standard of Wuxijiang River was determined by the contingent valuation method, and the amount of compensation was estimated. Fifteen blocks downstream of the Wuxijiang River and 12 blocks in the water source areawere used as samples to administer a survey that estimated the willingness to pay and the willingness to accept the ecological compensation of Wuxijiang River for both nonparametric and parametric estimation. Finally, the theoretical value of the ecological compensation amount was estimated. Lin SHUNo.78 Jiuhuabei Avenue, Kecheng District, Quzhou, Zhejiang, 324000, China Email address: 546870853@qq.com Abstract:The gambling phenomenon is formed by the complex relationship between sources and receptors of ecological compensation among multiple stakeholders. This paper investigates the problem of payment amount gambling, and details a method to estimate the amount of ecological compensation that should be given for impacted water resources in the Wuxijiang River reservoir area in China. Public statistics and first-hand data obtained from the field investigation were used as data sources. Estimation of the source and receptor amount of ecological compensation relevant to the water resource being investigated was achieved using the contingent valuation method. The ecological compensation object and its benefit and gambling for the Wuxijiang River water source area are also analyzed in this paper. According to the results of a Contingent Value Method (CVM) survey, the ecological compensation standard of Wuxijiang River was determined by the contingent valuation method, and the amount of compensation was estimated. Fifteen blocks downstream of the Wuxijiang River and 12 blocks in the water source area were used as samples to administer a survey that estimated the willingness to pay and the willingness to accept the ecological compensation of Wuxijiang River for both non-parametric and parametric estimation. Finally, the theoretical value of the ecological compensation amount was estimated. IntroductionEnvironmental services such as natural purification of water, erosion control and habitat for wildlife are public goods that have valu...