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Linking water markets with payments for watershed services: the eastern route of China's South-North Water Transfer Project

Jichuan Sheng, Hongqiang Yang

2024Agricultural Water Management33 citationsDOIOpen Access PDF

Abstract

This study develops an analytical framework that takes a dynamic game approach to links between water markets and payments for watershed services (PWS). Using a case study of the eastern route of China's South-North Water Transfer Project (SNWTP-ER), this study explores the changing behavior of various stakeholders in the water market in different PWS scenarios and the economic rationality driving these behaviors. This study argues that linking water markets and PWS would improve the benefits for each stakeholder, thus making it an economic rationale that drives water suppliers to provide water quality maintenance and improvement services. In addition, introducing intensive incentives for PWS in water markets can make it possible to improve profitability and water quality simultaneously. Finally, linking water markets and PWS remains challenging because the differences in the nature of the two markets lead to divergent views on the distribution of their profits. • A framework for water markets - payments for watershed services is developed. • Linking water markets and PWS would improve the profits for each stakeholder. • WM-PWS linkages encourage water quality maintenance and improvement services. • WM-PWS linkages can improve profitability and water quality simultaneously. • Linking WM and PWS remains challenging due to differences between the two markets.

Topics & Concepts

IncentiveProfitability indexBusinessWatershedChinaWater qualityPaymentNatural resource economicsWater industryWater resourcesStakeholderEnvironmental economicsEnvironmental resource managementWater supplyEconomicsEnvironmental scienceMarket economyFinanceGeographyEnvironmental engineeringMachine learningComputer scienceEcologyManagementBiologyArchaeologyWater resources management and optimizationWater Governance and InfrastructureWater-Energy-Food Nexus Studies