4.7 Article

Payment for watershed services and the coordination of interests in transboundary rivers: China?s Xin?an River Basin Eco-compensation pilot

Journal

JOURNAL OF ENVIRONMENTAL MANAGEMENT
Volume 328, Issue -, Pages -

Publisher

ACADEMIC PRESS LTD- ELSEVIER SCIENCE LTD
DOI: 10.1016/j.jenvman.2022.116670

Keywords

Transboundary rivers; Payment for watershed Services; Coordination of interests; Xin ?an river basin; Horizontal eco-Compensation

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This study examines the effect of interest coordination on watershed conservation behavior in the Xin'an River Basin Eco-compensation Pilot (XRBEP) in China. By comparing simulated and actual results, it finds that interest coordination can achieve socially optimal transboundary payment for watershed services (PWS) by reconciling the interests of different administrative territories. However, designing incentive-compatible interest coordination mechanisms remains challenging, depending on the reconfiguration of PWS hydrosocial territories.
Through the case of China's Xin'an River Basin Eco-compensation Pilot (XRBEP), this study mobilizes the concept of hydrosocial territories to scrutinize how the watershed conservation behavior of stakeholders in payment for watershed services (PWS) evolves in response to eco-compensation and the coordination of interests. By drawing on the extensive literature on differential games, this study opens up our view of the complex relationship between PWS and the coordination of interests. After comparing the simulated and actual results of XRBEP, this study highlights that the coordination of interests in transboundary PWS can ultimately be socially optimal by reconciling the interests of different administrative territories. Furthermore, designing incentivecompatible coordination mechanisms of interest in transboundary PWS remains challenging, depending on the reconfiguration of PWS hydrosocial territories. Finally, the horizontal eco-compensation as a PES-like application can maximize the supply of watershed services, thus becoming a suboptimal and realistic option for realizing transboundary PWS.

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