TUPD-2024-009
TITLE | Using contingent behavior analysis to estimate benefits from coral reefs in Kume Island, Japan: A Poisson-inverse Gaussian approach with on-site correction |
AUTHORS | Katsuhito Nohara
Professor, College of Tourism, Rikkyo University Associate Professor, Faculty of Humanities and Social Sciences, Okayama University Akira HibikiProfessor/Director, Research Center for Policy Design
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PUBLISHED IN |
WILEY The Australian Journal of Australasian Agricultural and Resource Economics |
ABSTRACT | Coral reefs face a critical crisis worldwide because of rising ocean temperature, excessive use of resources, and red soil erosion. As reefs have great recreational and tourism value, the degradation of their quality may have a significant effect on tourism. This study employs a contingent behavior approach to estimate the effect of reef extinction on the recreational demand for Kume Island, Okinawa, Japan. We propose a Poisson-inverse Gaussian (PIG) model with correction for on-site sampling issues to derive a more accurate estimate of consumer surplus. The results show that the annual consumer surplus per person trip is 6,107 yen according to the RE-PIG model. |
KEYWORDS | Contingent behavior; Coral reef; Economic valuation; On-site sampling; Poisson-inverse Gaussian model; Random-effects model |
ISSUED | May 2021 ☞ TUPD-2021-001 |
REVISED | September 2024 |