Payal Shah

Email: payal.shah@oist.jp

About

Payal Shah is a research scientist at the Okinawa Institute of Science and Technology, Graduate University. Her research primarily uses economic theory to analyze social and environmental consequences of natural resource management policies, formulate optimal strategies to address environmental challenges such as climate change, and to evaluate preferences for environmental services. Payal received a Ph.D. in Agricultural and Applied Economics (2013) and a M.Sc. in Agricultural and Consumer Economics (2009) from the University of Illinois at Urbana-Champaign. She also has an MBA in Finance (2004) from Management Development Institute, India. 

View Curriculum Vitae

Main research topics:

 

1) Quantifying the impact of policy interventions for marine and terrestrial conservation

 

2) Optimal conservation planning in the face of climate change uncertainty

 

3) Valuation of marine ecosystem services

 

4) Using stochastic optimization tools for designing ​optimal conservation policy

 

Publications

Peer Reviewed Articles

  • Ando, Amy W. and Shah, Payal. 2010. Demand-side factors in optimal land conservation choice, Resource and Energy Economics, 32, 203-221.
  • Shah, Payal and Baylis, Kathy. 2015. Evaluating the Impact of Protection on Deforestation in Indonesia between 2000 and 2010 using Remote Sensing Data. PLoS ONE 10(6): e0124872. doi:10.1371/journal.pone.0124872
  • Shah, Payal and Ando, Amy W. 2015. Downside vs. symmetric risk in natural resource portfolio design to manage climate-change uncertainty. Land Economics91(4), 664-687.
  • Ando, Amy, W. and Shah, Payal. 2016. The Economics of Conservation and Finance: A Review of the Literature. International Review of Environmental and Resource Economics, 8 (3–4), 321-357. http://dx.doi.org/10.1561/101.00000072
  • Shah, Payal and Ando, Amy W. 2016. Permanent and Temporary Policy Incentives for Conservation under Stochastic Returns from Competing Land Uses. American Journal of Agricultural Economics, p.aaw032.
  • Shah, Payal, Mallory, Mindy, Ando, Amy W., and Guntenspergen, Glenn, 2016. Fine‐resolution conservation planning with limited climate‐change information. Conservation Biology.
  • Schwanitz, Jana V., Wierling, August and Shah, Payal. Assessing the impact of renewable energy on regional sustainability - A comparative study of Sogn og Fjordane (Norway) and Okinawa (Japan). Forthcoming in Sustainability

Book Chapter

  • Shah, Payal, Dissanayake, Sahan, T.M., Carlson, Nils, Fujita, Yoko, and Nunes, Paulo A.L.D. 2016. Preferences for marine protection in Okinawa: A comparison of management options and two groups of beneficiaries. Forthcoming in Handbook on the Economics and Management for Sustainable Oceans, UN Environmental Programme and Edward Elgar Publishing House, UK

Published Technical Report

  • Loechl, Paul, M., Kemme, Michael, R., Shah, Payal, S., & Goran, William, D. 2012. Resource Efficiency in the US Army Corps of Engineers: Examination of Strategies to Reduce Energy Use and Greenhouse Gas Emissions (No. ERDC/CERL-TR-12-17). Engineer Research and Development Center Champaign IL Construction Engineering Research Lab.

Papers in Review

  • McClenachan, Loren, Matsuura, Ryunosuke, Shah, Payal, and Dissanayake, Sahan, T. M. Shifted baselines reduce willingness to pay for conservation in coral reef ecosystems. In review.

Working Papers

  • Baylis, Kathy, Fullerton, Don and Shah, Payal. What drives forest leakage? In preparation.
  • Ando, Amy W., Mallory, Mindy, and Shah, Payal. Portfolio analysis with spatial targeting and projects to reduce effects of climate change. In preparation.
  • Shah, Payal, Dissanayake, Sahan, T. M., and Nunes, Paulo. Choice experiment study of the marine environment of Okinawa. In preparation.
  • Mieno, Taro, Tanaka, Kenta, Shah, Payal. Optimal timing of irreversible land use conversion under uncertainty: An experimental approach. In preparation.
  • Shah, Payal, Ando, Amy W., Mallory, Mindy, and Guntenspergen, Glenn. Portfolio analysis with spatial targeting and projects to reduce effects of climate change. In preparation