UH Mānoa is particularly strong in energy, environment and resource policy, which often requires interdisciplinary research. This workshop is organized by UHERO and facilitates interaction among faculty and graduate students in UHERO, Economics, Engineering, NREM, DURP, SOEST and more. We also hope to draw participation from visitors and professional economists and policy analysts around the State. Work in progress is strongly encouraged!
Seminars will take place at the Miller Room. The seminar can also be attended online via Zoom on Mondays from 12:00pm – 1:15pm. Subscribe to the WEER mailing list to receive the Zoom link and further information on upcoming sessions.
Class Credit:
Graduate students can obtain ECON 696 credit from Professor Lynham.
Spring 2026
For graduate students taking the seminar for course credit. Discussing logistics for the seminar.
No Seminar
Where’s Coase?: The Implications of Economic Property Rights or Rent-Seeking in Forming Institutions
Abstract:
Ronald Coase’s Nobel work outlined gains by reducing transaction costs and promoting property rights and markets to confront externalities. Countering market failure assertions and calls for centralized government intervention, Coase retorted that decentralized market negotiations could be welfare-improving by promoting collaborative, efficient problem solving, and releasing resources to the general economy. Despite this, his approach is not central to any US environmental law implemented after 1970. Federal government mandates dominate. Where’s Coase? explains why. The private objectives of political agents lead to policies that are likely to be too costly and inequitable, despite provision of public goods. Citizens face high collective action costs and lack information to distinguish between public goods and private agent benefits. Examining three major environmental laws: the Clean Air Act, the Magnuson Stevens Fishery Act, and the Endangered Species Act, the book explores policy development and assesses the resulting costs relative to Coase’s framework.
Difference-in-Differences with Spatial Spillovers
Abstract:
Empirical work often uses treatment assigned following geographic boundaries. When the effects of treatment cross over borders, classical difference-in-differences estimation produces biased estimates for the average treatment effect. In this paper, I introduce a potential outcomes framework to model spillover effects and decompose the estimate’s bias in two parts: (1) the control group no longer identifies the counterfactual trend because their outcomes are affected by treatment and (2) changes in treated units’ outcomes reflect the effect of their own treatment status and the effect from the treatment status of “close” units. I propose estimation strategies that can remove both sources of bias and semi-parametrically estimate the spillover effects themselves including in settings with staggered treatment timing. To highlight the importance of spillover effects, I revisit analyses of three place-based interventions.
Redistribution in Environmental Permit Markets: Transfers and Efficiency Costs with Trade Restrictions
Abstract:
Regulators often impose trade restrictions in environmental permit markets to redistribute value to groups that do not directly benefit from permit trade, such as labor in regulated firms, at the expense of lowering gains from trade. I evaluate the efficiency and distributional impacts of two common trade restrictions in Iceland’s fisheries permit market: segmented trading by firm size and individual production requirements. Using detailed harvest and permit trading data linked to administrative records on worker employment and earnings, I conduct a difference-in-differences analysis showing that permit trade increases the harvest share of productive boats by 15 percentage points, shifts income from lower- to higher-income workers, and reduces aggregate labor intensity by 12%. I further demonstrate that the trade restrictions, designed to counteract these labor impacts, are binding and lower productivity. To quantify the distinct trade-offs from each restriction, I develop a model of fishery production and permit trading to simulate profits, labor demand, and worker earnings in equilibria without the restrictions. Per dollar of foregone profit, segmentation increases labor demand 20 times more than the production requirement, while the production requirement redistributes 14% more income to low-income workers than segmentation. Implementing both restrictions outperforms the production requirement alone and is preferable to segmentation alone if regulators aim to balance job creation with a compressed income distribution.
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