June 23 - 24, 2022, 2-day virtual meeting + Uganda as part of the 2022 EfD Annual Meeting(1 day between September 22-26, 2022) Hosted by NENRE-EfD Chile at the University of Concepción and Duke…
Submit your work here: https://bit.ly/3x8uh34 The Seventh Annual Meeting of the EfD Chile center "Research Nucleus on Environmental and Natural Resource Economics (NENRE)", will take place on October…
EfD Vietnam has made several contributions to the country's National Action Plan for Circular Economy which was presented to the Prime Minister in December 2023 and is to be implemented in 2024
Researchers from EfD Uganda presented findings to the Ugandan parliament on May 3rd, shedding light on the country's heavy reliance on biomass and proposing policy adjustments towards cleaner energy…
The next EEU seminar will be held now on Monday the 15th of April at 12:10 – 13:15 in B44. The seminar will be held by Claes EK. Claes is a senior lecturer at our department and he will present on the…
Environmental economists and graduate students from Makerere University held a meeting with government officials to identify research and data gaps to address the persistent environmental and natural…
Call for Papers! SETI 2024 Annual Meeting Deadline: April 21, 2024, 23:59 ET USA. We are pleased to announce that the Ninth Annual Workshop of the Sustainable Energy Transitions Initiative (SETI) will…
This study applies Value-Belief-Norm (VBN) theory to investigate fishers' pro-environmental behavioral intention and their support for policies to reduce marine litter. While pro-environmental behavioral intention is often associated with personal environmental intention at the household level, policy support represents their support for government action at the political level. Therefore, we examine whether fishers are willing to engage in both of these dimensions. Data from 369 Vietnamese fishers are analyzed using structural equation modeling with FIMIX-PLS and PLS-POS.
Water pollution poses a critical challenge, especially in fast-growing regions, with profound implications for human well-being. Marginal abatement cost (MAC) estimation is crucial for designing efficient water pollution controlpolicies.