Transaction Search Form: please type in any of the fields below.
Date: November 25, 2024 Mon
Time: 8:18 pm
Time: 8:18 pm
Results for animal poaching (econometric models)
1 results foundAuthor: Abbott, Brant Title: The Economics of Endangered Species Poaching Summary: The poaching of endangered species is a global problem. In Africa elephants are poached for their ivory and rhinoceroses are poached to produce medicinal products from their horns (Fischer 2004). In North America grizzly bears are poached because their body parts are valuable, particularly gall bladders (Unknown 2004). In southwestern British Columbia there have been increasing occurrences of bald eagle poaching for the value of their feathers, but one poacher was only fined $1450 (Keating 2007). In a letter to the editor an outraged citizen called for greater penalties for those caught poaching as a means of deterrence (Foss 2007). This brings up an important point that has not received enough attention in the economics literature: poaching is a criminal activity and poachers make the same economic decisions as other criminals. The focus of this paper, therefore, is to examine the interaction between the economic decision making of poachers and the dynamics of endangered species. The literature regarding endangered species poaching has evolved largely in the context of the African elephant. One of the general goals of this literature has been to understand the impacts of an international trade moratorium on the survival of an endangered species. A common method by which researchers have contributed to the understanding of this subject is to examine the static impact on quantity poached that results from a policy change. For example, Fischer (2004) and Bergstrom (1990) develop static models to analyze policy changes. While such analyses provide valuable insights, a more complete approach would be to assess how policy changes would effect the population dynamics of the species. Under certain circumstances, policies will have ambiguous effects on the quantity of the resource that is poached, but this does not necessarily imply that the impact on the species population will also be ambiguous. It may still be possible to determine how the potential steady states of the species population will change. Two notable examples of work that examines changes in both the amount of poaching that occurs and the steady state resource population are Bulte and Damania (2001) and Kremer and Morcom (2000). Bulte and Damania examine the role of captive breeding in endangered species conservation in the context of imperfect competition. Kremer and Morcom investigate the possible impacts of storage on endangered species equilibria. Both studies use dynamic frameworks and provide results regarding steady state populations to give a complete account of the impact of policy on the vitality of the endangered species. Details: Victoria, BC: Resource Economics & Policy Analysis Research Group, Department of Economics, University of Victoria, 2008. 29p. Source: Internet Resource: Accessed April 25, 2018 at: https://web.uvic.ca/~repa/publications/REPA%20working%20papers/WorkingPaper2008-08.pdf Year: 2008 Country: International URL: https://web.uvic.ca/~repa/publications/REPA%20working%20papers/WorkingPaper2008-08.pdf Shelf Number: 117146 Keywords: Animal Poaching (Econometric Models)Endangered SpeciesIvoryWildlife ConservationWildlife Crime |