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	Provedor de dados AgEcon (12) ArchiMer (11) Ecology and Society (1) Autor Goulletquer, Philippe (6) Heral, Maurice (5) Aillery, Marcel P. (4) Gollehon, Noel R. (4) Prou, Jean (3) Ribaudo, Marc (3) Bacher, Cedric (2) Breneman, Vincent E. (2) Hanson, James C. (2) McConnell, Kenneth E. (2) Alden, Rw (1) Allen, Standish K. (1) Ault, J. S. (1) Austin, David H. (1) Beckensteiner, Jennifer (1) Blandford, David (1) Boynton, Walter R; University of Maryland Center for Environmental Science; (1) Cannon, Matthew (1) Chai, Ai-ling (1) Dauer, Dm (1) Mais... Palavra-chave Chesapeake Bay (24) Environmental Economics and Policy (12) Oysters (7) Crassostrea virginica (6) Livestock Production/Industries (4) Manure management (4) Resource /Energy Economics and Policy (4) Growth (3) Q25 (3) Q28 (3) Regional optimization (3) USA (3) Water quality (3) Air quality (2) Confined animals (2) Cover crops (2) Crassotrea virginica (2) Huîtres (2) Nitrogen abatement (2) Nutrient trading (2) Mais... Tipo do documento Text (11) Journal Article (5) Conference Paper or Presentation (3) Working or Discussion Paper (2) Peer-Reviewed Synthesis (1) Presentation (1) Report (1) Mais... Ano 2020 (1) 2014 (1) 2012 (1) 2011 (4) 2009 (1) 2008 (1) 2007 (2) 2005 (2) 2001 (1) 1998 (1) 1997 (2) 1994 (3) 1991 (3) 1989 (1) Mais... País United States (12) France (11) Canada (1) Idioma Inglês (23) Francês (1)		Registro completo Provedor de dados:  AgEcon País:  United States Título:  Simulated Trading for Maryland's Nitrogen Loadings in the Chesapeake Bay Autores:  Hanson, James C. McConnell, Kenneth E. Data:  2008-12-04 Ano:  2008 Palavras-chave:  Chesapeake Bay Cover crops Nitrogen abatement Nutrient trading Sewage treatment plants Trading ratios Water pollution Environmental Economics and Policy Resumo:  We investigate nutrient trading for point and non-point sources for the Bay Restoration Fund in Maryland. We demonstrate how to use the proceeds from the tax revenue to mimic a market by trading high-cost upgrades of sewage treatment plants for low-cost winter cover crops. Under an optimistic assumption about costs for non-point sources and naïve assumptions about the lag from planting cover crops to changes in nitrogen load, we calculate that 100 percent of abatement could be achieved at 56 percent of total costs, while in a pessimistic scenario, 100 percent of abatement could be could be achieved at 83 percent of total costs. Tipo:  Journal Article Idioma:  Inglês Identificador:  http://purl.umn.edu/45669 Relação:  Agricultural and Resource Economics Review>Volume 37, Number 2, October 2008 Formato:  16 Fechar

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