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	Provedor de dados AgEcon (34) Autor Amosson, Stephen H. (3) Guerrero, Bridget L. (3) Johnson, Jeffrey W. (3) Almas, Lal K. (2) Bigano, Andrea (2) Bosetti, Valentina (2) Carraro, Carlo (2) Duval, Romain (2) Golden, Bill B. (2) Hudson, Darren (2) Markandya, Anil (2) Massetti, Emanuele (2) Nalley, Lawton Lanier (2) Peterson, Jeffrey M. (2) Sferra, Fabio (2) Tavoni, Massimo (2) van Kooten, G. Cornelis (2) Adamowicz, Wiktor L. (1) Ahamadou, Aly (1) Aslanidis, Nektarios (1) Mais... Palavra-chave Q32 (34) Resource /Energy Economics and Policy (17) Environmental Economics and Policy (14) Q38 (7) Q43 (7) Ogallala Aquifer (6) O13 (5) Q25 (4) Q30 (4) Q54 (4) Agribusiness (3) Climate Change (3) O47 (3) Q01 (3) Q15 (3) Q18 (3) Q34 (3) Q55 (3) Research and Development/Tech Change/Emerging Technologies (3) Agricultural and Food Policy (2) Mais... Tipo do documento Working or Discussion Paper (17) Journal Article (7) Conference Paper or Presentation (5) Presentation (3) Article (1) Working Paper (1) Mais... Ano 2012 (4) 2011 (6) 2010 (7) 2009 (4) 2008 (5) 2007 (1) 2006 (2) 2005 (2) 2004 (1) 2003 (1) 1997 (1) Mais... País United States (34) Idioma Inglês (34)		Registro completo Provedor de dados:  AgEcon País:  United States Título:  Irrigation Restriction and Biomass Market Interactions: The Case of the Alluvial Aquifer Autores:  Popp, Michael P. Nalley, Lawton Lanier Vickery, Gina B. Data:  2010-02-02 Ano:  2010 Palavras-chave:  Biomass crops Ground water irrigation Spatial income redistribution Sustainability Agribusiness Agricultural and Food Policy Crop Production/Industries Environmental Economics and Policy Financial Economics Land Economics/Use Political Economy Resource /Energy Economics and Policy Risk and Uncertainty Q24 Q25 Q32 Q42 O13 Resumo:  The U.S. Geological Survey has determined that irrigation in Arkansas’ Delta is unsustainable. This study examines how irrigation restrictions would affect county net returns to crop production. It also considers the effect of planting less water-intensive bioenergy crops—switchgrass and forage sorghum—in the event biofuel markets become a reality. Results suggest that sustainable irrigation restrictions without bioenergy crops would decrease producer returns by 28% in the region. Introducing these alternative crops would both reduce groundwater use and may restore state producer returns, albeit with significant spatial income redistribution to crop production throughout the state. Tipo:  Journal Article Idioma:  Inglês Identificador:  http://purl.umn.edu/57150 Relação:  Journal of Agricultural and Applied Economics>Volume 42, Number 01, February 2010 Formato:  18 Fechar

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