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URL: http://purl.umn.edu/36910
THE EFFECTS OF WATER RIGHTS AND IRRIGATION TECHNOLOGY ON STREAMFLOW
AUGMENTATION COST IN THE SNAKE RIVER BASIN
Provedor de dados: 31
Autores: Willis,
David B.; Caldas,
Jose Vaz; Frasier,
W. Marshall; Wittlesey,
Norman K.; Hamilton,
Joel R.
Three species of salmon in the Snake River Basin have been listed as endangered. Recovery efforts for these fish include attempts
to obtain increased quantities of water during smolt migration periods to improve habitat in the lower basin. Agriculture is the
dominant user of surface flows in this region. This study investigates farmer cost of a contingent water contract requiring the
agricultural release of stored irrigation supplies in low flow years during critical flow periods. Results show that contingent
contracts can provide substantial quantities of water at a relatively modest cost without significantly affecting the agricultural base
of the area.
Tipo: Journal Article
Palavras-chave: Resource /Energy Economics and Policy.
Ano: 1998
URL: http://purl.umn.edu/31177
The Future of Wetlands Mitigation Banking
Provedor de dados: 31
Autores: Shabman,
Leonard A.; Scodari,
Paul F.
Tipo: Journal Article
Palavras-chave: Environmental Economics and Policy; Resource /Energy Economics and Policy.
Ano: 2005
URL: http://purl.umn.edu/93332
Potentieller Beitrag der Landwirtschaft zur Verminderung der Treibhausgasemissionen in
Deutschland
Provedor de dados: 31
Autores: Wegener,
Jens Karl; Lucke,
Wolfgang; Heinzemann,
Jorg.
In 2002, the German agricultural sector contributed 8.7 % of the total national green house gas emissions. The main sources were
animal digestion, manure management and agricultural soils. From the technical point of view, the manure management has the
biggest potential of green house gas reduction by using biogas technology. Thereby methane emission from manure, which
otherwise had been emitted into the atmosphere, can be recaptured and used to substitute fossil fuels. Regarding the whole output
of manure from cattle and swine in Germany, the emission reduction is 56 Mio. t CO2-equivalent. This amount is equivalent to
4.5% of the emissions in 1990/95 for the Kyoto protocol. Regarding the biomass potential which is technically feasible at the
moment, the...
Tipo: Journal Article
Palavras-chave: Biogas; EU-emission trading; Kyoto protocol; Agriculture; Germany; Environmental Economics and Policy;
Resource /Energy Economics and Policy.
Ano: 2006
URL: http://purl.umn.edu/97186
Dynamic and static behaviour with respect to energy use and investment of Dutch Greenhouse firms
Provedor de dados: 31
Autores: Verreth,
Daphne M.I.; Emvalomatis,
Grigorios; Bunte,
Frank H.J.; Oude Lansink,
Alfons G.J.M.