C. Edwin Young
United States Department of Agriculture
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Featured researches published by C. Edwin Young.
American Journal of Agricultural Economics | 1980
C. Edwin Young; Donald J. Epp
A sizable portion of the budget in many small communities is devoted to the treatment of wastewater (more commonly called sewage). A community of 5,000 persons may spend more than
Northeastern Journal of Agricultural and Resource Economics | 1978
C. Edwin Young; Edward B. Bradley; Donald J. Epp
150,000 annually (adjusted to a June 1978 base) for secondary wastewater treatment using trickling filters, a lowcost alternative for this size community. If, in addition, advanced wastewater treatment (AWT) is required to remove nutrients, such as phosphorus and nitrogen, in order to meet surface water quality standards, annual costs can increase to
American Journal of Agricultural Economics | 2000
C. Edwin Young; Paul C. Westcott
391,000 and
Agricultural Information Bulletins | 2002
Paul C. Westcott; C. Edwin Young; J. Michael Price
443,000, depending on whether treatment techniques such as lime addition and nitrificationdenitrification are used (Young 1978). These processes can remove approximately 90% of the phosphorus and nitrogen, respectively, in municipal wastewater. As national policies to improve the quality of surface waters are implemented, increasing numbers of small communities in rural areas are being required to increase the level of treatment to include AWT. Research reported in this article shows that land treatment (LT) of municipal wastewaters can meet these increased surface water
Agricultural Economics Reports | 2001
Xinshen Diao; Aziz Elbehri; Mark J. Gehlhar; Paul R. Gibson; Susan E. Leetmaa; Lorraine Mitchell; Frederick J. Nelson; R. Wesley Nimon; Mary Anne Normile; Terry L. Roe; Shahla Shapouri; David Skully; Mark E. Smith; Agapi Somwaru; Michael A. Trueblood; Marinos E. Tsigas; John Wainio; Daniel B. Whitley; C. Edwin Young
Least cost solutions for a three million gallon a day land application of municipal wastewater system are estimated for three levels of capital cost subsidy: no subsidy, 7 5 percent, and 85 percent. Irrigation of reed canarygrass is superior of alfalfa, corn, forests, and natural vegetation (weeds). The cost of a full year irrigation of reed canarygrass ranges from
American Journal of Agricultural Economics | 2001
C. Edwin Young; Monte L. Vandeveer; Randall D. Schnepf
493,000 to
Agricultural Economics Reports | 2004
Mary Clare Ahearn; Robert N. Collender; Xinshen Diao; David H. Harrington; Robert A. Hoppe; Penelope J. Korb; Shiva S. Makki; Mitchell J. Morehart; Michael J. Roberts; Terry L. Roe; Agapi Somwaru; Monte Vandeveer; Paul C. Westcott; C. Edwin Young
565,000 depending upon the assumed value of reed canarygrass. If the local municipality minimizes its costs while receiving subsidies, inefficiencies result. Total costs to society can increase in excess of 65 percent of the minimum cost solution.
Journal of Soil and Water Conservation | 1985
C. Edwin Young; Bradley M. Crowder; James S. Shortle; Jeffrey R. Alwang
Archive | 2007
Linwood A. Hoffman; Allen Baker; Linda Foreman; C. Edwin Young
Journal of Environmental Quality | 1985
Bradley M. Crowder; Harry B. Pionke; Donald J. Epp; C. Edwin Young