| Document Date: 2013-05-09 15:47:03
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Company Pirelli / Coastal / / Country United States / / Currency USD / / Facility University of Kentucky / Oregon State University / mill lime/a Figure / / Holiday Christmas / / IndustryTerm by-products / chemical reactions / chemical change / sugar beet processors / no-till cropping systems / By-product lime products / paper mill lime product / chemical composition / liquid fertilizer products / seafood processors / carbon dioxide gas / oil acidification / lime products / irrigated cropping systems / particular product / frequent applications / chemical and biological properties / chemical reaction / application equipment / important tool / chemicals / crab by-product / soil solution / / Organization Oregon Department of Agriculture / Oregon State University / Natural Resources Conservation Service / the University of Kentucky / / Person Donald A. Horneck / John M. Hart / Gene J. Pirelli / Mark Mellbye / Neil W. Christensen / Dan M. Sullivan / Gale Gingrich After / Frank Sikora / / / Position professor of soil science emeritus / Extension agronomist / livestock and forage specialist / soil scientist / CaO / Extension soil scientist / / ProvinceOrState Kentucky / Marion County / Oregon / Hawaii / / RadioStation 9 When / / Region southeastern United States / Western Oregon / Eastern Oregon / / Technology sugar beet processors / seafood processors / /
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Applying Lime to Raise Soil pH for Crop Production (Western Oregon) E M 9057 • M ay 2013 N.P. Anderson, J.M. Hart, D.M. Sullivan, N.W. Christensen, D.A. Horneck, and G.J. Pirelli S