Conventional Farming Systems / Different Corn Production Systems / CRC Press / Hanson / /
Country
United States / /
Currency
pence / /
Event
Environmental Issue / /
Facility
Plant Soil / The Rodale Institute / Cornell University / The Institute / Plant Sciences / Greenhouse Gas / Rodale Institute / Ohio State University / University of Maryland / /
IndustryTerm
soybean production systems / greenhouse gas production / food system impact / atmospheric greenhouse gas / organic and conventional cropping systems / agricultural solutions / energy crisis / agriculture production systems / runaway greenhouse gas / energy use / greenhouse gas / oil / organic systems / important tool / principle greenhouse gas / compost technology / food / energy / fossil fuel energy / energy source / agriculture systems / soybean cropping systems / food production / feed systems / organic farming systems / greenhouse gas reductions / energy management / long-term solution / food policy changes / transportation system / /
Organization
Pennsylvania Environmental Council / University of Maryland / Department of Agricultural and Resource Economics / Cornell University / U.S. Department of Agriculture Research Service / U.S. Department of Agriculture / Rodale Institute / Ohio State University / American Society of Agronomy Talk / /
Person
David Douds / Koster / David Pimentel / Grain Farm / D. Douds / Jr. / /
Position
Research Manager / Manager Agriculture and our food system impact global greenhouse gas issues / Representative / /
ProvinceOrState
Maryland / Pennsylvania / /
Region
mid-Atlantic / /
Technology
prevailing technology / pdf / compost technology / /