ecological systems / Soil management / greenhouse gas emissions / adaptive management / manure management / food production offer farmers / transportation / tropical organic systems / perennial systems / redundant systems / reduced energy consumption / conventional systems / human systems / less energy consumption / organic soil management / community knowledge systems / landless systems / closed energy / renewable energy sources / food system / adapted systems / Organic growing systems / irrigation systems / cropping systems / sustainable systems / food production chain / main energy source / food-insecure areas / energy use / agroforestry systems / chemical fertilizers / knowledge systems / environmental services / organic systems / agricultural systems / reduced greenhouse gas emissions / namely chemical fertilizers / energy-intensive synthetic fertilizers / food / community systems / /
Organization
Borron Food and Agriculture Organization of the United Nations Rome / Tufts University Friedman School of Nutrition / United Nations / International Federation of Organic Farming Movements / US Federal Reserve / Codex Alimentarius Commission / Friedman Internship Scholarship Fund / /
Person
William Settle / Sarah Borron / Louise Luttikholt / Nadia El-Hage Scialabba / Willie Lockeretz / Hara / Claude Aubert / /
Sustainable Development Department BUILDING RESILIENCE FOR AN UNPREDICTABLE FUTURE: HOW ORGANIC AGRICULTURE CAN HELP FARMERS ADAPT TO CLIMATE CHANGE