Sustainable Agriculture and Climate Change

© 2019 by the authors; CC BY license

small-scale farmers; pest management; brassicas; farmer-extension-researcher networking; insecticide misuse; climate change; multi-purpose retention systems; agriculture; irrigation; integrated nutrient management (INM); nitrous oxide emissions; organic nitrogen inputs; inorganic nitrogen fertilizer; irrigated area; drought; climate; adaptation; SPEI; environmental sustainability; agricultural sustainability; environmental indicators; climate change; climate extremes; drought; excess moisture; Canadian Prairie Provinces; land degradation; land management; conservation farming; virtual water content; ensemble result; crop yield; regional climate models; PET methods; pressure on cropland; labor/household density; Shandong Province in China; 17th–20th century; climate change; food security; cropping system; soil management; greenhouse gas emission; food security; resilience; power; system dynamics; problem structuring process; climate change; agriculture; climate bonds; investment; distributed infrastructure; water harvesting; Canada; planting date; mulched drip irrigation; chilling injury; active accumulated temperature; maize growth; sugar cane expansion; sustainability assessment; FoPIA methodology; climate change; adaptation; agricultural systems; productivity; technical efficiency; Chile