Sustainable Agriculture for Climate Change Adaptation
English[eng]
rice field||mitigation techniques||greenhouse gas emissions||life cycle assessment||farmer acceptance||incentive measures||income distribution||cost distribution||vulnerable region||adaptation measures||Bangladesh||ENSO||Southern Oscillation Index||SOI||El Niño||La Niña||soil water||environment type||climate adaptation||management practices||crop model||APSIM||CanESM2||HadCM3||precipitation||temperature||winter wheat yield||radiative warming||atmospheric phytoremediation||N2O||nitrous oxide reductase||N2OR||nosZ||fertilizer||crop breeding||transgenic||GHG||extreme weather||agriculture production||return level||extreme value theory||weather||risk||climate change adaptation||livelihoods||geographic information||agriculture||resilience||future crop yields||climate change impacts||CO2 fertilization||corn||rice||soybeans||climate-smart agriculture||livelihood transformation||Guatemala||climate change||climate change-induced impacts||smallholder farmers||drought-prone low lands||rural Sidama||southern Ethiopia||chill accumulation||peaches||perennial crops||Georgia||South Carolina||climate-departure||crop–climate departure||crop suitability||Ecocrop||food security||West Africa||crop-climate departure||planting month||CORDEX||renewable energy technologies||sustainability||clean energy||bioenergy||biogas||industrial hemp||anaerobic digestion||inland valley development||hydroclimatic hazard||water control structure||sustainable rice production||n/a