Impacts of innovative forestry land use on rural livelihood in a bimodal agricultural system in irrigated drylands

Agriculture & Biology

• livelihood 68%
• arid lands 66%
• forestry 63%
• land use 59%
• cropland 59%
• households 58%
• irrigation water 49%
• afforestation 46%
• plantation forestry 36%
• income 32%
• water shortages 28%
• profits and margins 24%
• labor 21%
• labor relations 21%
• plantations 20%
• short rotation forestry 20%
• land degradation 17%
• farm income 15%
• Central Asia 15%
• fuelwood 15%
• commercial farms 14%
• energy 14%
• carbon sequestration 14%
• fossil fuels 14%
• food consumption 12%
• food security 12%
• climate change 10%
• rivers 9%
• farms 8%

Earth & Environmental Sciences

• farming system 66%
• livelihood 59%
• forestry 56%
• household 51%
• afforestation 41%
• land use 41%
• irrigation 37%
• plantation forestry 36%
• wage 32%
• income 32%
• farm 31%
• profit 25%
• water availability 25%
• labor 23%
• plantation 22%
• labor relations 21%
• clean development mechanism 16%
• fuelwood 16%
• food consumption 15%
• land degradation 13%
• water scarcity 13%
• Central Asia 13%
• food security 12%
• water demand 12%
• energy 12%
• carbon sequestration 11%
• fossil fuel 11%
• harvest 11%
• incorporation 10%
• climate change 7%
• need 6%
• river 6%

Social Sciences

• Irrigation water 100%
• forestry 66%
• land use 60%
• livelihood 58%
• farm 43%
• wage labor 41%
• income 31%
• profit 26%
• Land degradation 23%
• Water scarcity 22%
• energy 21%
• food consumption 19%
• labor relations 18%
• local population 17%
• Central Asia 17%
• river 14%
• shortage 14%
• reward 13%
• climate change 13%
• water 12%
• programming 12%
• welfare 11%
• labor 10%
• food 10%
• demand 10%