A tiered stochastic framework for assessing crop yield loss risks due to water scarcity under different uncertainty levels

Agriculture & Biology

• aquifers 8%
• arid zones 6%
• case studies 5%
• climate change 5%
• cotton 9%
• crop yield 76%
• crops 45%
• cumulative distribution 9%
• deficit irrigation 14%
• drought 4%
• economics 4%
• farmers 4%
• groundwater 6%
• High Plains (United States) 9%
• irrigation 14%
• methodology 1%
• risk assessment 6%
• risk assessment process 9%
• risk reduction 7%
• uncertainty 85%
• water 5%
• water shortages 100%
• water supply 75%

Earth & Environmental Sciences

• agricultural production 6%
• aquifer 4%
• climate change 3%
• cotton 12%
• crop 61%
• crop yield 90%
• distribution 8%
• drought 4%
• economics 3%
• Green function 7%
• groundwater 3%
• irrigation 23%
• logistics 10%
• loss 45%
• methodology 3%
• need 3%
• parameter 6%
• plain 4%
• risk assessment 9%
• risk reduction 6%
• semiarid region 6%
• water demand 12%
• water scarcity 94%
• water supply 57%