Integrating supply uncertainties from stochastic modeling into integrated water resource management: Case study of the Saskatchewan River Basin

Earth & Environmental Sciences

• water resources management 60%
• water supply 47%
• river basin 46%
• peak flow 28%
• water resource 26%
• modeling 25%
• irrigation 19%
• water demand 17%
• inflow 14%
• water economics 12%
• agriculture 12%
• demand 11%
• planning 10%
• vulnerability assessment 10%
• development plan 9%
• supply and demand 9%
• hydrograph 8%
• water availability 8%
• land management 8%
• low flow 8%
• aquatic ecosystem 8%
• economic development 7%
• incorporation 7%
• socioeconomics 7%
• vulnerability 7%
• analysis 6%
• drought 6%
• North America 6%
• warming 6%
• effect 6%
• productivity 5%
• methodology 4%
• world 4%
• climate 4%
• loss 4%
• basin 4%
• river 4%
• evaluation 4%

Social Sciences

• River basins 81%
• water management 68%
• uncertainty 45%
• Water resources 40%
• irrigation 31%
• Irrigated agriculture 28%
• hydropower 21%
• Riparian ecosystems 19%
• loss of revenues 14%
• vulnerability 13%
• water 13%
• demand 11%
• Land management 10%
• drought 10%
• planning 10%
• performance assessment 10%
• management 8%
• river 8%
• revenue 7%
• economics 7%
• productivity 7%
• climate 6%
• Canada 5%
• methodology 4%
• evaluation 3%

Engineering & Materials Science

• Water resources 76%
• Water supply 71%
• Rivers 59%
• Uncertainty 37%
• Irrigation 30%
• Agriculture 18%
• Aquatic ecosystems 14%
• Drought 13%
• Economics 11%
• Planning 10%
• Water 9%
• Productivity 6%
• Availability 6%