Anticipatory modeling for water supply sustainability in Phoenix, Arizona

Earth & Environmental Sciences

• water supply 69%
• sustainability 65%
• water demand 51%
• modeling 36%
• water use 35%
• water planning 34%
• decision 23%
• population growth 23%
• legal rights 21%
• population policy 19%
• municipal level 17%
• water analysis 16%
• tool use 16%
• water policy 15%
• scenario analysis 15%
• water 15%
• groundwater 15%
• craft 15%
• city 14%
• supply and demand 13%
• heuristics 12%
• metropolitan area 12%
• streamflow 11%
• pumping 10%
• water management 10%
• socioeconomics 10%
• drought 9%
• surface water 8%
• demand 8%
• planning 7%
• policy 7%
• climate change 7%
• project 6%
• trend 6%
• evaluation 6%
• simulation 5%
• analysis 3%
• effect 2%
• method 2%

Social Sciences

• water management 100%
• water 69%
• sustainability 65%
• scenario 43%
• Water use 40%
• projection 27%
• demand 26%
• population growth 19%
• governance 19%
• planning 17%
• Demand rights 16%
• uncertainty 14%
• Surface waters 14%
• Water policies 13%
• management decision 12%
• drought 12%
• population policy 11%
• Legal rights 11%
• quantitative method 9%
• agglomeration area 9%
• heuristics 9%
• qualitative method 8%
• climate change 8%
• simulation 7%
• experience 6%
• trend 4%
• management 4%
• evaluation 4%
• economics 4%