Basin-scale water resources assessment in oklahoma under synthetic climate change scenarios using a fully distributed hydrologic model

Earth & Environmental Sciences

• analysis 5%
• basin 39%
• climate change 46%
• climate variation 23%
• comparison 8%
• drought 15%
• effect 9%
• evapotranspiration 53%
• greenhouse effect 23%
• groundwater 11%
• groundwater resource 41%
• hydrological cycle 19%
• resource assessment 92%
• river 9%
• runoff 27%
• saturation 14%
• simulation 8%
• soil moisture 32%
• spatial variation 16%
• streamflow 17%
• surface water 13%
• trend 19%
• trend analysis 22%
• water availability 20%
• water budget 17%
• water resource 59%
• weather 13%

Engineering & Materials Science

• Availability 13%
• Climate change 86%
• Drought 29%
• Evapotranspiration 99%
• Greenhouse effect 27%
• Groundwater 23%
• Groundwater resources 72%
• Rivers 19%
• Runoff 56%
• Soil moisture 54%
• Surface water resources 40%
• Water 21%
• Water resources 100%

Chemical Compounds

• Flood Reaction 76%
• Groundwater 84%
• Simulation 16%
• Soil 44%
• Surface 16%
• Surface Water 27%
• Time 9%