Earth and Planetary Sciences
Impact
100%
Arid Region
100%
Reservoir
100%
Streamflow
100%
Partitioning
100%
Evaporation
100%
Water
66%
Show
66%
Inflow
66%
River Basin
66%
Evaporation Rate
66%
Planning
33%
Condition
33%
Variability
33%
Assessment
33%
Climate
33%
Structural Basin
33%
Increasing
33%
Irrigation
33%
Country
33%
Regime
33%
Revision
33%
Foci
33%
Modeling
33%
Adaptation
33%
Hydrology
33%
Improvement
33%
Monitoring Network
33%
River System
33%
Options
33%
Global Climate
33%
Extreme Event
33%
Flowing Water
33%
Iran
33%
Dams
33%
Water Reservoir
33%
Flood Protection
33%
Keyphrases
Arid Region
100%
Streamflow
100%
Multipurpose Reservoir
100%
River Basin
66%
Evaporation Rate
66%
Hydrological Uncertainty
66%
Water Flow
33%
Vulnerability
33%
Evaporation Process
33%
Iran
33%
Observed Variability
33%
Strategic Design
33%
Monitoring Network
33%
River Systems
33%
Adaptation Options
33%
Design Adaptation
33%
Strategic Planning
33%
Uncertainty Sources
33%
Global Climate
33%
Ongoing Change
33%
System Operation
33%
Numerical Results
33%
Optimal Operation
33%
Hydrological Regime
33%
Water System
33%
Extreme Events
33%
Reservoir System
33%
Arid Climate
33%
Expanded Network
33%
Inflow Rate
33%
Water Authority
33%
Water Reservoir
33%
Hydropower Generation
33%
Inflow Uncertainty
33%
Dez River
33%
Karun River
33%
Domestic Supply
33%
Arid Rivers
33%
Irrigation Supply
33%
Flood Protection
33%
Hydrologic Conditions
33%
Multi-objective Evaluation
33%
Stochastic Hydrology
33%