Earth and Planetary Sciences
Climate
100%
Building
100%
Farm
100%
Agriculture
100%
Emissions
100%
Risk
100%
Approach
100%
Water
100%
Energy Consumption
75%
Irrigation System
62%
Groundwater
37%
Water Use
37%
Area
37%
Utilization
37%
Surface Water
25%
Irrigation Method
25%
Energy Use
25%
Flood Irrigation
25%
Sensitivity
25%
Australia
25%
Adaptation
25%
Efficiency
25%
Resilience
25%
Rainfall
12%
Climate Change
12%
Crop Production
12%
Mathematical Model
12%
Surface Irrigation
12%
Water Current
12%
Uncertainty Analysis
12%
Greenhouse Gas Emission
12%
Need
12%
Carbon
12%
Model
12%
Industry
12%
Strategy
12%
Gravitation
12%
Output
12%
Parameter
12%
Irrigation
12%
Impact
12%
Options
12%
Evapotranspiration
12%
Sensitivity Analysis
12%
Suction
12%
Engineering
Energy Engineering
100%
Buildings
100%
Water
100%
Agriculture
100%
Irrigation System
55%
Irrigated Area
22%
Application
22%
Australia
22%
Surface
22%
Surface Water
22%
Operating Energy
11%
System Efficiency
11%
Carbon Equivalent
11%
Models
11%
Development
11%
Energy Application
11%
Efficiency
11%
Climate Change
11%
Production
11%
Sensitivity Analysis
11%
Greenhouse Gas
11%
Keyphrases
Risk-based Approach
100%
Water Emissions
100%
Flood Irrigation
28%
Managed Flood
14%
Technical Factors
14%
Surface Systems
14%
Uncertainty Analysis
14%
Risk Sensitivity
14%
Industry of the Future
14%
Model Output
14%
Operational Energy
14%
System Efficiency
14%
Risk Uncertainty
14%
Rainfall Factor
14%
Energy Equivalent
14%
Carbon Equivalent Emissions
14%
Use Efficiency
14%
Application Energy
14%
Agricultural and Biological Sciences
Uncertainty Analysis
14%
Water Currents
14%
Risk Analysis
14%