Building a climate resilient farm: A risk based approach for understanding water, energy and emissions in irrigated agriculture

Earth and Planetary Sciences

• Irrigation System 100%
• Farm 80%
• Energy Consumption 60%
• Irrigation Method 40%
• Flood Irrigation 40%
• Water 40%
• Emission 40%
• Groundwater 30%
• Utilization 30%
• Area 30%
• Risk 30%
• Water Use 20%
• Surface Water 20%
• Mathematical Model 20%
• Surface Irrigation 20%
• Energy Use 20%
• Sensitivity 20%
• Australia 20%
• Resilience 20%
• Adaptation 20%
• Agriculture 20%
• Efficiency 20%
• Rainfall 10%
• Climate Change 10%
• Crop Production 10%
• Irrigation 10%
• Evapotranspiration 10%
• Water Consumption 10%
• Sensitivity Analysis 10%
• Water Current 10%
• Suction 10%
• Uncertainty Analysis 10%
• Greenhouse Gas Emission 10%
• Need 10%
• Datum 10%
• Impact 10%
• Carbon 10%
• Model 10%
• Climate 10%
• Industry 10%
• Building 10%
• Strategy 10%
• Gravitation 10%
• Output 10%
• Parameter 10%
• Option 10%

Agricultural and Biological Sciences

• Water 70%
• Uncertainty 40%
• Groundwater 30%
• Area 30%
• Surface Water 20%
• Risk 20%
• Agricultural Science 20%
• Greenhouse Gas 10%
• Climate Change 10%
• Crop Production 10%
• Water Currents 10%
• Evapotranspiration 10%
• Simulation Mode 10%
• Risk Analysis 10%
• Uncertainty Analysis 10%
• Irrigation 10%
• Climate 10%
• Head 10%
• Buildings 10%
• Surfaces 10%