Analysis of Meteorological Drought Resilience and Risk Assessment of Groundwater Using Signal Analysis Method

Keyphrases

• Groundwater 100%
• Drought 100%
• Risk Assessment 100%
• Signal Analysis 100%
• Drought Risk 100%
• Meteorological Drought 100%
• Drought Resilience 100%
• Resilience Assessment 100%
• Hilbert-Huang Transform 33%
• Groundwater Resources 16%
• Groundwater Level 16%
• Sustainable Development 16%
• Systems-based 16%
• Water Management 16%
• Water Demand 16%
• Alluvial Fan 16%
• Spatial Distribution 16%
• Pingtung Plain 16%
• Physical Mechanism 16%
• Disaster Prevention 16%
• Coastal Area 16%
• Over-pumping 16%
• Time-frequency 16%
• Monitoring Station 16%
• High Risk 16%
• Overall Risk 16%
• Risk Assessment System 16%
• Drought Risk Assessment 16%
• Appropriate Assessment 16%
• Drought Severity 16%
• Durability Characteristics 16%
• Groundwater Monitoring 16%
• Groundwater Risk 16%
• Sensitivity to the Environment 16%
• Groundwater Sensitivity 16%
• Variation Characteristics 16%
• Drought Exposure 16%
• Resilience 16%
• Population Density 16%
• Drought Vulnerability 16%
• Standardized Precipitation Index 16%
• Spatiotemporal Characteristics 16%
• People's Livelihood 16%
• Risk Map 16%
• Gaoping River 16%
• Transform Method 16%

Earth and Planetary Sciences

• Environmental Impact Assessment 100%
• Water Demand 100%
• Water Management 100%
• Spatial Distribution 100%
• Coastal Region 100%
• Monitoring Station 100%
• Alluvial Fan 100%
• Disaster Prevention 100%
• Signal Analysis 100%
• Decision Making 100%
• Groundwater Resources 100%
• Population Density 100%