Identifying driving processes of drought recovery in the southern Andes natural catchments

Keyphrases

• Hydrological Drought 100%
• Southern Andes 100%
• Soil Moisture 100%
• Drought Termination 100%
• Driving Process 100%
• Central Chile 66%
• Chile 66%
• Vegetation Productivity 66%
• Extreme Drought 66%
• Precipitation Temperature 66%
• Camel 66%
• Spatial Distribution 33%
• Terrestrial Ecosystems 33%
• Low Temperature 33%
• High Latitude 33%
• High Temperature 33%
• River Basin 33%
• Strong Correlation 33%
• Random Forest Regression 33%
• Recovery Time 33%
• Vegetation Cover 33%
• Water Resources 33%
• Shrubland 33%
• Increased Precipitation 33%
• Catchment Characteristics 33%
• Explanatory Variables 33%
• Discharge Pattern 33%
• Drought Duration 33%
• Moisture Recovery 33%
• Drought Effects 33%
• CL Data 33%
• Hydroclimatic Variability 33%
• Water Ecosystem 33%
• Natural Rivers 33%
• Catchment Properties 33%
• Average Response 33%
• Drought Vulnerability 33%
• Composite Analysis 33%
• High Vegetation 33%

INIS

• recovery 100%
• droughts 100%
• andes 100%
• chile 33%
• soils 25%
• vegetation 25%
• moisture 25%
• productivity 16%
• precipitation 16%
• ecosystems 8%
• data 8%
• environment 8%
• correlations 8%
• forests 8%
• randomness 8%
• increasing 8%
• spatial distribution 8%
• rivers 8%
• terrestrial ecosystems 8%
• vulnerability 8%
• mountains 8%
• water resources 8%

Earth and Planetary Sciences

• Chile 100%
• Andes 100%
• Soil Moisture 75%
• Vegetation 50%
• Spatial Distribution 25%
• Terrestrial Ecosystem 25%
• River Basin 25%
• Vegetation Cover 25%
• Water Resource 25%
• Shrubland 25%