Developing climate resilience in aridlands using rock detention structures as green infrastructure

Keyphrases

• Arid Lands 100%
• Climate Resilience 100%
• Green Infrastructure 100%
• Detention 100%
• Infiltration 66%
• Stormwater Detention 66%
• Peak Flow 66%
• Arizona 33%
• Phoenix 33%
• Popular 33%
• Revegetation 33%
• Climate Change 33%
• Ecological Restoration 33%
• Cooling Effect 33%
• Carbon Sequestration 33%
• Tree Planting 33%
• Hydrologic Modeling 33%
• Adaptation Strategies 33%
• Warming Effect 33%
• Sediment Trap 33%
• Rainfall Events 33%
• Experimental Verification 33%
• Heat Effect 33%
• Stormwater Management 33%
• Urban Parks 33%
• Hydrogeomorphology 33%
• Detention Basin 33%
• Microclimate Cooling 33%
• Stormwater Retention 33%
• Bioswale 33%

Engineering

• Infrastructure 100%
• Microclimate 100%
• Peak Flow 100%
• Carbon Sequestration 50%
• Collected Data 50%
• Cooling Effect 50%
• Field Data 50%
• Adaptation Strategy 50%
• Detention Basin 50%
• Revegetation 50%
• Stormwater Management 50%

Earth and Planetary Sciences

• Stormwater 100%
• Green Infrastructure 100%
• Microclimate 66%
• Peak Flow 66%
• Arizona 33%
• Stormwater Management 33%
• United States of America 33%
• Ecological Restoration 33%
• Arid Land 33%
• Carbon Sequestration 33%
• Revegetation 33%
• Sediment Trap 33%
• Tree (Plant) 33%
• Hydrogeomorphology 33%
• Hydrological Modeling 33%