Sustainable stormwater management under the impact of climate change and urban densification

Keyphrases

• Urban Densification 100%
• Climate Change Impacts 100%
• Sustainable Stormwater Management 100%
• Climate Change 66%
• Living Space 66%
• Densification 66%
• Water Balance 66%
• Germany 33%
• Positive Impact 33%
• Munich 33%
• Vulnerability 33%
• Growing Cities 33%
• Physically-based 33%
• Precipitation Intensity 33%
• Event-driven Simulation 33%
• Single Event 33%
• Impervious Area 33%
• Nature-based Solutions 33%
• Current Change 33%
• Water Infiltration 33%
• Rainfall Intensity 33%
• RCP8.5 33%
• Sewer 33%
• Green Roof 33%
• Extreme Precipitation Events 33%
• Climate Change Projections 33%
• Surface Runoff 33%
• Hydrological Impacts 33%
• Stormwater Runoff 33%
• Stormwater Management 33%
• Urban Expansion 33%
• Sustainable Water 33%
• Sewage System 33%
• Compensation Measures 33%
• Living Lab Approach 33%
• Land Parcel 33%
• Urban Strategies 33%
• Business-as-usual Scenario 33%
• Positive Climate 33%
• Water Gain 33%
• Residential Neighborhood 33%
• Infiltration-runoff 33%
• Water Sensitive Design 33%
• Surface Storage 33%
• Porous Pavement 33%
• Stormwater Control Measures 33%
• Rain Garden 33%
• PCSWMM 33%
• Sustainable Urban Planning 33%
• Common Strategies 33%
• Heavy Precipitation Events 33%
• Sustainable Drainage Systems (SuDS) 33%
• Densifying 33%

Earth and Planetary Sciences

• Climate Change 100%
• Densification 100%
• Stormwater Management 100%
• Living Space 50%
• Precipitation Intensity 50%
• Water Balance 50%
• Germany 25%
• Urban Planning 25%
• Flood 25%
• Runoff 25%
• Climate Effect 25%
• Drainage System 25%
• Urban Drainage 25%
• Stormwater Runoff 25%
• Return Period 25%
• Green Roof 25%

Engineering

• Climate Change 100%
• Densification 100%
• Stormwater Management 100%
• Case Scenario 50%
• Floors 25%
• Urban Planning 25%
• Stormwater Runoff 25%
• Rainfall Intensity 25%
• Green Roof 25%
• Germany 25%
• Return Period 25%