An urban ecohydrological model to quantify the effect of vegetation on urban climate and hydrology (UT&C v1.0)

Keyphrases

• Tethys 100%
• Urban Hydrology 100%
• Urban Climate 100%
• Ecohydrological Model 100%
• Chloris Chloris 100%
• Singapore 40%
• Grass 40%
• Leaf Area Index 40%
• Plant Type 40%
• Vcmax 40%
• 2-m Air Temperature 40%
• Hydrology 20%
• Sensitivity Analysis 20%
• Energy Flux 20%
• Urban Environment 20%
• Humidity 20%
• Water Balance Model 20%
• Flux Measurement 20%
• Surface Temperature 20%
• Well-being 20%
• Built Environment 20%
• Mitigation Strategies 20%
• Phoenix 20%
• Snow 20%
• Temperature-based Method 20%
• Runoff Generation 20%
• Energy Balance Model 20%
• Adverse Effects 20%
• Urbanization 20%
• Urban Planning 20%
• Ecophysiology 20%
• Three-City 20%
• Urban Heat Island Effect 20%
• Transpiration 20%
• Photosynthetic Capacity 20%
• Biophysical Characteristics 20%
• Melbourne 20%
• Surface Runoff 20%
• Plant Photosynthesis 20%
• Pervious 20%
• Ground Vegetation 20%
• Urban Canyon 20%
• Hydrological Fluxes 20%
• Urban Green Space 20%
• Green Infrastructure 20%
• Blue Infrastructure 20%
• Urban Trees 20%
• Urban Canopy Scheme 20%
• Urban Climate Model 20%
• Outdoor Thermal Comfort 20%
• Relative Humidity 20%
• Ecosystem Modeling 20%
• Eddy Covariance Tower 20%
• Roof Vegetation 20%

Earth and Planetary Sciences

• Hydrology 100%
• Tethys 100%
• Urban Climate 100%
• Leaf Area 40%
• Air Temperature 40%
• Singapore 40%
• Climate Modeling 20%
• Water Balance 20%
• Built Environment 20%
• Relative Humidity 20%
• Energy Balance 20%
• Energy Flux 20%
• Flux Measurement 20%
• Eddy Covariance 20%
• Ecosystem Modeling 20%
• Urban Heat Island Effect 20%
• Urban Canopy 20%
• Urban Planning 20%
• Green Space 20%
• Urban Green 20%
• Thermal Comfort 20%
• Photosynthesis 20%
• Urban Development 20%
• Transpiration 20%