Multi-method Mapping of Intra-urban Microclimate Variability in a Desert City

Keyphrases

• Air Temperature Model 50%
• Beer 50%
• Building Footprint 50%
• Built Form 50%
• Canyon 50%
• Canyon Aspect Ratio 50%
• Climate Change 50%
• Climate Resilience 50%
• Computationally Efficient Approach 50%
• Desert City 100%
• Divergent Perspective 50%
• Dryland Areas 50%
• Environment Interaction 50%
• Environmental Degradation 50%
• Global Land 50%
• High Heterogeneity 50%
• Intra-urban Microclimate 100%
• Israel 50%
• Land Cover 50%
• Local Authorities 50%
• Microclimate Change 50%
• Modelling Scheme 50%
• Multi-method 100%
• Near-surface Air Temperature 50%
• Negev Desert 50%
• Rural-urban 50%
• Satellite Observations 50%
• Screening Level 50%
• Semi-arid Region 50%
• Street Orientation 50%
• Temperate Climate Zone 50%
• Temporal Patterns 50%
• Urban City 50%
• Urban Climate Change Adaptation 50%
• Urban Microclimate 100%
• Urban Planners 50%
• Urban Planning 50%
• World Population 50%

Earth and Planetary Sciences

• Air Temperature 66%
• Climate Change 33%
• Decision Making 33%
• Environmental Degradation 33%
• Israel 33%
• Land Cover 33%
• Mapping Method 100%
• Microclimate 33%
• Microclimate Effect 33%
• Near-Surface Geology 33%
• Satellite Observation 33%
• Semiarid Region 33%
• Temperate Climate 33%
• Urban Climate Change 33%
• Urban Microclimate 100%