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• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

The present book discusses three significant challenges of the built environment, namely regional and global climate change, vulnerability, and survivability under the changing climate. Synergies between local climate change, energy consumption of buildings and energy poverty, and health risks highlight the necessity to develop mitigation strategies to counterbalance overheating impacts. The studies presented here assess the underlying issues related to urban overheating. Further, the impacts of temperature extremes on the low-income population and increased morbidity and mortality have been discussed. The increasing intensity, duration, and frequency of heatwaves due to human-caused climate change is shown to affect underserved populations. Thus, housing policies on resident exposure to intra-urban heat have been assessed. Finally, opportunities to mitigate urban overheating have been proposed and discussed.

Research & information: general --- Mediterranean --- semi-arid --- drought --- standardized precipitation evapotranspiration index (SPEI) --- climate warming --- soil moisture --- urban heat islands --- environmental justice --- climate change --- redlining --- heatwave --- diurnal temperature range --- time-series --- relative risk --- health --- transpiration cooling --- coastal cities --- sap flow --- subtropical desert climate --- urban overheating --- cluster analysis --- air temperature --- wind speed and wind directions --- synoptic conditions --- urban heat island --- mitigation --- resilience --- survivability --- low-income population

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

The present book discusses three significant challenges of the built environment, namely regional and global climate change, vulnerability, and survivability under the changing climate. Synergies between local climate change, energy consumption of buildings and energy poverty, and health risks highlight the necessity to develop mitigation strategies to counterbalance overheating impacts. The studies presented here assess the underlying issues related to urban overheating. Further, the impacts of temperature extremes on the low-income population and increased morbidity and mortality have been discussed. The increasing intensity, duration, and frequency of heatwaves due to human-caused climate change is shown to affect underserved populations. Thus, housing policies on resident exposure to intra-urban heat have been assessed. Finally, opportunities to mitigate urban overheating have been proposed and discussed.

Mediterranean --- semi-arid --- drought --- standardized precipitation evapotranspiration index (SPEI) --- climate warming --- soil moisture --- urban heat islands --- environmental justice --- climate change --- redlining --- heatwave --- diurnal temperature range --- time-series --- relative risk --- health --- transpiration cooling --- coastal cities --- sap flow --- subtropical desert climate --- urban overheating --- cluster analysis --- air temperature --- wind speed and wind directions --- synoptic conditions --- urban heat island --- mitigation --- resilience --- survivability --- low-income population