TY - BOOK
T1 - Suburban Microclimate and How to Improve It
AU - Pfautsch, Sebastian
AU - Rouillard, Susanna
AU - Wujeska-Klause, Agnieszka
PY - 2024
Y1 - 2024
N2 - This report informs heat-responsive urban design in a subtropical climate, specifically the western Sydney region. Empirical measurements of air and surface temperatures in a masterplan-developed community are used asses how a wide range of materials and shade influences suburban microclimate. While all the principles outlined in this report apply to newly built suburbs, some also apply when aiming to improve the thermal performance of existing buildings or urban landscapes. The analyses make it clear that providing shade is the most effective way to cool urban space and positively improve thermal comfort. Yet, there are limitations to providing shade. For this reason, we also provide information related to the thermal performance materials used for the constructions of roads, driveways, buildings and for landscaping to offer practical guidance about which materials are preferable over others when attempting to build cooler suburbs. Based on these analyses, we make 30 recommendations to inform heat-responsive urban design, making this report a blueprint for positive change. It provides valuable information for developers, architects and homeowners, because effective urban cooling requires strategic actions at all involved scales - from landscape, to lot, house and garden.
AB - This report informs heat-responsive urban design in a subtropical climate, specifically the western Sydney region. Empirical measurements of air and surface temperatures in a masterplan-developed community are used asses how a wide range of materials and shade influences suburban microclimate. While all the principles outlined in this report apply to newly built suburbs, some also apply when aiming to improve the thermal performance of existing buildings or urban landscapes. The analyses make it clear that providing shade is the most effective way to cool urban space and positively improve thermal comfort. Yet, there are limitations to providing shade. For this reason, we also provide information related to the thermal performance materials used for the constructions of roads, driveways, buildings and for landscaping to offer practical guidance about which materials are preferable over others when attempting to build cooler suburbs. Based on these analyses, we make 30 recommendations to inform heat-responsive urban design, making this report a blueprint for positive change. It provides valuable information for developers, architects and homeowners, because effective urban cooling requires strategic actions at all involved scales - from landscape, to lot, house and garden.
UR - https://hdl.handle.net/1959.7/uws:78081
U2 - 10.26183/0yrb-t553
DO - 10.26183/0yrb-t553
M3 - Research report
BT - Suburban Microclimate and How to Improve It
PB - Western Sydney University
CY - Penrith, N.S.W.
ER -