The Response of Urban Landscape Elements to Solar Radiation
Access Status
Open access
Date
2020Supervisor
Joshua Byrne
Boon Lay Ong
Type
Thesis
Award
PhD
Metadata
Show full item recordFaculty
Humanities
School
School of Design and the Built Environment
Curtin University Sustainability Policy Institute
Collection
Abstract
Solar radiation is the driver of urban heat and the urban landscape has the potential to manage this heat. The relative response of urban surface treatments and landscape elements to solar radiation has been quantified through the development and use of a novel methodology and a modified, low-cost temperature sensor. Resulting data are discussed in terms of the landscape element’s effect on urban heat and how a landscape designer might use this information.
Related items
Showing items related by title, author, creator and subject.
-
Luder, K.; Knop, E.; Menz, Myles (2018)Aim: Anthropogenic landscape change, such as urbanization, can affect community structure and ecological interactions. Furthermore, changes in ambient temperature and resource availability due to urbanization may affect ...
-
Dewan, Ashraf; Yamaguchi, Y.; Rahman, Z. (2012)Rapid urban expansion due to large scale land use/cover change, particularly in developing countries becomes a matter of concern since urbanization drives environmental change at multiple scales. Dhaka, the capital of ...
-
Elliott, Helen; Eon, Christine ; Breadsell, Jessica (2020)Cities are prone to excess heat, manifesting as urban heat islands (UHIs). UHIs impose a heat penalty upon urban inhabitants that jeopardizes human health and amplifies the escalating effects of background temperature ...