Greenspace patterns and the mitigation of land surface temperature in Taipei metropolis
Journal
Habitat International
Journal Volume
60
Pages
69-80
Date Issued
2017-02-01
Author(s)
Abstract
The purpose of this paper is to assess the role of greenspace patterns on cooling effects from urban greenspaces. Greenspace has been argued to have significant potential to mitigate urban heat island effect in urban areas, and thus to reduce risks to human health and wellbeing intensified by global warming. Based on remote sensing data and subsequent spatial analysis carried out for Taipei Metropolis, this paper argues that greenspace features lowering temperature within greenspaces are not necessarily to have explicit cooling contribution on surrounding built environments. For mitigating urban heat at the area nearby greenspaces, greenspace size, shape and greenness may have limited effect, whereas increasing greenery at greenspace edges and enhancing greenspace cohesion are more effective means of extending cooling benefits. In turn, findings from Taipei Metropolis suggest urban planners ought to: consider relative locations in the city when designing a cooling intervention; work to preserve large greenspaces; extent greenery at greenspace surroundings and find means to connect existing cool islands.
Subjects
Climate change adaptation | Greenspace planning | Land surface temperature | Urban Heat Island
SDGs
Type
journal article