Recorded here are plant compositions and spatial distributions of flora growth of 64 species over this period. The minimally managed green roofs in this study possess increased plant species richness, highlighting a way to enhance urban diversity in a tropical city.
Keywords: Green roof Cool roof Tropical climate Energy eciency Mitigation potential. ABSTRACT. Urban heat island (UHI) can signicantly aect buildings thermal-energy performance.
Green roofs defi nitely are well suited to address some of the issues cities in tropical climates are facing on their long path to sustainable development. The humid tropical climate imposes certain challenges to the implementation of green roofs, e.g. heavy Monsoon rainfalls.
This particular example perfectly highlights why Green Roofs In Tropical Cities is so captivating.
Therefore, green roof research and implementation are largely concentrated in the temperate regions [35]. Owing to the limited research on green roofs in the tropics, the components of a green roof suitable to these geographical locations have not been identified yet [24].
The interest towards green roof implementation has highly boosted in tropical cities as a means of mitigating high daytime temperatures and thermal discomforts experienced by urban dwellers.
As the first green-roof research in the city, the study could provide practical experience on extensive green-roof establishment and maintenance using different vegetation types. The findings could also provide a scientific basis to support the green-roof movement in tropical cities in this...
