| 文章作者： |
Wong Nyuk Hien,Steve Kardinal Jusuf
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| 作者单位： |
Department of Building,National University of Singapore
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| 中文摘要： |
In the previous study,it was found that urban heat island intensity in National University of Singapore(NUS)campus as high as 4?C at around 13:00.It is also concluded that the presence of dense greenery in NUS environment is very important in keeping low ambient temperature.
National University of Singapore has announced its new master plan in 2005,entitled NUS Master Plan 2005. Many new buildings will be built
and in some areas existing greenery will be removed.Geographical Information System(GIS)was use to evaluate the greenery condition.It was
found that the greenery rate of NUS Master Plan 2005 will drop by about 3%from 55.10%of NUS current condition to 52.31%.In order to have a sustainable environment,the greenery condition should be at least maintained at the same rate or even make it better.
For this purpose,potential of increasing greenery area by rooftop greenery application was also done.The target is to maintain the green rate of
different zones at the same rate with cu |
| 关 键 字： |
NUS campus;GIS;Master plan evaluation;Potential of rooftop greenery;ENVI-met simulation;Temperature
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