Abstract
PP-29-190 Background/Aims: This study aimed at framing alternative urban planning scenarios reflecting urban planning factors, performing urban climate simulation, and evaluating low energy characteristics from the viewpoint of urban temperature and energy savings. Methods: Monitoring thermometer of artificial ground greening to confirm its mitigation effect of plant evapotranspiration was carried out. Results: According to result of monitoring that, in case of green roof, surface of Grass was lower 2.37°C than surface of concrete and surface of Sedum was lower 3.57°C than surface of concrete in September. In case of green wall, surface of grass was lower 4.78°C than surface of concrete wall, surface of ivy was lower 2.55°C than surface of concrete wall in September. Therefore, it was found that green roof and green wall could have effect on mitigation of microclimate. Conclusion: The best results were recorded from the grass and Sedum surface presenting highest mitigation effect and lowest daily temperature deviation. From this monitoring, it was confirmed that artificial ground green can do its role of temperature mitigation as green does. Environmental Exposure and Health
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