基于卫星和地面观测的城市化对地表温度的影响

Abdelaziz Alhammadi, R. Al-Ruzouq, W. Zeiada, A. Shanableh
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摘要

快速发展的城市所经历的城市化进程所带来的影响是城市规划者在规划阶段开始时没有考虑到的。由于城市化,沙迦市的气温多年来一直在上升。尽管该地区的气候一直是沙漠气候,中午温度高,晚上温度低,但夏季最高温度在中午达到约55°C,晚上达到50°C。随着人口的增长,沙迦市已经扩展到沙漠地区。本文分析了城市化对城市温度升高的影响,并对影响因素进行了分析。利用Landsat图像档案和图像处理技术,研究了沙迦市地表温度(LST)与城市化进程的关系,并进行了现场测量。结果表明,城市地表温度随城市化和植被的增加而降低,其中植被对城市地表温度的显著降低作用为5 ~ 10°C。
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Impact of Urbanisation on Surface Temperature using Satellite and Ground Observations
The urbanisation process experienced by rapidly growing cities induces effects that city planners did not consider at the beginning of the planning phase. The temperature in Sharjah City has increased over the years due to urbanisation. Maximum summer temperatures have reached approximately 55 °C at noon and 50 °C at night, although the climate in the area was always a desert climate, with high temperatures at noon and cool temperatures at night. Sharjah City has expanded over the desert areas as the population grew. This research paper analyses the effect of urbanisation in the city to delineate the contributing factors to the increasing temperature. Using Landsat image archives and image processing techniques, the land surface temperature (LST) is investigated and correlated with the urbanisation process in Sharjah City along with in-situ measurements. The results showed a decrease in LST along with urbanisation and vegetation, with the substantial reduction effect of vegetation on the LST in the city by 5–10 °C.
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