On urban heat island of Beijing based on landsat TM data

On urban heat island of Beijing based on landsat TM data

Land surface temperature (LST) of Beijing area was retrieved from Landsat TM thermal band data utilizing a radiative transfer equation and the urban heat island (HUI) effects of Beijing and its relationship with land cover and normalized difference vegetation index (NDVI) were discussed. The result...

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Veröffentlicht in:Geo-spatial information science 2006-01, Vol.9 (4), p.293-297
Hauptverfasser: Zhangyan, Jiang, Yunhao, Chen, Jing, Li
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land surface temperature
Landsat TM
P237. 3
radiative transfer equation
urban heat island
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Jing, Li
description Land surface temperature (LST) of Beijing area was retrieved from Landsat TM thermal band data utilizing a radiative transfer equation and the urban heat island (HUI) effects of Beijing and its relationship with land cover and normalized difference vegetation index (NDVI) were discussed. The result of LST showed that the urban LST was evidently higher than the suburban one. The average urban LST was found to 4. 5°C and 9°C higher than the suburban and outer suburban temperature, respectively, which demonstrated the prominent UHI effects in Beijing. Prominent negative correlation between LST and NDVI was found in the urban area, which suggested the low percent vegetation cover in the urban area was the main cause of the urban heat island.
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subjects land surface temperature
Landsat TM
P237. 3
radiative transfer equation
urban heat island
title On urban heat island of Beijing based on landsat TM data
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