基于多时相遥感地表温度的城市能量平衡模型空间验证

P. J. Alexander, R. Fealy, G. Mills
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引用次数: 3

摘要

尽管越来越多的城市能源平衡(UEB)模型应用于城市气候文献中,但独立验证工作的数量仍然非常有限。这反过来又提出了关于模型应用价值的问题,而没有适当考虑模型在空间和时间上的性能。PILPS-URBAN项目在一定程度上有助于理解33个UEB模型的一般性能,并强调需要在模型参数化中仔细处理城市和非城市陆地表面,以及推导输入参数。然而,对特定模型进行独立外部验证的必要性现在是显而易见的。在这里,我们对都柏林(爱尔兰)的SUEWS模式进行了外部评估。我们提出了一种利用MODIS卫星平台获得的遥感地表温度在整个都柏林地区对模型进行空间验证的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Spatial validation of an urban energy balance model using multi-temporal remotely sensed surface temperature
Despite a growing number of urban energy balance (UEB) model applications being undertaken within urban climate literature, the number of independent validation exercises remains very limited. This in turn has raised questions as to the value of model applications without due consideration to the models performance in space and time. The PILPS-URBAN project went some ways towards understanding the general performance of 33 UEB models and highlighted the need for careful treatment of urban and non-urban land surfaces within model parameterization and also the derivation of input parameters. Nevertheless, the need for independent external validation of specific models is now evident. Here we undertake an external evaluation of the SUEWS model in Dublin (Ireland). We present a method for spatially validating the model across the entire Dublin area by employing remotely sensed surface temperatures obtained through the MODIS satellite platform.
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