An urban heat island (UHI) is a serious phenomenon associated with built environments and
presents threats to human health. It is projected that UHI intensity will rise to record levels in …

Motivated by the international tendency to improve the urban microclimate, minimize
building energy consumption and improve air quality, this paper carries out a literature …

The increasing intensity, duration, and frequency of heat waves due to human-caused
climate change puts historically underserved populations in a heightened state of precarity …

Land use and land cover change research has been applied to landslides, erosion, land
planning and global change. Based on the CA-Markov model, this study predicts the spatial …

Biocomfort is limit values​​ in which people feel comfortable in environmental conditions
such as wind, humidity, temperature, and precipitation. Bioclimatic comfort areas are used in …

Increasing temperatures in urban areas have brought about a series of prevalent
environmental and energy shortage problems. Many studies have focused on the …

Accurately characterizing spatiotemporal changes in surface urban heat islands (SUHIs) is a
prerequisite for sustainable urban development. Although urban administrative boundaries …

Although the degraded urban thermal environment has been widely concerned, whether
monocentric or polycentric urban development can alleviate urban heat island (UHI) is still …

The trade-off between the temporal and spatial resolutions, and/or the influence of cloud
cover, makes it difficult to obtain continuous fine-scale satellite data for surface urban heat …

作为驱动地表与大气之间能量交换的关键物理量, 地表温度在众多领域中都发挥着重要作用,
包括气候变化, 环境监测, 蒸散发估算以及地热异常勘探等. Landsat 热红外数据因其时间连续性 …