Growth of the surface temperature urban heat island (UHI) of Houston, TX is determined by comparing two sets of heat island measurements taken 12 years apart. Individual heat island characteristics are calculated from radiative temperature maps obtained using the split-window infrared channels of the Advanced Very High Resolution Radiometer (AVHRR) on board National Oceanic and Atmospheric Administration polar-orbiting satellites. Eighty-two nighttime scenes taken between 1985 and 1987 are compared to 125 nighttime scenes taken between 1999 and 2001. Analysis of the UHI characteristics from these two intervals reveals a mean growth in magnitude of 0.8 K, or 35%. The growth of the mean area of the UHI is found to range between 170 and 650 km...
This paper attempts to illustrate the complexity of thermal infrared (TIR) data analysis for urban h...
Thermal infrared high resolution satellite images from Landsat sensors were used to spatially quanti...
In this work, the trend of the Urban Heat Island (UHI) of Rome is analyzed by both ground-based weat...
Growth of the surface temperature urban heat island of Houston, Texas is de-termined by comparing tw...
The magnitude, spatial extent, growth, and seasonal and diurnal behaviors of the urban heat island o...
Radiative surface temperature maps of Houston, Texas were derived from satellite sensor data acquire...
AbstractHuman settlements (especially, the large urban areas) significantly modify the environment. ...
Monthly and seasonal relationships between urban–rural differences in minimum, maximum, and average ...
For decades thermal infrared satellite imagery has been used for climate studies of a variety of geo...
Data acquired during the early to mid-1990s by several satellite-sensor systems were combined in an ...
Along with urbanization, sealing of vegetated land and evaporation surfaces by impermeable materials...
The Urban Heat Island (UHI) effect is a function of excess heating of man-made impermeable surfaces ...
The most obvious characteristics of urban climate are higher air and surface temperatures compared t...
The aim of this study is to characterize the urban heat island (UHI) intensity in Hong Kong. The fir...
Numerous investigations on Urban Heat Island (UHI) show that land cover change is the main factor of...
This paper attempts to illustrate the complexity of thermal infrared (TIR) data analysis for urban h...
Thermal infrared high resolution satellite images from Landsat sensors were used to spatially quanti...
In this work, the trend of the Urban Heat Island (UHI) of Rome is analyzed by both ground-based weat...
Growth of the surface temperature urban heat island of Houston, Texas is de-termined by comparing tw...
The magnitude, spatial extent, growth, and seasonal and diurnal behaviors of the urban heat island o...
Radiative surface temperature maps of Houston, Texas were derived from satellite sensor data acquire...
AbstractHuman settlements (especially, the large urban areas) significantly modify the environment. ...
Monthly and seasonal relationships between urban–rural differences in minimum, maximum, and average ...
For decades thermal infrared satellite imagery has been used for climate studies of a variety of geo...
Data acquired during the early to mid-1990s by several satellite-sensor systems were combined in an ...
Along with urbanization, sealing of vegetated land and evaporation surfaces by impermeable materials...
The Urban Heat Island (UHI) effect is a function of excess heating of man-made impermeable surfaces ...
The most obvious characteristics of urban climate are higher air and surface temperatures compared t...
The aim of this study is to characterize the urban heat island (UHI) intensity in Hong Kong. The fir...
Numerous investigations on Urban Heat Island (UHI) show that land cover change is the main factor of...
This paper attempts to illustrate the complexity of thermal infrared (TIR) data analysis for urban h...
Thermal infrared high resolution satellite images from Landsat sensors were used to spatially quanti...
In this work, the trend of the Urban Heat Island (UHI) of Rome is analyzed by both ground-based weat...