Ten-ST-GEE is a user-friendly, much-needed, open-access 10-m LST retrieval system. It applies straightforward approaches while combining two satellite sensors, namely the Landsat-8 and Sentinel-2. While being hosted within the GEE, users has the ability to implement the proposed system in any region worldwide in a matter of few seconds, storing information locally or on the cloud and finally, incorporating such information in other environmental models including wildfires, drought, evapotranspiration, urban heat, among many others. Ten-ST-GEE has shown an RMSE of 1.1°C compared to 2.6°C using the original DisTrad method in three different climatic regions and four different locations. Thus, it can be implemented in other areas, particularly where different performance tests are already embedded within the system. The much-improved spatial resolution Ten-ST-GEE system is freely available from the authors for research and educational purposes at https://bit.ly/3n6koz9. Users are welcome to send their feedback and suggestions to the corresponding author.
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Ten-ST-GEE has the ability to automatically transform 100-m to 10-m LST at Landsat-8 overpass time. Statistical and regression analysis as well as bandpass adjustments were used in this system. Ten-ST-GEE was applied over two agricultural lands and two urban regions in the United States and in Lebanon. The proposed approach seemed most valuable …
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mariomhawej/L8-Ten-ST-GEE
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Ten-ST-GEE has the ability to automatically transform 100-m to 10-m LST at Landsat-8 overpass time. Statistical and regression analysis as well as bandpass adjustments were used in this system. Ten-ST-GEE was applied over two agricultural lands and two urban regions in the United States and in Lebanon. The proposed approach seemed most valuable …
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