Calculate LST Land Surface Temperature on all Landsats 4,5,7,8,9 Using google earth engine скачать в хорошем качестве

Calculate LST Land Surface Temperature on all Landsats 4,5,7,8,9 Using google earth engine

🌐 LST Calculations On All Landsats (1990-2023) 🌐 Welcome to another exciting episode of "Learn Geography GIS RS with AI" 📡 Landsat Satellites Used: Landsat 4 (1990-1993): Applied cloud masking techniques to ensure accurate LST calculations. Utilized a stunning color palette for visualizing LST variations. Landsat 5 (2005-2010): Employed cloud cover filtering to enhance the reliability of the analysis. Showcased the handsome Pakistani color palette for better visualization. Landsat 7 (2011-2014): Incorporated advanced cloud masking strategies for precise LST results. Demonstrated how LST maps can contribute to environmental monitoring. Landsat 8 (2015-2020): Implemented cloud masking techniques to ensure accurate temperature readings. Showcased the impact of advancements in satellite technology on LST analysis. Landsat 9 (2021-2023): Analyzed LST using the latest Landsat satellite, emphasizing the importance of up-to-date data. Illustrated the application of cloud masking techniques for accurate LST assessments. And Performed live demo of calculation on Bolivia by Calculating Land Surface Temperature For GIS students , Learners. Presented mean LST values for each year, highlighting temperature trends. Discussed the significance of LST analysis in various fields, including agriculture, urban planning, and environmental monitoring. 📈 Live Example and Export: Demonstrated a live example of LST calculation for a selected region (Kashmir,Lahore,Bolivia,Pakistan etc) using Google Earth Engine. Showcased the export process of LST maps to Google Drive for further analysis and use in GIS applications. 🎥 Watch the full video to explore the dynamic world of LST analysis and its applications in geographic studies. Don't forget to like, share, and subscribe for more exciting content on Learn Geography, GIS, RS, and AI! 🌍🛰️