Remote_Sensing_GIS_Engineering_Geology.pptx

A presentation about remote sensing in engineering geology

1. Remote Sensing and GIS in Engineering Geology

2. Introduction - Remote Sensing: Collecting Earth’s data from satellites, drones, etc. - GIS (Geographic Information System): Storing, analyzing, and visualizing spatial data.

3. Importance in Engineering Geology - Site selection - Hazard mapping - Resource exploration

4. Remote Sensing Techniques - Satellite Imagery (Landsat, Sentinel) - Aerial Photography (Drones, LIDAR) - Geophysical Sensors (Radar, Thermal Imaging)

5. GIS Applications - Mapping Geological Features (Faults, landslides) - Groundwater Analysis - Infrastructure Planning

6. Case Studies - Landslide Prediction (GIS hazard mapping) - Earthquake Damage Assessment (Satellite-based analysis)

7. Conclusion - Improves decision-making - Reduces risks in construction - Essential for modern engineering geology