Define Remote Sensing. hat are its major types?
2. Explain the components of Remote Sensing.
3. Describe the Electromagnetic Spectrum and its significance in Remote Sensing.
4. What is a Black Body? How is it related to Remote Sensing?
5. Discuss the concept of Atmospheric Windows in Remote Sensing.
6. Explain how energy interacts with Earth’s surface features in Remote Sensing.
7. What is a Spectral Reflectance Curve? Explain its importance in Remote Sensing.
8. What are the different types of platforms used in Remote Sensing?
9. Explain the various types of sensors used in Remote Sensing and their applications.
10. Describe the concept of Sensor Resolution in Remote Sensing.
11. Compare and contrast the IRS and IKONOS satellites with respect to their capabilities.
12. What are the key features of Landsat satellites? How are they used in Remote Sensing?
13. Discuss the Principle of Visual Interpretation in Remote Sensing.
14. List and explain the key elements involved in Visual Interpretation of Remote Sensing images.
15. Differentiate between passive and active remote sensing. Provide examples of each.
Seminar on Applications of RS, GIS and GPS ( Choose any one topic)
Prioritization of River Basins using Morphometric Analysis and GIS
Mapping Water Perspective Zones for Sustainable Water Resource Management
Geostatistical Analysis of Water Quality using GIS Tools
Highway Alignment and Route Optimization using Remote Sensing and GIS
Accident Mapping and Analysis using GPS-enabled Data Collection
Urban Sprawl and Change Detection Studies using Multi-temporal Satellite Images
Urban Planning and Smart City Development using Geospatial Technologies
Forests and Urban Area Analysis using GIS and Remote Sensing
Agricultural Monitoring and Crop Yield Assessment using Remote Sensing
Disaster Management using GIS and Remote Sensing: Case Studies and Tools