Organised By:CEOS WGCapD

Duration: 07th July 2025 to 18th July 2025

Description:This joint course on ‘primer on interferometric SAR (InSAR) remote sensing’ is designed for the international participants. The major emphasis of the course will on the InSAR based assessment of ground deformations. The ground surface deformation (GSD) is affected by geometrical changes on the earth’s surface due to various geological, topographical, geomorphological, hydrological, and anthropogenic activities. These geometrical changes resulted into landslide, land subsidence, glacier melting, volcanic eruption, earthquake, plate tectonics etc.). Every year a huge amount of loss of property and lives takes place across the world. Therefore, it is of utmost importance to monitor such GSDs in a robust way. Modern space based SAR systems acquire the remote sensing images globally in all weather and illumination conditions. InSAR and its recent developments give the opportunity to detect and monitor GSD in long time-series with great accuracy (up to few mm) over large areas.

Date and time : In IST

Language : English

Target participants of the course : PG Students

Day	Date	16:00 - 17:00	17:00 - 18:00
Monday
	07-07-2025	L1: Microwave radiation and its properties: HS	L2: Microwave Remote Sensing Systems: HS
	14-07-2025	L9: Multi-Temporal InSAR techniques: HS	L10: Multi-Temporal InSAR techniques: HS
Tuesday
	08-07-2025	L3: Radar in Remote Sensing: HS	L4: Properties of radar images: SK
	15-07-2025	D1: InSAR processing software tools: HS	D2: SAR Data processing using tools: AJ
Wednesday
	09-07-2025	L5: Interpretation of SAR and InSAR images: SK	L6: Airborne and space borne SAR systems: AJ
	16-07-2025	L13: Application of InSAR for Crustal Deformation and Slope Stability: HS	L14: Application of InSAR for Earthquake induced Deformation: EF
Thursday
	10-07-2025	L7: Principles of SAR interferometry: RFH	L8: Interferometric SAR processing: RFH
	17-07-2025	L15: Application of InSAR for Volcanic Eruption and Associated Deformation: SK	L16: Application of InSAR for Glacier Deformation (Cryospheric Dynamics): PKT
Friday
	11-07-2025	L11: Vector formulation in InSAR for land surface motion: HS	L12: Application of InSAR for Landslide induced Deformation: AM
	18-07-2025	L17: Application of InSAR for Groundwater Induced Land Subsidence: JT	L18: Application of InSAR for Mining induced Land Subsidence: RSC