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Multi-Hazard Disaster Risk Reduction Solutions for The State of Odisha

Dept/Center/Lab: Amrita Center for Wireless Networks and Applications (AWNA)

Project Incharge:Dr. Maneesha Vinodini Ramesh
Multi-Hazard Disaster Risk Reduction Solutions for The State of Odisha

The project’s primary focus is on enhancing disaster resilience and mitigating natural hazards, particularly in the Gajapati district and Sambalpur district of Odisha. It encompasses several key objectives, including identifying vulnerable locations using risk assessment frameworks, creating a four-level rapid warning system for landslide detection, establishing multi-hazard monitoring systems, and implementing an IoT-based early warning system using real-time and historical data. Additionally, the project aims to engage various stakeholders from the state and nation in activities to enhance community resilience, optimize disaster shelter houses, assess the impact of climate change on hazards, employ advanced geospatial modeling techniques, and utilize Amrita’s Landslide Early Warning System for operational purposes by the OSDMA. Amrita Vishwa Vidyapeetham’s role as a knowledge partner ensures the comprehensive implementation and evaluation of interventions aimed at effectively building disaster resilience in the targeted areas.

Name of the Indian Collaborators : OSDMA

Name of the International Collaborators : World Bank

Name of the Industry Collaborators : ESRI

Product Details

  • Amrita Dynamic Regional Multi-Hazard Risk Management Platform
  • AI-based IoT system for Landslide early warnings- Site Specific
  • Landslide Laboratory-based Model Generation

Proposed Future Work Details

  1. To study the impact of heavy rainfall on landslide risk during cyclones in Odisha.
  2. To investigate cyclone-induced soil saturation and triggers for landslides using field and satellite data.
  3. To analyze the correlation between wind-induced stress on slopes in Odisha and landslides.
  4. To assess how different types of vegetation can mitigate cyclone-induced landslides.
  5. To explore the effects of storm surges on coastal landslides in Odisha.
  6. To examine erosion patterns and slope stability in cyclone-prone coastal zones using remote sensing

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