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Applying GIS-Based Household Vulnerability Index (HVI) for Coastal Disaster Risk Reduction in Bangladesh

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04-03-2026 05:17 AM
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MdSohel
Occasional Contributor

Hello GIS Community,

I am currently working on a research-focused project that explores the development of a GIS-based Household Vulnerability Index (HVI) for coastal regions of Bangladesh. In hazard-prone areas, especially those affected by cyclones and storm surges, vulnerability is not uniform—household-level differences play a critical role in disaster impact and response.

My approach integrates multiple spatial and socio-economic indicators, including:

  • Elevation and proximity to coastline
  • Housing structure type
  • Access to cyclone shelters
  • Demographic factors (elderly, children, persons with disabilities)

Using GIS and spatial analysis tools, I aim to develop a predictive model that can support:

  • Targeted early warning dissemination
  • Priority-based evacuation planning
  • Data-driven disaster risk reduction strategies

One of the key challenges I am facing is data availability and validation at the household level, especially in data-scarce environments.

I would greatly appreciate insights from the community on:

  • Best practices for validating composite vulnerability indices
  • Integrating remote sensing data with socio-economic datasets
  • Any similar case studies or workflows you have worked on

Looking forward to your valuable suggestions and discussion!

Thank you.

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Gimhani_Meegastenna
Emerging Contributor

This is a really well-structured research initiative — the household-level approach to vulnerability mapping is so much more actionable for disaster response than region-wide generalizations, and the indicators you've chosen capture both physical and social dimensions of risk beautifully.

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