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Integrating GIS and In Situ Analysis for Assessing Pollution Effects on Hilsa Habitats in Bangladesh

MuhammadSajidAnamHoque — Wed, 08 Apr 2026 07:59:12 GMT

I am currently working on a research project titled “Integrating GIS and In Situ Analysis for Assessing Pollution Effects on Hilsa Habitats in Bangladesh.” The study focuses on evaluating how different pollution sources affect the habitats and biodiversity of Hilsa Shad, a species that plays a vital role in the economy, culture, and food security of Bangladesh.

This research integrates Geographic Information Systems (GIS) with field-based environmental monitoring to map pollution hotspots and analyze their impacts on Hilsa habitats across major river systems such as the Padma River, Jamuna River, and Meghna River. By combining spatial analysis with in situ measurements of water quality and habitat conditions, the project aims to identify vulnerable areas, assess biodiversity health, and support sustainable fisheries management.

Ultimately, the findings will contribute to improved conservation strategies and policy recommendations to protect Hilsa populations and ensure the long-term sustainability of Bangladesh’s riverine ecosystems.

Re: Integrating GIS and In Situ Analysis for Assessing Pollution Effects on Hilsa Habitats in Bangladesh

MarcusSeepersad — Wed, 08 Apr 2026 14:38:23 GMT

It’s truly inspiring to see GIS being used so thoughtfully to address critical environmental and economic issues. This research highlights the power of combining GIS with field-based analysis to drive conservation, inform policy, and support sustainability. Truly impactful work—thank you for leading by example.

Re: Integrating GIS and In Situ Analysis for Assessing Pollution Effects on Hilsa Habitats in Bangladesh

Gimhani_Meegastenna — Thu, 09 Apr 2026 04:27:22 GMT

It's a meaningful research project!