This policy paper provides a summary of the policy context and recommendations to recognize the increased risks facing an unregulated and unmonitored self-supply rural water service model in Bangladesh.
Bangladesh
REACH Global Strategy 2020-2024
REACH’s global research and impact strategy recognises our progress to date, and provides a roadmap for improving water security for 10 million people by 2024.
Risky responsibilities for rural drinking water institutions: The case of unregulated self-supply in Bangladesh
By considering how infrastructure, information, and institutional systems evolved in Bangladesh, this article identifies the unintentional consequences of reallocating management responsibility for rural water services away from government agencies towards individuals and households.
The effects of changing land use and flood hazard on poverty in coastal Bangladesh
This study presents a spatiotemporal appraisal of poverty in relation to land use/land cover change and pluvial flood risk in the south western embanked area of Bangladesh.
The potential of Tidal River Management for flood alleviation in South Western Bangladesh
This study assesses the potential of Tidal River Management for flood alleviation in South Western Bangladesh, classifying the south western delta of Bangladesh according to different flood susceptible zones.
Book chapter: Rural Water Policy in Africa and Asia
In this book chapter, the authors argue for an increase in investments in designing and testing emerging institutional models for rural water services to evaluate the trade‐offs in performance across institutional, financial and operational dimensions.
Water Pollution Management in Dhaka: Stakeholder perceptions to inform action
This policy brief reports on key findings and recommendations from research led by WSUP, looking at the attitudes and perceptions of households, industry, government and non-governmental organizations to freshwater pollution in Dhaka.
Machine learning to evaluate impacts of flood protection in Bangladesh, 1983–2014
The research in this article published in MDPI Water uses machine-learning approaches to study the long-term impacts of flood protection in Bangladesh. Specifically, it tests whether the embankment has affected the welfare of people over time, benefiting those living inside more than those living outside.
River toxicity assessment using molecular biosensors: Heavy metal contamination in the Turag-Balu-Buriganga river systems, Dhaka, Bangladesh
This study used technology based on luminescent molecular biosensors to assess the toxicity in the rivers around Dhaka in Bangladesh, namely the Turag, Tongi, Balu and Buriganga.
Examining the economics of affordability through water diaries in Coastal Bangladesh
Monitoring affordability of drinking water services is constrained by data gaps from traditional approaches that rely on cross-sectional data from infrequent, nationally representative surveys. This research present findings from an 18-week water diary study that documented daily water choices and expenditures of a stratified sample of 120 households in coastal Bangladesh.
