See more from this Division: Topical Sessions
See more from this Session: Groundwater Arsenic: A Global Environmental Health Problem and Sustainable Mitigation II
Abstract:
The Dutch-Bangladeshi Arsenic Mitigation and Research Foundation (AMRF) started a participatory programme that is being implemented by local partner NGOs in two arsenic-affected districts. Initial activities have focussed on the installation of Deep Tube Wells and on the formation of Community-Based Organisations responsible for the operation and maintenance of the water supplies. Whether this approach provides a sustainable solution depends on a range of technical and social variables.
The technical part of the framework we propose deals with possible mechanisms of arsenic contamination of the deep aquifer. The first mechanism is in situ release and the second is through transferred contamination from elsewhere. Microbial processes play an essential part in the contamination. The social part of this proposal deals with a social' risk assessment of existing and future imbalances in social and institutional arrangements. Local power relations might put at risk participation of the poor, economic restrictions might pose a problem for maintenance of the infrastructure, gender aspects might restrict the mobility of women, etc.
The complexity and uncertainties involved call for an interdisciplinary and adaptive approach. Scientific research should be undertaken in line with local priorities. For this, AMRF will provide practical support to enable technical and social researchers to be in direct dialogue with local participants and to observe/assess the development of the arrangements. In accordance with local priorities, research will bring relevant technical or social insights back into the projects, at the same time stimulating AMRF as a learning organisation that will take the results further into practice.
See more from this Division: Topical Sessions
See more from this Session: Groundwater Arsenic: A Global Environmental Health Problem and Sustainable Mitigation II