A mitigation strategy for the natural disaster of poverty in Bangladesh

Purpose – Aims to bring attention to the problems faced by rural Bangladeshis. Several objectives for the paper were identified. First, to illustrate that Bangladeshis suffer from acute levels of poverty, a lack of clean drinking water and regular flooding and cyclonic conditions. Second, to establish the failure of western “handout” aid provision to address these problems. Third, to evidence the possibilities for the production of more durable building materials utilising regionally available waste materials and proven solar technologies. Finally, to present strategies in which solar technologies could contribute to the reduction of poverty and improvements in health standards. Design/methodology/approach – The ongoing development and testing of the innovative solar technology concepts reported in the paper were informed by a literature review covering solar cookers and solar kilns. The methodology and detail of the testing of that solar technology is currently considered commercially sensitive. With regard to the poverty alleviation strategies proposed within the paper, their development was underpinned by a methodology combining a thorough review of the relevant literature with input from practitioners in Bangladesh. Findings – Utilising aid moneys for the establishment of solar technology-based small-scale production of vernacular building materials could address poverty by affording access to wealth-generating activities in the sale of goods and clean drinking water from rainwater harvesting. Additionally, such activities would enable Bangladeshi society to be better able to withstand and then recover from natural disasters, by possessing more resistant shelters, and being more economically resilient. Research limitations/implications – The experimental component of the research is ongoing and considered commercially sensitive. No limitations have thus far been identified within this component. The implications of the research regarding solar technologies are potentially considerable in that the innovative approach under examination, if underpinned by positive results, represents a new area of activity and has both social and technical implications. Practical implications – Current aid is not significantly alleviating the problems experienced by Bangladeshis resulting from poverty, arsenic contamination of deep water aquifers and regular flooding. The technology and strategies proposed address the fact that the current vernacular shelters provide little resistance to flooding, and are unsuitable for rainwater harvesting, whilst also allowing participation in wealth-generating activities. Such a combination has the potential to reverse the trend for Bangladesh to increasingly rely on “hand-out” aid. Originality/value – The value of the paper is largely in the area of bringing new possibilities to the attention of the research and practitioner communities dealing with both solar technologies and developing world poverty alleviation.

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