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Options for sustaining solar-powered mosquito trapping systems on Rusinga Island Western Kenya: a social dilemma analysis

机译:肯尼亚西部Rusinga岛上维持太阳能捕蚊系统的选择:社会困境分析

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摘要

BackgroundIn 2012, a donor-supported proof of principle study was launched to eliminate malaria from Rusinga Island, western Kenya, using solar-powered mosquito trapping systems (SMoTS). SMoTS, which also provided power for room lighting and charging mobile telephones, were installed in houses. In view of the involvement of individual and collective benefits, as well as individual and collective maintenance solutions, this study qualitatively examined preferences of some project stakeholders towards SMoTS sustainability components to see if and how they related to social dilemma factors.
机译:背景信息2012年,发起了由捐助者支持的原理证明研究,目的是利用太阳能灭蚊系统(SMoTS)消除肯尼亚西部Rusinga岛的疟疾。 SMoTS还安装在房屋中,该SMoTS还为室内照明和移动电话充电提供电源。考虑到个人和集体利益以及个人和集体维护解决方案的参与,本研究定性地研究了一些项目利益相关者对SMoTS可持续性组成部分的偏好,以了解它们是否以及如何与社会困境因素相关。

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