A transdisciplinary methodology for introducing solar water disinfection to rural communities in Malawi—formative research findings
A transdisciplinary methodology for introducing solar water disinfection to rural communities in Malawi—formative research findings
Despite the increasing volume of evidence demonstrating the efficacy of solar water disinfection (SODIS) as a household water treatment technology, there still appear to be significant barriers to uptake in developing countries. The potential of SODIS is often treated with skepticism in terms of effective treatment, volume, and safety, and is dismissed in preference for more accepted technologies such as ceramic filters and dose chlorination. As part of WATERSPOUTT (EU H2020 688928), our study used a transdisciplinary methodology to cocreate an innovative SODIS system in rural Malawi. The formative work focused on the design of 1) an appropriate and acceptable system and 2) a context-specific intervention delivery program using a behavior-centered design. Initial research identified specific water needs and challenges, which were discussed along with a cocreation process with potential end users, through a series of shared dialogue workshops (SDWs). Specifications from end users outlined a desire for higher volume systems (20 L) that were “familiar” and could be manufactured locally. Development of the “SODIS bucket” was then undertaken by design experts and local manufacturers, with input from end users and subject to controlled testing to ensure efficacy and safety. Concurrent data were collated using questionnaires (n = 777 households), water point mapping (n = 121), water quality testing (n = 46), and behavior change modeling (n = 100 households). These identified specific contextual issues (hydrogeology, water access, gender roles, social capital, and socioeconomic status), and behavioral determinants (normative, ability, and self-regulation factors) that informed the development and delivery mechanism for the implementation toolkit. Integr Environ Assess Manag 2020;16:871–884. © 2020 The Authors. Integrated Environmental Assessment and Management published by Wiley Periodicals, Inc. on behalf of Society of Environmental Toxicology & Chemistry (SETAC)
871-884
Morse, Tracy
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Luwe, Kondwani
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Lungu, Kingsley
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Chiwaula, Levison
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Mulwafu, Wapulumuka
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Buck, Lyndon
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Harlow, Richard
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Fagan, G. Honor
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McGuigan, Kevin
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16 October 2020
Morse, Tracy
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Luwe, Kondwani
d6c5d0a0-5333-4e2c-927a-763bd2b2c021
Lungu, Kingsley
442f3556-1e16-434c-babf-74126e237224
Chiwaula, Levison
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Mulwafu, Wapulumuka
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Buck, Lyndon
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Harlow, Richard
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Fagan, G. Honor
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McGuigan, Kevin
9338997c-a40c-4886-8e0c-42ad3014a205
Morse, Tracy, Luwe, Kondwani, Lungu, Kingsley, Chiwaula, Levison, Mulwafu, Wapulumuka, Buck, Lyndon, Harlow, Richard, Fagan, G. Honor and McGuigan, Kevin
(2020)
A transdisciplinary methodology for introducing solar water disinfection to rural communities in Malawi—formative research findings.
Integrated Environmental Assessment and Management, 16 (6), .
(doi:10.1002/ieam.4249).
Abstract
Despite the increasing volume of evidence demonstrating the efficacy of solar water disinfection (SODIS) as a household water treatment technology, there still appear to be significant barriers to uptake in developing countries. The potential of SODIS is often treated with skepticism in terms of effective treatment, volume, and safety, and is dismissed in preference for more accepted technologies such as ceramic filters and dose chlorination. As part of WATERSPOUTT (EU H2020 688928), our study used a transdisciplinary methodology to cocreate an innovative SODIS system in rural Malawi. The formative work focused on the design of 1) an appropriate and acceptable system and 2) a context-specific intervention delivery program using a behavior-centered design. Initial research identified specific water needs and challenges, which were discussed along with a cocreation process with potential end users, through a series of shared dialogue workshops (SDWs). Specifications from end users outlined a desire for higher volume systems (20 L) that were “familiar” and could be manufactured locally. Development of the “SODIS bucket” was then undertaken by design experts and local manufacturers, with input from end users and subject to controlled testing to ensure efficacy and safety. Concurrent data were collated using questionnaires (n = 777 households), water point mapping (n = 121), water quality testing (n = 46), and behavior change modeling (n = 100 households). These identified specific contextual issues (hydrogeology, water access, gender roles, social capital, and socioeconomic status), and behavioral determinants (normative, ability, and self-regulation factors) that informed the development and delivery mechanism for the implementation toolkit. Integr Environ Assess Manag 2020;16:871–884. © 2020 The Authors. Integrated Environmental Assessment and Management published by Wiley Periodicals, Inc. on behalf of Society of Environmental Toxicology & Chemistry (SETAC)
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Integr Envir Assess Manag - 2020 - Morse - A Transdisciplinary Methodology for Introducing Solar Water Disinfection to
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More information
Accepted/In Press date: 10 February 2020
e-pub ahead of print date: 12 February 2020
Published date: 16 October 2020
Additional Information:
This article is part of the special series “Improving Water Security in Africa.” The work is the culmination of 7 Horizon 2020 projects focused on the environmental and social challenges of improving water security in African countries.
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Local EPrints ID: 489997
URI: http://eprints.soton.ac.uk/id/eprint/489997
ISSN: 1551-3793
PURE UUID: dede2f10-5fdc-4211-b9bf-f5784c4b9a86
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Date deposited: 13 May 2024 16:31
Last modified: 14 May 2024 02:08
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Contributors
Author:
Tracy Morse
Author:
Kondwani Luwe
Author:
Kingsley Lungu
Author:
Levison Chiwaula
Author:
Wapulumuka Mulwafu
Author:
Lyndon Buck
Author:
Richard Harlow
Author:
G. Honor Fagan
Author:
Kevin McGuigan
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