2018
DOI: 10.1139/er-2018-0033
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Small systems, big challenges: review of small drinking water system governance

Abstract: Small drinking water systems (SDWS) are widely identified as presenting particular challenges for drinking water management and governance in industrialised nations because of their small customer base, geographic isolation, and limited human and financial capacity. Consequently, an increasing number and range of scholars have examined SDWS over the last 30 years. Much of this work has been technocentric in nature, focused on SDWS technologies and operations, with limited attention to how these systems are man… Show more

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Cited by 56 publications
(43 citation statements)
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References 112 publications
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“…Mismatched utility districts, municipal boundaries, and water service inclusion decisions can result in exclusion from the network (Pierce, Gonzalez, Roquemore, & Ferdman, 2019). Across North America and Europe, smaller systems tend to fail in providing universal water access more often than larger systems (McFarlane & Harris, 2018; Orru & Rothstein, 2015). In North Carolina, for example, the process of “underbounding” community water service districts is a legacy of racial segregationist policies that excluded African American communities from secure piped water and sewerage (Leker & MacDonald Gibson, 2018; MacDonald Gibson, DeFelice, Sebastian, & Leker, 2014).…”
Section: Exposing Six Myths Of Household Water Insecuritymentioning
confidence: 99%
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“…Mismatched utility districts, municipal boundaries, and water service inclusion decisions can result in exclusion from the network (Pierce, Gonzalez, Roquemore, & Ferdman, 2019). Across North America and Europe, smaller systems tend to fail in providing universal water access more often than larger systems (McFarlane & Harris, 2018; Orru & Rothstein, 2015). In North Carolina, for example, the process of “underbounding” community water service districts is a legacy of racial segregationist policies that excluded African American communities from secure piped water and sewerage (Leker & MacDonald Gibson, 2018; MacDonald Gibson, DeFelice, Sebastian, & Leker, 2014).…”
Section: Exposing Six Myths Of Household Water Insecuritymentioning
confidence: 99%
“…Many of these studies caveat system performance by size. Structural disadvantage has created situations where smaller systems are not well supported in terms of financial, managerial, or technical capacity, thus impairing their ability to deliver sufficient and safe water and undermining trust of their customers (McFarlane & Harris, 2018; Scott, Moldogaziev, & Greer, 2018; Switzer & Teodoro, 2017; Switzer, Teodoro, & Karasik, 2016). For people without access to centralized water provision (13% of the U.S. population), households self‐supply from a domestic well or from an unregulated small system.…”
Section: Exposing Six Myths Of Household Water Insecuritymentioning
confidence: 99%
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“…We also address data reliability through sensitivity analyses of water bill and income data. These efforts facilitate the inclusion of smaller systems, where population counts are small but the challenges for safe water access are big [ 35 ].…”
Section: Introductionmentioning
confidence: 99%
“…Decentralized systems for safe drinking water provision are an essential element in efforts to achieve Goal 6.1 of the Sustainable Development Goals of the United Nations ("drinking water for all"). This is mainly because centralized systems are non-existent in remote and scattered communities, mostly in developing countries [2,48,49]. The current paradigm considers that biological contamination is the most important problem in these communities due to the universal prevalence of pathogens [2,3,31,38].…”
Section: Community-scale Safe Drinking Water Supplymentioning
confidence: 99%