Spatio-temporal patterns of domestic water distribution, consumption and sufficiency: neighbourhood inequalities in Nairobi, Kenya
Spatio-temporal patterns of domestic water distribution, consumption and sufficiency: neighbourhood inequalities in Nairobi, Kenya
Whilst there are longstanding and well-established inequalities in safe-drinking water-access between urban and rural areas, there remain few studies of changing intra-urban inequalities over time. In this study, we determined the spatio-temporal patterns of domestic piped water distribution in Nairobi, Kenya between 1985 and 2018, and the implications of socio-economic and neighbourhood inequalities in water sufficiency. Using data from the Nairobi water and sewerage utility company for the period 2008–2018, we examined the sufficiency of monthly domestic water consumption per capita for 2380 itineraries (areas with an average population of 700) in relation to a residential neighbourhood classification, population and neighbourhood age and also examined water rationing patterns by neighbourhood type. Water sufficiency differed by residential areas, age of neighbourhood and population per itinerary. Compared to residents of low-income areas, those in high- and middle-income areas were six and four times more likely to receive the recommended 1500 L per capita per month respectively. Newer neighbourhoods and less densely populated areas were more likely to receive higher volumes of water. Non-revenue water loss accounted for 29% (average 3.5 billion litres per month) of water distributed across Nairobi, and was more than two times the amount of water needed for all residents to access the recommended monthly per capita water consumption. The observed spatial inequality in distribution, and access to piped water associated with socio-economic status and neighbourhood age highlights the need for deliberate planning and governance to improve water distribution to match the speed of growth of low/middle- and low-income residential areas and enhance equity.
Sustainable development, Urban water consumption, Water distribution, Water inequality, Water sufficiency
Nyamai, Mutono
c88301b3-e962-4e60-9d22-41e560d2de79
Wright, Jim
94990ecf-f8dd-4649-84f2-b28bf272e464
Mutembei, Henry
98366d1f-2996-465f-8733-5e85e5603827
Thumbi, Samuel
74b28f8d-fafb-432f-8129-394944f2ed1a
January 2022
Nyamai, Mutono
c88301b3-e962-4e60-9d22-41e560d2de79
Wright, Jim
94990ecf-f8dd-4649-84f2-b28bf272e464
Mutembei, Henry
98366d1f-2996-465f-8733-5e85e5603827
Thumbi, Samuel
74b28f8d-fafb-432f-8129-394944f2ed1a
Nyamai, Mutono, Wright, Jim, Mutembei, Henry and Thumbi, Samuel
(2022)
Spatio-temporal patterns of domestic water distribution, consumption and sufficiency: neighbourhood inequalities in Nairobi, Kenya.
Habitat International, 119, [102476].
(doi:10.1016/j.habitatint.2021.102476).
Abstract
Whilst there are longstanding and well-established inequalities in safe-drinking water-access between urban and rural areas, there remain few studies of changing intra-urban inequalities over time. In this study, we determined the spatio-temporal patterns of domestic piped water distribution in Nairobi, Kenya between 1985 and 2018, and the implications of socio-economic and neighbourhood inequalities in water sufficiency. Using data from the Nairobi water and sewerage utility company for the period 2008–2018, we examined the sufficiency of monthly domestic water consumption per capita for 2380 itineraries (areas with an average population of 700) in relation to a residential neighbourhood classification, population and neighbourhood age and also examined water rationing patterns by neighbourhood type. Water sufficiency differed by residential areas, age of neighbourhood and population per itinerary. Compared to residents of low-income areas, those in high- and middle-income areas were six and four times more likely to receive the recommended 1500 L per capita per month respectively. Newer neighbourhoods and less densely populated areas were more likely to receive higher volumes of water. Non-revenue water loss accounted for 29% (average 3.5 billion litres per month) of water distributed across Nairobi, and was more than two times the amount of water needed for all residents to access the recommended monthly per capita water consumption. The observed spatial inequality in distribution, and access to piped water associated with socio-economic status and neighbourhood age highlights the need for deliberate planning and governance to improve water distribution to match the speed of growth of low/middle- and low-income residential areas and enhance equity.
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Accepted/In Press date: 11 November 2021
e-pub ahead of print date: 20 November 2021
Published date: January 2022
Additional Information:
Funding Information:
The corresponding author's fellowship is funded through the Washington State University Global Health Program .
Publisher Copyright:
© 2021 The Authors
Copyright:
Copyright 2021 Elsevier B.V., All rights reserved.
Keywords:
Sustainable development, Urban water consumption, Water distribution, Water inequality, Water sufficiency
Identifiers
Local EPrints ID: 452821
URI: http://eprints.soton.ac.uk/id/eprint/452821
PURE UUID: c8830c85-5103-4a9b-8fb6-c4ad767eabf6
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Date deposited: 21 Dec 2021 17:49
Last modified: 17 Mar 2024 02:59
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Author:
Mutono Nyamai
Author:
Henry Mutembei
Author:
Samuel Thumbi
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