3 new UPGro papers + Groundwater to be the UN-Water theme for 2022

Posted on by RWSN Secretariat

We are delighted to report that UN-Water, the coordinating body for water issues across the United Nations, in a meeting this week agreed to make the theme of the 2022 World Water Development Report and World Water Day: “Groundwater: making the invisible visible” http://enb.iisd.org/water/un/30/html/enbplus82num34e.html

Meanwhile three new UPGro papers have recently been published:

“Groundwater hydrodynamics of an Eastern Africa coastal aquifer, including La Niña 2016–17 drought”

Núria Ferrera; Albert Folch; Mike Lane; Daniel Olago; JuliusOdida; Emilio Custodio  (Gro for GooD)

Key Points

  • An East African costal aquifer was characterized before and during La Niña 2016/17.
  • The recharge was reduced 69% compared to average annual rainfall.
  • Lower recharge during first and nil recharge during the second wet season
  • No important groundwater quality changes observed inland
  • Increase of seawater intrusion even during the wet season

This paper is accessible from here: https://www.sciencedirect.com/science/article/pii/S0048969719302177?dgcid=coauthor until 13 March

“A case for urban liveability from below: exploring the politics of water and land access for greater liveability in Kampala, Uganda”

Maryam Nastar, Jennifer Isoke, Robinah Kulabako & Giorgia Silvestri (T-GroUP) https://www.tandfonline.com/doi/full/10.1080/13549839.2019.1572728

Key Points

  • Despite efforts of local governments and NGOs to put public service delivery systems in place, there is a gap between goals and actual impacts on citizens’ quality of life
  • Decentralisation has faced challenges from the emergence of national partisan political struggles in local areas.
  • Pre-paid standpipes were installed with magnetic charge cards handed out for free. Initially a UGX25 card top-up bought 4 jerry cans (20l), overtime this reduced to 3 jerry cans. If a card was lost or stolen then a replacement cost users UGX15,000-25,000, which was unaffordable to many slum dwellers who then bought water from the standpipe caretakers for UGX 100-250/jerry can. Intermittent water supply from pre-paid meters is another factor making residents seek alternative water sources – generally unsafe springs, or from vendors and resellers at UGX 200-1,000 per jerry can.
  • Water is just one problem for residents – access roads, waste disposal, expensive school fees and high youth unemployment also mentioned in interviews.
  • Local elections have not happened as mandated because the government fears they will lead to social unrest. This has contribute to resident distrust of local government. 
  • Land ownership is a major barrier to water access and sustainability: there are no clear land records and there are many layers of complexity involving landlords, tenants, the city and traditional authorities.  Changing the land title from private to communal for WASH facilities is essential.
  • Political parties do sometimes co-opt community leaders and demobilise communities, but they can also create political spaces for debate on governance, rules and policies.
  • Strong social capital/networks and trust can help mobilise community power and resources, but can exclude some residents from decision-making processes.
  • NGOs, universities and social movements can play a crucial role in magnifying the ability of communities to act together and achieve liveability goals.

Transition Management for Improving the Sustainability of WASH Services in Informal Settlements in Sub-Saharan Africa—An Exploration. 

Silvestri, G.; Wittmayer, J.M.; Schipper, K.; Kulabako, R.; Oduro-Kwarteng, S.; Nyenje, P.; Komakech, H.; Van Raak, R. (T-GroUP) https://www.mdpi.com/2071-1050/10/11/4052

Key points:

  • “Transition Management” is a participatory planning technique developed for addressing sustainability issues in Europe. The UPGro T-GroUP project is one of the few examples of trying to apply the method in another context: Kampala (Uganda), Arusha (Tanzania), Dodowa (Ghana).
  • The authors identify five contextual factors that account for unsustainable WASH services:
    • Access to water and sanitation in informal settlements comprises a mosaic of formal and informal practices, water sources, sanitation facilities, behaviours and actors.
    • Fragmented and low governance capacity. Low levels of trust between actors.
    • Landownership: unequal and skewed. In Kampala, water and sanitation projects failed due to land conflict; landowners ‘donated’ land for the facilities but after some years later they would take back possession of the land and deny access to the facilities without paying.
    • Public participation in general and WASH services in particular:  more vulnerable community members are excluded
    • Unequal access to WASH services, for example water price varying on social status, with women being disproportionately disadvantaged. Low access to education plays a crucial role.
  • Transition Management was developed based on liberal representative democracies, but this experience in Sub-Saharan Africa suggests that here it needs to be about enlarging and strengthening democratic space  – as a method it is not neutral or universal but shaped by cultural norms and expectations.

Improving Groundwater Management and Welfare in Kenya

Posted on by Nancy Gladstone
Data collection at a busy handpump – Kwale County, Kenya

Groundwater and the poor are easily ignored. Hidden underground or of low political priority, the motivation and ability to improve groundwater management and welfare are often constrained by capacity, resources and governance structures. In much of Africa, the political calculus is changing as severe but unpredictable droughts, increasingly decentralised decision-making, and growing water competition are emphasizing the critical nature of groundwater as a buffer to drought, driver of economic growth, and vital resource for the poor and marginalised.

On the south coast of Kenya, today’s situation reflects regional trends with over half a billion dollars of new investments by mining, agriculture and urban development raising concerns about managing and allocating groundwater to protect the resource base and ensure the poor are not marginalised by more powerful interests. As part of the Unlocking the Potential of Groundwater for the Poor,the Groundwater Risk Management for Growth and Development project has convened researchers from the UK, Kenya and Spain with national and county Government of Kenyan partners and water-related industry.

Yesterday, the Kwale County Government Water Minister, Hon. Hemed Mwabudzo, convened the final project workshop in Diani with over 30 stakeholder partners to discuss 15 recommendations for policy action across four thematic areas (View full Policy Briefing).

Breakout discussion groups at Gro for GooD Final Stakeholder Workshop – 22 Nov 2018

First, geological and geophysical analysis has identified two palaeo-channels (ancient, buried rivers) with significant groundwater resources to contribute to water-related growth and provision of water services to people. Results highlight wider UPGro findings of the critical nature of extreme rainfall disproportionately contributing to recharge replenishing aquifers after droughts. Protecting recharge zones is essential for sustainable management of this ‘new’ resource, and coupled with monitoring and enforcement, can avoid land use planning mistakes. Due to the proximity to the coast, unregulated groundwater abstraction may lead to saline intrusion which underlines the potential importance of the opportunity that Kenyan partners now have to continue the Environmental Monitoring Strategy developed and tested by the project.

Geological map of Kwale County (Surveyed by D.O. Olago, J. Odida, and M. Lane, 2018) ©University of Nairobi

Second, the 2016-17 drought showed the exceptional and unpredictable stress that can suddenly be placed on groundwater resources. The hydrogeological model developed by the project provides the first system-level tool which can be used to support improved management and allocation of resources across multiple and competing groundwater users. This requires improved inter-agency cooperation between the Kwale County Government, Water Resources Authority, National Drought Management Authority, Kenya Meteorological Department and other stakeholders. Immediate steps to deepen priority, shallow dug-wells used by communities would reduce the risk of them drying up and avoid significant social costs, largely borne by poor people. Emergency supplies need to be planned and budgeted for, in the absence of adequate planning, which is a costly response but necessary as expensive vended water costs are absorbed by those least able to pay or least responsible for governance failures.

Third, three rounds of socio-economic surveys were administered in 2014, 2015 and 2016 across 3,500 households across Lunga Lunga, Msambweni and Matuga sub-Counties. Analysis which models the most significant factors to improve household welfare identified four key areas for interventions: a) end open defecation, which occurs in around one third of households, b) increase education attainment from primary to at least secondary level, c) accelerate access to energy services, and d) improve rural water services.

Fourth, linked to improving rural water services and drought resilience, the project has been part of a wider initiative to design and test a performance-based maintenance service for rural water supply infrastructure since 2014. The FundiFix model guarantees repairs to broken infrastructure in three days based on community, school or clinic payment contracts. Currently, 85 handpumps are registered serving 13,000 people, including 4,000 school children, with 99% of repairs completed in less than a day. A Water Services Maintenance Trust Fund was established in 2014 to address the funding gap and test a hybrid financial model blending user, investor and government support. To date, users are paying with private sector support from Base Titanium Limited and doTERRA. These two companies have long-term investments in the county in mining and agriculture and have been founding investors to incubate the model to avoid the traditional approach of building infrastructure with no maintenance provision wasting resources and leaving the poor no better off.

Stakeholders from government, academia, communities, private sector and NGOs discussed these recommendations to identify priority actions against the feasibility of delivery in the next three years. The findings (see bubble figure below) identify the preferences from those stakeholders present. Action is already being taken by county government which has reviewed the project findings and is developing a plan to test the northern                 palaeo-channel resources in four locations. With a strong evidence base and clear policy messages, wider action is being planned to improve groundwater and welfare outcomes in Kwale County with lessons and methods under consideration nationally.

Download full presentation from Gro for GooD project Final Stakeholder Workshop – 22nd November 2018

Prepared by the Gro for GooD team

Project partners:

University of Oxford (OU) – Grant NE/M008894/1University of Nairobi (UoN)

Jomo Kenyatta University of Agriculture and Technology (JKUAT)

Universitat Politècnica de Catalunya (UPC) Groundwater Hydrology Group

Rural Focus Ltd. (RFL)

Water Resources Authority – Kenya

Kwale County Government

Base Titanium

KISCOL

Project contacts

Prof. Rob Hope, University of Oxford, UK – robert.hope@ouce.ox.ac.uk

Eng. Mike Thomas, Rural Focus Limited, Kenya – mike@ruralfocus.com

:: New UPGro paper :: Participatory scenario analysis for urban water and sanitation: Kisumu, Kenya case study

Posted on by RWSN Secretariat

“A participatory methodology for future scenario analysis of sub-national water and sanitation access: case study of Kisumu, Kenya” by Heather Price, Lorna. G. Okotto, Joseph Okotto-Okotto, Steve Pedley & Jim Wright: https://doi.org/10.1080/02508060.2018.1500343 from the UPGro Catalyst Project “Sustaining groundwater safety in peri-urban areas”

Context:

  • Many cities in Sub-Saharan Africa, and other low and middle income countries, are growing fast. Expansion of water supply systems to meet that growing demand is challenging, particularly in the context of climate change and competing water uses, such as agriculture.
  • Scenario planning, with geographical information systems, is an essential tool to help government bodies and utilities plan investments in urban and peri-urban water supply infrastructure and services, but examples in developing countries remain rare and have generally been rural.
  • The case study, Kisumu, is a city in Western Kenya near the shores of Lake Victoria. The Kisumu Water and Sewerage Company (KIWASCO) has responsibility across the city.

Key Points:

  • 12 key informants with particular insights into the water and sanitation sector, social and economic planning and human population dynamics were identified and included in two sessions: (1) Background information and future trajectories of population growth; (2) computer software called “International Futures” was used to explore different population scenarios, which formed the basis of discussions on water and sanitation planning for the city in three groups.
  • Through the participatory planning in separate groups it was possible to draw out where areas of consensus and uncertainty about how the city, and its demand for water and sanitation will change. One area of common agreement was that groundwater and on-site sanitation will remain an important part of the mix until at least 2030, which implies and longer-term need for interventions like household filters, chlorine dispensers at well heads, education or land tenure reforms to enable sewerage installation.
  • Future research should focus on a broader range of scenarios than just extending current trends in population change, for example: ethnic conflict, social fragmentation, and rapid, Chinese-led infrastructure development.

 

Related UPGro work on urban groundwater or groundwater for urban areas:

 

Picture: Figure 5. Map of household water access by 2030 for sub-locations in and neighbouring Kisumu, Kenya, assuming continuity of current trends and policies, as envisaged by break-out groups 1, 2 and 3.

:: New UPGro Paper :: Tryptophan-like fluorescence as a measure of microbial contamination

Posted on by RWSN Secretariat

A new paper has been published from the UPGro Gro for GooD project, working in Kenya, which develops the work done under the UPGro Catalyst Project on mapping groundwater quality, which developed an exciting new low-cost, real-time method of measuring microbial contamination of groundwater.

Context:

  • Globally, 25% of people lack access to water that is free from microbial contamination, in some countries the proportion is much higher.  This has major health implications, particularly for children.
  • Monitoring water quality for disease-causing organisms is difficult, and the common method is take water samples to a lab to measure Coli bacteria. Although largely successful, it is an expensive in terms of time and materials, and cannot be relied on for some kinds of biological water quality risks – particularly in groundwater where the absence of E.Coli does not guarantee biological safety of the water.
  • Tryptophan-like fluorescence (TLF) is a relatively new way of rapidly measuring biological water quality in the field, without needing expensive and time-consuming lab equipment and consumables. It is better suited to groundwater than surface water monitoring.

Key Points: –

  • This is the first groundwater study to compare TLF with E. Coli specifically.
  • Tryptophan-like fluorescence (TLF) can complement E. coli as a risk indicator, but it is not proposed as a replacement.
  • Both TLF and coli distinguish low/intermediate, high and very high risk sources.
  • TLF has negligible variability due to the method, unlike bacteriological analyses.
  • TLF is useful for pre-screening, monitoring and demonstrating risk in groundwater.
  • Fieldwork for this research was done in rural Kwale Country, Kenya
  • Next steps include:
    • focus on how TLF relates to pathogens and health, rather than just focusing on the coincidence with E.Coli.
    • better understanding of TLF in different groundwater conditions
    • better computer software of processing and presenting TLF data
    • assess the usefulness of TLF in communicating water risks to groundwater users.

Read the full paper (open access) here:

Nowickia, S.,  D. J.Lapworth, J.S.T. Ward, P. Thomson & K. Charles (2019) Tryptophan-like fluorescence as a measure of microbial contamination risk in groundwater, Science of The Total Environment, Volume 646, 1 January 2019, Pages 782-791 https://doi.org/10.1016/j.scitotenv.2018.07.274

If you are interested in finding out more on safe water and water quality monitoring then you watch these RWSN webinar recordings from late last year:

  • Safe water in towns and peri-urban areas: challenges of self-supply and water quality monitoring: https://vimeo.com/266654585
  • La salubrité de l’eau dans les villes et zones péri-urbaines: le défis liés à l’auto-approvisionnement et le suivi de la qualité https://vimeo.com/266649345

Young scientist seeks to understand link between access to groundwater and poverty

Posted on by nataliagutierrezc

Interview by Isaiah Esipisu, PAMAC news agency http://www.pamacc.org

Jacob Katuva is a doctoral researcher at the University of Oxford’s School of Geography and Environment.  His research focuses on community groundwater access and poverty in Kenya. Katuva holds a M.Sc. in Environmental and Biosystems Engineering from the University of Nairobi and a B.Sc. in Water and Environmental Engineering from Jomo Kenyatta University of Agriculture and Technology.

Previously, the scientist spent over four years working as a consultant in engineering and development in the Eastern Africa region. He has vast experience in design-construction-operation and management of community rural water supply schemes, hydrological analyses, rainfall-runoff modelling and water balance models.

His experience in water resources management covers water resources assessments, developing and linking Management Information Systems (MIS) and Geographical Information Systems (GIS) and advanced geo-statistics to water resources planning and management as well as hydropower feasibility studies, evaluation and impact studies of WASH programs, rural water supply and pollution studies in the context of the mining, irrigation and the water sectors in rural Kenya.

Q. How did you get involved with the UPGro project?

I joined UPGro back in 2013 when I was consulting with Rural Focus Ltd during the implementation of the catalyst project led by Oxford University. I was heavily involved in the set-up of the environmental monitoring network and the socio-economic surveys. This provided a great deal of natural and social science data regarding groundwater level and quality, water usage, health and welfare indicators paving way for an interdisciplinary study. I ended up applying for the D.Phil. programme at Oxford University to research groundwater and poverty in sub-Saharan Africa with a particular focus on coastal Kenya. I was fortunate to obtain additional funding from Base Titanium, a mining company working in Kenya which is one of the partners in Oxford University’s UPGro consortium project Gro for GooD.

Q. Tell us about your studies at the Oxford University and how it relates to the UPGro project

My research at Oxford University explores the links between groundwater and poverty. Understanding groundwater and poverty linkages is critical to unlocking the potential of groundwater for poverty reduction. Central to accelerating and sustaining Africa’s development is improving the understanding of how improved access to groundwater resources can benefit the poor. This includes identifying the role of groundwater on productive uses such as livestock watering and crop irrigation, examining the relationship between poverty and changes in groundwater levels, and understanding how groundwater dependency and access to sufficient, affordable, reliable, safe, good quality water and physical access are linked to the socio-economic development of households. These dimensions are pertinent to policy and practice in poverty reduction.

Q. What are some of the early findings for your research?Nyumbasita Pump.jpg

There is evidence that the depth of boreholes and poverty are associated: We saw wealthier households being associated with deeper groundwater sources while poorer households were associated with shallower wells and boreholes. However, due to the cumulative nature of the volumetric data from the handpump water data transmitters (http://www.oxwater.uk/technology.html) we could not disassociate the handpump usage per household since the transmitter, similar to a water meter, recorded the volume abstracted for each handpump and not volume abstracted by each household.

Q. What kind of advice would you give to the County Government of Kwale about groundwater, given your experience so far?

The UPGro project has generated pertinent knowledge on water services delivery in Kwale County and has identified pathways to poverty reduction. Two of the preliminary findings in Kwale include the discovery of paleochannels in Msambweni, empirical evidence of the benefits of smart monitoring and privatized professional maintenance and repair services on rural water supply infrastructure.

This discovery of paleochannels by Professor Olago of the University of Nairobi and his team, can accelerate achieving universal and equitable access to safe drinking water services for the County population. County should invest time and resources in understanding this resource and how it can be exploited to meet the ever-growing water needs for the county.

The County government should embrace the professional maintenance and repair services on rural water supply infrastructure to ensure rural communities, health centres and school children enjoy equitable access to safe drinking water.

This model of maintaining rural water services has been developed and tested in Kwale and Kitui County with positive results. The model is called the FundiFix model and more details can be found here: https://reachwater.org.uk/wp-content/uploads/2016/11/Fundifix-booklet-WEB.pdf. To accelerate poverty reduction, the County government should ensure borehole drilling and equipping standards are adhered to, communities water infrastructure receive preventive maintenance and professionalized repair services to keep water flowing.

Q. What is your message to upcoming scientists who are interested in your area of specialization?

I would urge upcoming scientists in Kenya to progressively broaden their research to incorporate both the social and natural sciences. Integrating the two, thereby widening our understanding of the socio-ecological systems, will lead to the development of much more effective policies informed by the needs of the people.

Q. What are your future plans beyond the UPGro project?

Part of my future plans includes seeing the completion, implementation and operationalization of the findings of the UPGro project here in Kwale so that our groundwater resources can benefit everyone here, in particular the poor. In addition I will be excited to contribute to framing the poverty reduction policies and strategies for the County building on the evidence emerging from the longitudinal socio-economic studies over the last four years.Carrying water

Interview by Isaiah Esipisu; Images by Nancy Gladstone/Gro for GooD project

New Research Digests – get up to speed…fast

Posted on by RWSN Secretariat

If missed recent papers published from the UPGro Gro for GooD study, then you can get up to speed with the key points in these new briefs from Oxford University:

Risk factors associated with rural water supply failure: A 30-year retrospective study of handpumps on the south coast of Kenya
A critical mass analysis of community-based financing of water services in rural Kenya
Evaluating waterpoint sustainability and access implications of revenue collection approaches in rural Kenya

and from related non-UPGro research:

A multi-decadal and social-ecological systems analysis of community waterpoint payment behaviours in rural Kenya

Back to school: the future of water starts here

Posted on by RWSN Secretariat

Speed Read:

  • New educational resource developed by the Gro for GooD team launched for secondary schools in Kwale County, Kenya to increase understanding of groundwater and water quality
  • Outreach to schools teaches girls and boys about water science and management
  • Event held on 17th March to celebrate the collaboration between the UPGro team, the schools, local government and private sector partners.

 

“You have a very great opportunity through your water clubs, guided by your teachers who are here and who can support you. We should take this as a very special opportunity for all of us” 

Water Module - Student Resource
Water Module – Student Resource

The UPGro Gro for GooD project has been delivering a programme of engagement to teach young people in Kwale County about water science and management. Water Clubs at 3 secondary schools have been participating in field trips, practical activities, experiments and conducting their own group research projects. This outreach work aims to develop students’ research and communication skills and showcase career options in the water sector.

In the run up to World Water Day 2018, the Gro for GooD project was delighted to welcome Madam Bridget Wambua, Director of Education for Kwale County, Kenya, to provide opening remarks (extract above) at a special event to celebrate the success of the Schools Water Clubs supported by the project over the last year. As the event got going, students listened with great interest to the keynote speech by Prof. Dan Olago from the University of Nairobi, and then took to the stage themselves for a series of presentations about club activities including water quality testing of school waterpoints, the installation and use of rain-gauges on school grounds, and field trips to the Base Titanium mine to see how the mine manages and recycles water in its operation.

Video extract from Prof. Olago’s speech

Other students presented their own mini-research projects into topics such as water conservation in agriculture and strategies for keeping water safe to drink, and one group gave an excellent explanation of artesian wells based on an email exchange with Gro for GooD hydrogeologist Mike Lane.

Students also brought practical demonstrations and posters to show in the teabreak, including a solar still demonstration from a group of students who had just heard that they are through the local round and have been invited to show their improved solar still design at Kenya’s National Science Fair for schools.

Madame Wambua and Professor Dan Olago then presented the schools, water clubs and club patrons with certificates of appreciation for their hard work and dedication to water-related environmental education, and 2 laptops were given to each club. The laptops were provided by the UK charity IT Schools Africa and preloaded with water-related environmental education resources collated by the Gro for GooD team.

Students also received print copies of a newly published Water Module Student Resource which was developed by the Gro for GooD research team with input from students and teachers at the schools. Mr Joseph Kimtai, teacher and club patron at Kingwede Girls Secondary School, said,

“I find this module of activities about water so helpful to the students – it complements what we are teaching in class. It also encourages critical thinking and solving problems related to the environment which is in line with one of the competencies of the incoming competency-based curriculum for Kenyan schools.”

The resource has been published under a Creative Commons licence so that other educational programmes in Kenya can make use of the content.

Co-author of the Water Module, Nancy Gladstone, said:

“It has been a privilege to work with secondary school students in Kwale County and help to meet their really encouraging thirst for knowledge about water. Education has a vital role in achieving the Sustainable Development Goal for water and we are sure that many of these students will put their learning to good use at school and as they go on to jobs and further education.

“The Water Module event also provided us with an opportunity to thank the teachers, headteachers and local partner organisations such as Base Titanium and Rural Focus Ltd. who have all been critical to the success of the clubs this past year, and to contribute to discussions about building the water module into ongoing education programmes in Kwale County, both formal and informal, so as to reach more students and further enhance learning.”

 

 

Further info:

Groundwater is essential for economic growth and can contribute to human development if resources are used sustainably to benefit the poorest in society. The Gro for GooD (Groundwater Risk Management for Growth and Development) project is striving to help government and groundwater users find a management approach that balances human health, economic growth, and resource sustainability demands and benefits everyone. Project partners are University of Oxford, University of Nairobi, Jomo Kenyatta University of Agriculture and Technology, Universitat Politècnica de Catalunya, Rural Focus Ltd., Kwale County Government, the Government of Kenya’s Water Resources Authority, Base Titanium and KISCOL.

For more information please contact:

Photo: Presentation of certificates by Madam Bridget Wambua, Director of Education, Kwale County (Photo: P. Thomson, University of Oxford)

Long lasting rural water supplies in tough environments: lessons from Kenya

Posted on by RWSN Secretariat

by Dr Tim Foster (from the Oxwater blog)

Having just published the fourth instalment in a series of papers examining rural supply sustainability on the south coast of Kenya, it is timely to reflect upon some of the common threads that emerge from these related but discrete studies. Throughout our investigations we have examined rural water sustainability – and the determinants thereof – from all sorts of angles, including repair time, household financial contributions, revenue collection longevity, water source preferences, and – most recently – operational lifespan.

Continue reading Long lasting rural water supplies in tough environments: lessons from Kenya

Can road design boost water security in rural regions?

Posted on by RWSN Secretariat

re-posted from GRIPP

Roads for Water is integrating road construction and small water infrastructure to harvest rainwater from small catchments for productive use, while reducing road damage and simplifying road maintenance. Improving road drainage design is reducing soil erosion and increasing groundwater recharge. Furthermore, using roads for resource capture can prevent dangerous and inconvenient flooding, and in some cases pave the way for sand harvest and dune management, tree planting and protection of other natural resources.

Starting as an UPGro Catalyst Project, Roads for Water is now scaling up across Ethiopia, Kenya, Bangladesh, Malawi, Uganda and elsewhere with support from the Global Resilience Partnership (USAID, Rockefeller Foundation, SIDA and the Zurich Foundation) and the World Bank. The Roads for Water Learning Alliance was established to bring researchers, implementers, policy makers, trainers, donors and other stakeholders together to share knowledge and to support roadwork for natural resource management and climate resilience. The initiative recently received the second-place prize in the Zilient 2017 Resilience Awards.

MetaMeta and Mekelle University encourage those interested to become part of the learning alliance to contact MetaMeta at marta@metameta.nl

In partnership with: MetaMeta Research / Mekelle University- UPGro / Global Resilience Partnership) USAID SIDA Rockefeller Foundation World Bank

Photo: Local communities in Ethiopia diverting water from a culvert to a percolation pond for groundwater recharge. Photo: Kifle Woldearegay/Mekelle University.

New UPGro paper: “Risk Factors associated with rural water supply: A 30-year retrospective study of handpumps on the south coast of Kenya”

Posted on by RWSN Secretariat

2018 promises to be really interesting one as the UPGro (Unlocking the Potential of Groundwater for the Poor) reaches maturity. There is already a lot published since 2014 (https://upgro.org/publications-papers/peer-reviewed-journal-papers/) and here is a new one, which will be of interest to RWSN members – as it has been written by active RWSN members:

“Risk Factors associated with rural water supply: A 30-year retrospective study of handpumps on the south coast of Kenya”

By Tim Foster, Juliet Willetts, Mike Lane, Patrick Thomson, Jacob Katuva, Rob Hope

Key Points

  • This paper build on previous handpump & water point functionality work done by RWSN, the UPGro Gro For GooD and UPGro Hidden Crisis projects and recent analysis by the University of North Carolina
  • Research focuses on 337 Afridev handpumps installed in Kwale County, Kenya, under a SIDA financed programme between 1983-1995 that were identified and mapped in 2013 (out of 559 recorded installations by the programme in that area).
  • 64% were still working after 25+ years
  • They conclude that risk of failure increases most significantly in relation to:
    • Salinity of the groundwater
    • Depth of the static groundwater level
    • When the water comes from an unconsolidated sand aquifers
    • Distance to spare parts suppliers

You can read and download the paper here: https://www.sciencedirect.com/science/article/pii/S0048969717337324

and https://upgro.org/consortium/gro-for-good/

Supplementary info and water point data:

And in case you missed it – this is another recent paper that is readable and useful, albeit more for urban/peri-urban areas and small towns:

Grönwall, J. & Oduro-Kwarteng, Groundwater as a strategic resource for improved resilience: a case study from peri-urban Accra S. Environ Earth Sci (2018) 77: 6. https://doi.org/10.1007/s12665-017-7181-9

 

Figure: Kaplan-Meier estimates of the survival functions for Afridev handpumps in Kwale.