This paper evaluates the influence of rock chemistry on groundwater quality in the region of Lodwar County, Kenya. Rock geochemistry influences groundwater quality and the aquifer processes of an area. Therefore, this study used conventional petrography and geochemistry techniques to measure the mineralogical compositions of 69 rock samples. The geological study area comprised of quartzo-feldspathic gneiss and biotite gneiss of the Precambrian basement, as well as sedimentary Turkana Grits and Holocene sediments, Tertiary volcanics comprising nepheline phonolites and augite basalts, alluvial deposits along the banks of major Streams and laggas. Quaternary sands also blanket much of the area. The results demonstrate that that geological factors and processes have location-specific influence on groundwater quality. These should be considered in aquifer water-quality studies and supply development across Africa’s vast ASAL regions.
Kenya
COVID-19 Impacts on Water Burden among Households in Turkana
This study assessed respondents’ views on the impact of the pandemic on water security and its burden on households in Turkana County, Kenya.
Guidance on Preparing Water Service Delivery Plans: A manual for small to medium-sized water utilities in Africa and similar settings
This manual is a guide on how to prepare a service delivery plan for small to medium-sized water utilities (supplying approximately 5,000 to more than 100,000 customers) in Africa and similar settings.
Delivering safely managed water to schools in Kenya
This report presents the status of school WASH services in Kitui County and makes policy recommendations to guide new thinking on the delivery of safely-managed water services.
Kenyan long rains: a sub-seasonal approach to process-based diagnostics
This article focuses on the Kenyan regional climate in the ERA-Interim reanalysis during the long rains to create a set of atmospheric diagnostics which can be applied to the evaluation of climate models.
Monitoring socio-climatic interactions to prioritise drinking water interventions in rural Africa
This study examines the year-onyear and seasonal relationship between rainfall and remotely monitored water usage from rural piped schemes in four sub-Saharan countries to identify patterns that warn of a threat to operational sustainability.
African low‐level jets and their importance for water vapor transport and rainfall
This research contributes to our understanding of possible future changes to African rainfall, by assessing how water vapour travels from the Indian Ocean into the African interior.
The utility of Escherichia coli as a contamination indicator for rural drinking water: Evidence from whole genome sequencing
In this study used whole genome sequencing to investigate the links between E. coli and recent faecal contamination in drinking water.
Institutional pluralism and water user behavior in rural Africa
This research examines water user behavior in the face of institutional change brought about by a professional service provider maintaining rural water infrastructure in Kenya.
From data to decisions: understanding information flows within regulatory water quality monitoring programs
This study evaluates the methods used to organize, analyze, and transmit drinking water quality data among 26 water supplier or surveillance institutions and two regulatory agencies in six countries of sub-Saharan Africa.
