We are problem solvers focused on the sustainable management of water for health and human development. We work to improve access to safe water, sanitation, and hygiene for all.
The 2014 Water and Health Conference to be held October 13-17 in Chapel Hill, NC, USA, will consider drinking water supply, sanitation, hygiene and water resources in both the developing and developed worlds with emphasis on public health perspectives. Early bird registration rates for this year’s conference will be available until August 29.
News to Your Inbox
Our newsletter offers up-to-date information about The Water Institute at UNC as well as relevant news briefs from around the globe. The latest issue highlights the 2014 Water and Health Conference student scholarship winners, our side event at Stockholm Water Week, and new distance learning courses. To subscribe to our newsletter, please click here.
On June 9 we launched the Future Technologies for Water Competition to identify breakthrough technologies for safe water with wide-scale applicablity. We received entries from 27 countries. Currently, we’re in the process of narrowing down the entries to 15 semi-finalists. $20,000 will be awarded. The competition is sponsored by the Takata Corporation.
Water Safety Course
The Water Institute is offering a distance learning course on Water Safety Planning, the process of identifying and addressing threats to the acceptability and safety of water supplies. The course is designed for those with management, engineering or operational responsibilities in the water supply industry. For more information, email firstname.lastname@example.org.
The WHO/UNICEF Joint Monitoring Programme (JMP) tracks international drinking water and sanitation coverage by analyzing data from household surveys and national censuses. This article, published in the International Journal of Environmental Research and Public Health, describes and critically reviews the JMP method in detail for the first time. Findings include limitations of the current JMP method and future monitoring needs, including addressing water quality, equity, and the use of multiple drinking water and sanitation facilities within and outside of the home.
Rural vs. Urban Areas
Disparities in access to drinking water between rural and urban areas are compounded by disparities in aspects of water service such as safety and time to collect water. There have been calls for setting higher standards in urban areas which would exacerbate the already extreme rural disadvantage. In Science of the Total Environment, we suggest the focus should be kept on achieving universal access to safe water (primarily in rural areas) while monitoring progress towards higher service levels, including greater water safety (both in rural and urban areas and across economic strata).
Over 1 Billion at Risk
Based on a recent PLOS Medicine systematic review of over 300 studies of fecal indicator bacteria, global and regional estimates were derived. We estimate that 1.1 billion people drink water from sources that are of at least “moderate” risk (> 10 Escherichia coli per 100 ml). Earlier global burden of disease estimates may have substantially understated the disease burden associated with inadequate water services. The results are reported in a series on the global burden of diarrhoeal disease due to water, sanitation and hygiene and published in Tropical Medicine and International Health.
Monitoring water quality is a substantial logistical challenge, particularly in resource-constrained settings. In this study, researchers from The Water Institute collaborated with researchers from Colombia and the UK to quantify this challenge in urban and rural Colombia. The spatial analysis combined data on laboratory locations with detailed census data and demonstrates the difficulties in undertaking laboratory-based microbiological water testing in rural areas. The study was published in Science of the Total Environment.