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This technical brief is aimed at sharing the learning and approaches developed by the UPGro Hidden Crisis Research Project to look at how the functionality and performance levels of boreholes equipped with handpumps (HPBs), can be assessed using a common set of definitions and methods. A tiered approach to defining and measuring functionality is found to be useful to examining functionality for different scales and purposes of monitoring. This report is aimed at national and regional actors involved in the provision and monitoring of rural water supply functionality. The brief sets out the tiered functionality definitions, and accompanying survey methods, which were developed by the project and have been applied in functionality surveys across Ethiopia, Uganda and Malawi [5-7]. The brief provides a summary of: • The tiered approach to defining and measuring the functionality and performance levels of boreholes equipped with handpumps (HPBs). • A series of survey methods which were found to be useful by the Hidden Crisis project to collect sufficient data to assess HPB functionality across the tiered definition approach. • A series of guidelines which could form core criteria for assessing functionality and performance levels of water points . This summary should be read in conjunction with the appendices which provide details of the methods and approaches described.

This technical brief is aimed at sharing the learning and approaches developed by the UPGro Hidden Crisis Research Project to look at how the functionality and performance levels of boreholes equipped with handpumps (HPBs), can be assessed using a common set of definitions and methods. A tiered approach to defining and measuring functionality is found to be useful to examining functionality for different scales and purposes of monitoring. This report is aimed at national and regional actors involved in the provision and monitoring of rural water supply functionality. The brief sets out the tiered functionality definitions, and accompanying survey methods, which were developed by the project and have been applied in functionality surveys across Ethiopia, Uganda and Malawi [5-7]. The brief provides a summary of: • The tiered approach to defining and measuring the functionality and performance levels of boreholes equipped with handpumps (HPBs). • A series of survey methods which were found to be useful by the Hidden Crisis project to collect sufficient data to assess HPB functionality across the tiered definition approach. • A series of guidelines which could form core criteria for assessing functionality and performance levels of water points . This summary should be read in conjunction with the appendices which provide details of the methods and approaches described.

Statistics on the functionality of water points from the Hidden Crisis project in Uganda are presented. The survey, undertaken in 2016, was focussed on boreholes equipped with handpumps (HPBs) within the 112 districts of Uganda. A stratified two stage random sampling approach was adopted and 10 districts identified to sample. A tiered definition of functionality was applied, and all which enabled more nuanced definitions to be reported: The results from the survey indicate: • 55% of HPBs were working on the day of the survey (compared to national figure of 86% for rural water supply ) • 34% of HPBs passed the design yield of 10 litres per minute • 23% passed the design yield and also experienced < 1 month downtime within a year. • 18% passed the design yield and reliability criteria and also water quality criteria The results of the survey indicate the utility of carrying out more detailed assessments of functionality to help unpack national statistics. A linked survey of the performance of the water management arrangements at water points showed that for 70% of the sites water management arrangements were judged to be weak.

Statistics on the functionality of water points from the Hidden Crisis project in Uganda are presented. The survey, undertaken in 2016, was focussed on boreholes equipped with handpumps (HPBs) within the 112 districts of Uganda. A stratified two stage random sampling approach was adopted and 10 districts identified to sample. A tiered definition of functionality was applied, and all which enabled more nuanced definitions to be reported: The results from the survey indicate: • 55% of HPBs were working on the day of the survey (compared to national figure of 86% for rural water supply ) • 34% of HPBs passed the design yield of 10 litres per minute • 23% passed the design yield and also experienced < 1 month downtime within a year. • 18% passed the design yield and reliability criteria and also water quality criteria The results of the survey indicate the utility of carrying out more detailed assessments of functionality to help unpack national statistics. A linked survey of the performance of the water management arrangements at water points showed that for 70% of the sites water management arrangements were judged to be weak.

New ambitious international goals for universal access to safe drinking water depend critically on the ability of development partners to accelerate and sustain access to groundwater. However, available evidence (albeit fragmented and methodologically unclear) indicates >30% of new groundwater-based supplies are non-functional within a few years of construction. Critically, in the absence of a significant systematic evidence base or analysis on supply failures, there is little opportunity to learn from past mistakes, to ensure more sustainable services can be developed in the future. This work presents a new and robust methodology for investigating the causes of non-functionality, developed by an interdisciplinary team as part of a UK-funded development research project. The approach was successfully piloted within a test study in NE Uganda, and forms a basis for future research to develop a statistically significant systematic evidence base to unravel the underlying causes of failure

New ambitious international goals for universal access to safe drinking water depend critically on the ability of development partners to accelerate and sustain access to groundwater. However, available evidence (albeit fragmented and methodologically unclear) indicates >30% of new groundwater-based supplies are non-functional within a few years of construction. Critically, in the absence of a significant systematic evidence base or analysis on supply failures, there is little opportunity to learn from past mistakes, to ensure more sustainable services can be developed in the future. This work presents a new and robust methodology for investigating the causes of non-functionality, developed by an interdisciplinary team as part of a UK-funded development research project. The approach was successfully piloted within a test study in NE Uganda, and forms a basis for future research to develop a statistically significant systematic evidence base to unravel the underlying causes of failure