Assessment of Water Resources Utilization and Management in Chahi Sub-Catchment, Kisoro District, Uganda

Type Thesis or Dissertation - Master Thesis
Title Assessment of Water Resources Utilization and Management in Chahi Sub-Catchment, Kisoro District, Uganda
Author(s)
Publication (Day/Month/Year) 2012
URL http://etd-library.ku.ac.ke/bitstream/handle/123456789/6879/TERA MARAHI​MOSES.pdf?sequence=1&isAllowed=y
Abstract
There is a growing global concern over the future of the world?s water resources due to the preceding vulnerability. Some of the factors contributing to the increase in water resources vulnerability include population growth and poor land use practices. This study assessed the local uses and management of water resources and the local coping mechanisms, identified the drivers of water resources scarcity and evaluated the opportunities and challenges of managing water resources in Chahi sub-catchment, Kisoro District, Uganda. To achieve the objectives of the study, the following empirical tools were used; a structured questionnaire, key informant interviews and field observation guides. A total of 100 households and 20 key informants were interviewed. Numerical tools for data analysis comprised descriptive statistics and non-parametric test. SWOT analysis tool was used to examine the challenges and opportunities. The study identified pipe borne water (89%), stream (58%), rain (40%) through roof catchment and vendors (8%) as the major sources of water in the sub-catchment, with domestic (100%) and agricultural (24%) being the major local uses of water. Women played a key role in the management of water sources, making use of the water and fetching of water from the water sources. Construction of water points, maintenance of available water points, fencing of the water source, participatory planning in water management, equitable distribution of water tanks and training on water management were identified by households as interventions to ensure sustainable water supply and management in the sub-catchment. Drivers of water resources scarcity in the sub-catchment included climate change (98%), poverty among the households (80%), population growth (77%), pollution (41%), inadequate information on water management (33%), land use practices (20%) and deforestation (16%).

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