Browsing by Author "Wozei, Eleanor"

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    A Framework for Managing Water Quality from Hand-dug Well: A Case of Mutukula Town Council, Uganda
    (East African Nature and Science Organization, 2025-02-09) Tumwebaze, Yosam; Agunyo, Miria Frances; Wozei, Eleanor; Nkambwe, Sarah Kizza
    This research proposed the adoption of a framework as a supporting tool to enhance the management of the quality of water from hand-dug wells in Mutukula Town Council, Uganda. Although water from hand-dug wells is often considered prone to contamination, no such study has been carried out for Mutukula Town Council. Adopting both qualitative and quantitative approaches including the use of surveys, experimentation and tools such as the sanitary inspection package developed by the World Health Organization, the research clearly indicated that not only was the quality of water from the 5 wells considered poor but that the wells also lacked pertinent components such as secure covers, drainage provisions, headwalls among others. Moreover, the absence of regulatory tools/guidelines, and cultural and socioeconomic practices amongst community members further contributed to risks associated with using water from these wells. This research proposes a framework that can be adopted by respective local authorities to enhance management and monitoring of water quality and it incorporates key components of training and capacity building, collective supervision and encouraging regular engagements with the various stakeholders
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    Plant communities as indicators of anthropogenic disturbance on a peri-urban tropical wetland of Lutembe Bay wetland system, Uganda
    (Sustainable Environment, 2024) Takuwa, Nuubu; Wozei, Eleanor; Kizza-Nkambwe, Sarah; Malinga, Geoffrey; Kilande, George; Kinobe, Joel
    Wetland degradation linked to peri-urban anthropogenic pressures is a major threat to wetland biodiversity. However, little is known of the response of biodiversity to this disturbance. Biotic indicator species are useful for assessing the health and ecological integrity of wetlands. This study evaluated patterns of plant species richness and composition, and determined species characterizing each of three differently disturbed wetland sites of Lutembe Bay Wetland, a peri-urban Ramsar Wetland of International Importance and an Important Bird Area in Uganda. The study revealed that total nitrogen decreased following wetland degradation, but total phosphorous was not affected; pH values were <5.5, while OM content was low in the lightly and heavily (2.5–4.4%) degraded sites. While plant species richness did not differ among the sites, total species richness was higher in heavily disturbed, compared to lightly disturbed and relatively intact sites. Community composition differed significantly among the three sites. Indicator plant species were then identified which could be employed as a rapid assessment tool to infer the level of degradation in the sustainable management of Afrotropical wetlands by practitioners. Results show that continued unsustainable use of wetlands results in changes in soil properties and plant species composition, highlighting the need to restore anthropogenically disturbed parts of wetlands and to prevent further degradation of less degraded areas.