The effect of bio mass arrangement on nakiwogo landing site, effect on fish and other habitat on lake Victoria.congugated C-N vibrations
Creators: name: Happy Edwards, Uwayesu
name: Baguma, Gabson
name: Nansereko, Sharon
Publisher: name: figshare
Year: 2025
Subjects: classificationCode: 410201
subject: Bioavailability and ecotoxicology
classificationCode: 410203
subject: Ecosystem function
classificationCode: 410206
subject: Landscape ecology

description: <br><br><br>ABSTRACTBiomass waste management has become a pressing environmental issue, particularly in areas where organic waste is generated in significant quantities. The Nakiwogo landing site, a busy area in Uganda serving as a transport hub between the mainland and several islands on Lake Victoria, faces challenges posed by biomass waste. This essay will explore the effects of biomass waste on the Nakiwogo landing site, analyze impacts on the environment and public health, and discuss the contributions of influential individuals in waste management. A well-reasoned analysis of differing perspectives will provide insights into current conditions and potential future developments.Nakiwogo landing site has historically been a vital economic center. It serves thousands of individuals daily, providing services to residents and tourists alike. The accumulation of waste in such a critical location poses significant risks to both human health and the ecosystem. Biomass waste<br>Introduction The impact of biomass waste on the Nakiwogo landing site primarily manifests through water pollution. The mass disposal of organic waste leads to the leaching of nutrients into Lake Victoria. This nutrient enrichment can cause eutrophication, a process characterized by excessive growth of algae. Algal blooms can disrupt the aquatic ecosystem, depleting oxygen levels and harming fish populations. This phenomenon threatens not only biodiversity but also the livelihoods of local fishermen who depend on the lake for their income.carbon produced from water hyacinth under a full factorial experimental design with three factors and three levels (pH,2,5 and 8, adsorbent dose 0.5,1and1.5 in 100 mL and contact time 30, 60 and120 min). A phosphoric acid solution of 37% was used to contributions to waste management practices in Uganda. Dr. Kiggundu, a researcher at Makerere University, has focused on innovative composting techniques that can mitigate the effects of biomass waste. His work emphasizes the importance of education and community engagement in sustainable waste management strategies. Furthermore, collaborations with local authorities have aimed to implement better waste management policies at landing sites like Nakiwogo. Influential individuals and organizations play a crucial role in raising awareness, advocating for change, and fostering community initiatives aimed at waste reduction.This is significantly contributing to the toxicity of industrial wastewater. Cr exists in different forms such as chromate (CrO42–, Cr(OH)2+, Cr(OH)3◦, and Cr(OH)4−) and dichromate (Cr2O72–, HCrO4−, and CrO42− which showed the complex chemistry of the Cr.Analysis Part of this study aimed to remove chromium from electroplating wastewater using activated carbon from water hyacinth under a full factorial experimental design using adsorbent dose, pH, and contact time. There are differing perspectives on how to manage biomass waste at the Nakiwogo landing site. Some stakeholders advocate for immediate interventions such as waste removal and stricter regulations on waste disposal. Proponents of this approach argue that without timely action, the health, economic, and ecological impacts will worsen over time. On the other hand, some community members suggest adopting a more participative approach that includes developing local solutions tailored to the community’s specific needs. This perspective emphasizes education, advocacy, and infrastructure development as fundamental components for long-term success in waste management. To create a more sustainable future for the Nakiwogo landing site, it is essential to explore innovative waste management strategies. The integration of organic waste into composting initiatives presents a promising solution. Composting not only diverts waste from landfills but also generates valuable resources that can enrich the soil for agricultural activities. Urban agriculture projects could benefit from compost-generated nutrients, thereby bolstering food security in the region.PH of a point.The measurement of PH was performed using 1 g of activated water hyacinth adsorbent which was placed in 50 mL solution in Erlenmeyer flasks for the time of 48 h and the pH of the Solution was adjusted using the solution of 0.01 M HCl and 0.01 M NaOH in the range of the 2 to 12 pH. <br>Moreover, local government interventions will be critical in facilitating effective waste management practices. Policies encouraging community involvement in clean-up drives or compost production can help foster a sense of ownership within the community. Investment in waste management infrastructure will also determine future success. Improved waste collection systems and recycling facilities can lead to a cleaner environment and reduced emissions, ultimately benefiting the Nakiwogo landing site.Findings The l properties of wastewater were investigated thoroughly and the values of the findings are present form of means plus standard deviation to check the variation among replications and duplicate measurements. In line with this, the average temperature and wastewater pH was found to be 21.00 ± 0.65 ℃ and 3.02 ± 0.7.According to Ugandan industrial effluent discharging standards, the maximum permissible discharging limits of wastewater terms of temperature should be lower than 30 ℃ and the pH has to be within the range of 5–9. In terms of temperature, the wastewater is safe and can be discharged into the environment.From the observations C-H stretch vibration for alkanes, 211 cm–1 attributed to non-conjugated C-N stretching vibrations, 163 cm−1 and 176 cm−1 correspond to C = O stretch vibration of carboxylate, 1321 cm−1 and 1422 cm−1 attributed to C-H bending vibrations (C-H deformation), 1013 cm−1 and 1057 cm−1 correspond to C-O. This critics that biomass exposure to the lake might be relevant for life cut of in the years to come.Habitats around,especially fish reduction might be concurrent in coming yearsIn conclusion, the High concentrations of the cytol parameters of wastewater were found which required urgent treatment intervention. Specifically, a high Cr concentration (92.16 ± 0.768 mg/L) was obtained in wastewater. Mainly, this study aimed to remove Cr bio mass ions from wastewater using activated carbon produced from water hyacinth under ph levels (pH,2,5and8, adsorbent dose 0.5,1and1.5 in 100 mL and contact time 10, 20 and60min). This adsorbent was activated chemically and thermally and its characteristics were described ineffects of biomass waste on the Nakiwogo landing site are profound and multifaceted. The environmental, health, and economic implications demand immediate attention from policymakers, community leaders, and residents alike. Influential figures in the field of waste management have laid the groundwork for future advancements, but a concerted effort is needed to address the challenges at hand. Embracing innovation, fostering community participation, and implementing supportive regulations can pave the way for a sustainable future for the Nakiwogo landing site and its inhabitants. As awareness increases and collaborative initiatives grow, the hope for a cleaner and healthier environment becomes increasingly attainable.<br><br><br>References 1 C. Kiggundu, "Innovative composting techniques for urban waste management in Uganda," Makerere University Press, Kampala, Uganda, 2021. 2 M. N. Nampiima, "Community-driven waste management practices in Uganda," Journal of Environmental Management, vol. 250, no. 3, pp. 1-10, 2022. 3 U. W. Ajiambo, "Eutrophication in Lake Victoria: Causes and consequences," Hydrobiologia, vol. 844, no. 10, pp. 123-135, 2023. 4 R. O. Abaho, "Public health impacts of waste management in urban areas of Uganda," Public Health Research, vol. 11, no. 5, pp. 245-256, 2022.5 Aemig Q, Hélias A, Patureau D. Impact assessment of a large panel of organic and inorganic micropollutants released by wastewater treatment plants at the scale of France. 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