Abstract:
Assessing the effect of photovoltaic (PV) systems on ecosystem restoration is the main goal of this study. Three goals were specified. The first aims to comprehend ecosystem problems brought on by climate change in the Kibare lakeshores of Kayonza District. The second to examine the possible advantages of PV systems to aid ecosystem restoration. Finally. the third goal goes a step further using a case study to assess the real impacts of PV systems on ecosystem restoration in the Kibare lakeshores of Kayonza District.Literature review explored the relationship between photovoltaic (PV) technology and its potential effects on ecosystem restoration. The use of mixed-methods was priority by emphasizing on reliability, validity, ethical considerations, and detailed data collection and analysis procedures.Community input from the Kibare Lakeshores area further enhanced the study, ensuring a community-focused approach through collaboration with local organizations. This collaboration shed light on the potential impacts of photovoltaic technology on their ecosystems.Climate change emerged as a significant threat to the ecological health and biodiversity of the Kibare Lakeshores.A meticulous study in Kayonza District reveals promising impacts of Photovoltaic (PV) systems on ecosystem restoration, affirming their positive influence on the region's ecological recovery.The study emphasizes the necessity of conservation amid climate change threats to Kibare Lakeshores. Positive PV technology outcomes showcase its potential for sustainable ecosystem restoration, supported by stakeholder perceptions in Kayonza District.The results of this research are valuable guidance for policymakers, conservationists, and local communities, contributing to a more sustainable future for Rwanda and the world.
