Building Resilience of Lake Bosumtwi to Climate Change (RELAB)


Start date: 1 January, 2018 End date: 30 September, 2023 Project type: Research projects in countries with extended development cooperation (earlier Window 1) Project code: 18-02-GHA Countries: Ghana Thematic areas: Aquatic environment and resources, Climate change, Food security and safety, Lead institution: University of Energy and Natural Resources (UENR), Ghana Partner institutions: Aarhus University (AU), Denmark Helmholtz Centre for Environmental Research (UFZ), Germany University of Ghana (UG), Ghana Project website: go to website (the site might be inactive) Project coordinator: Peter Sanful Total grant: 9,959,973 DKK Project files:

Project summary

Climate change is altering lake ecosystem functions and affecting livelihoods of rural communities dependent on the ecological services of climate-sensitive waterbodies. Anthropogenic pressures may undermine ecosystem resilience and amplify human vulnerability to climate change. At Lake Bosumtwi, climate change has altered the lake’s limnology, resulting in fish decline. Sustainability of the watershed and fish resources is threatened by climate and anthropogenic stressors whose individual and synergistic effects on ecosystem function are unknown. New livelihoods emerging from adaptations to poor fish harvest are altering land use patterns within the watershed with unknown implications for lake health and its ability to rebound from climate impacts and anthropogenic pressures. Our project will resolve the complex interactions at the ecosystem and watershed scale and investigate the dynamics within the socioecological system. This information will be used for policy and management of the Bosumtwi watershed. With high resolution monitoring of lake physics, biogeochemistry, primary production, fisheries, land use changes, sedimentation and livelihood adaptive mechanisms, we aim to collect the most comprehensive dataset in West Africa. These data will be used to develop models that incorporate climate, lake, fisheries and land-use variability to predict the effect of climate and human activities on ecosystem function and fisheries. Our project will harness Ghanaian, Danish and German expertise to interpret complex climate-lake-watershed interactions with novel application of models. Research results will be disseminated to stakeholders through several mechanisms including hands-on workshops coinciding with the project annual meetings. The long-term goal of the project is to build ecosystem resilience and reduce vulnerability by promoting sustainable fisheries, livelihoods and watershed management through the training of scientists, students and managers.

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