A recent expert review of the ecological risks of net pen aquaculture in the North American Great Lakes made a number of recommendations for Best Management Practices (BMPs) that should be applied to establishment of net pen farms. Based on that_study, researchers identified nine generic BMPs that could be applied to all Global Great Lakes.
The research effort_looks at the trends in fishing effort and landings from 2000 to 2014 in relation to the performance of the Beach Management Units (BMUs) since they were put in place. Having conducted a survey on the performance of the BMUs, researchers notice that the BMUs have rules and regulations that have been put in place. Respondents identified critical habitats that are presented in this research, some of which have since been demarcated. Results show that BMUs know critical habitats and identify them as areas where fish breed (97%).
Earth system models are the only scientific tools yet developed that are capable of integrating the multitude of physical, chemical and biological processes that determine past, present and future climate. Researchers here use the Community Earth System Model (CESM) to generate depictions of environmental futures under climate change specifically to serve stakeholder needs for each of the major Great Lake watersheds.
The Intergovernmental Panel on Climate Change (2014) predicts by the end of this century ~1 4 degrees_C warming and an uncertain trend in future rainfall in the Great Lakes region of East Africa, perhaps 10% lower than present in the Malawi/Nyassa basin and 10% higher in the lake basins to the north. Radar altimetry records of lake level trends available since 1992 display decadal scale variability of 1-2 m, with an overall trend in the last decade towards lower levels in Lakes Malawi/Nyassa and Rukwa, and higher levels in the lakes to the north of Rukwa.
The fishery activities in Lake Edward are among the major economic activities sustaining livelihoods for the large majority of local communities. In spite of their importance, the conservation and management of critical aquatic habitats is still neglected, leading to alarming rates of decline in fisheries productivity. Growing populations, rapid industrialization and oil exploitation in the region are predicted to exacerbate the pressure on freshwater ecosystems. This requires that appropriate action should be taken for sustainable management of the fishery resources.
This project sought to respond to increased to increased environmental pressures from climate change, and to create and expand incentives to conserve biodiversity and ecosystem services in the South Kivu and Rusizi River cathments.
This paper highlights lessons from a study that was conducted along Lake Malawi from January to March 2014. The study aimed at building climate change resilience in the Malawi's fisheries sector. Collection of data was guided by the framework called Climate change impact pathways to fisheries and aquaculture systems . Several lessons on vulnerabilities, impacts, responses and measures were drawn from the study.
In the face of stagnating wild fisheries in Lake Victoria and a rapidly growing human population, aquaculture may improve food and livelihood security in Kenya, Uganda, and Tanzania. Very recently, cages for farming the introduced Nile tilapia have been popping up on the lake at a rapid rate. While cage culture could provide food and income, there are many pressing questions: What will be the physical impact of cages on the lake's limnology? Will there be adverse effects for wild populations?
The United Nations' 2030 Agenda for Sustainable Development accepts the formidable challenge of integrating historically siloed, economic, social, and environmental goals into a unified plan of action for people, planet, and prosperity. While small-scale fisheries in marine systems were given their target as part of SDG14: Life below water, at first sight the SDGs appear to ignore inland fisheries.