Learn about and connect with stakeholders you may find helpful in advancing your own bycatch reduction interests or objectives.
Fishtek Marine is an engineering company that specialises in the design and manufacture of technologies which mitigate the environmental impacts of commercial fishing. Our smart fishing gear is successfully used in fisheries around the world to reduce bycatch of cetaceans, turtles, seabirds and sharks. In addition to our existing product range, we regularly consult with a wide variety of stakeholders on marine conservation issues and our award-winning engineers are able to develop ideas into viable commercial products using their expertise in mechanical, electronic and injection mould tool design. Our team have many years' experience working in the fishing industry and take to care to ensure solutions work for both fishermen and the environment.
Florida State University Coastal and Marine Laboratory Ichthyology and Fisheries Science Lab
The mission of the FSUCML is to conduct innovative, pioneering, interdisciplinary research on coastal and marine ecosystems, to mentor the next generation of problem solvers, and to leverage scientific outcomes and expertise through engagement with stakeholders to optimize marine management and conservation. Within the FSUCML Ichthyology and Fisheries Science Lab, our focus is on the biology and ecology of exploited and poorly studied estuarine and marine fishes. Much of our research addresses specific biological gaps necessary for management and conservation of coastal and deep-water sharks and rays. We employ a variety of tagging and telemetry techniques to examine movements, migration, habitat use patterns and post-release survival of vulnerable and imperiled species. We also use fishery-independent surveys to study population dynamics and the drivers of distribution patterns of fishes and to facilitate studies of life histories, reproductive biology, trophic ecology, stress physiology, systematics and bycatch reduction.
Future Oceans Pty Ltd
Founded in 1999, Future Oceans is an Australian based organization dedicated to the protection of all marine wildlife. We design and manufacture products that help enable commercial fisheries to operate sustainably. Our acoustic whale and dolphin pingers are used all around the world in efforts to mitigate cetacean bycatch.
Marine Mammal Commission
The Marine Mammal Commission provides independent, science-based oversight of domestic and international policies and actions of federal agencies addressing human impacts on marine mammals and their ecosystems. Our mission is largely driven by the Marine Mammal Protection Act (MMPA). The MMPA was enacted in October 1972 in partial response to growing concerns among scientists and the general public that certain species and populations of marine mammals were in danger of extinction or depletion as a result of human activities. The MMPA set forth a national policy to prevent marine mammal species and population stocks from diminishing beyond the point at which they cease to be significant functioning elements of the ecosystems of which they are a part. For more about our priorities and activities, please visit our website: www.mmc.gov
Novatec Braids Ltd
Novatec Braids Ltd is a privately held manufacturer of Novabraid Braided Ropes with a specific focus on commercial fishing solutions. Located in Yarmouth, Nova Scotia Canada, Novatec Braids has worked tirelessly to develop ropes to enhance sustainable productivity within the fishing industry and created innovative products to protect marine mammals through cooperative efforts with marine scientists, regulatory agencies, and fishing industry groups. Beginning in 2014, Novatec Braids worked jointly with the Massachusetts South Shore Lobstermen’s Association to produce the SSL 2.0 low strength breakaway link, allowing fishermen to augment their existing vertical lines with an engineered rope “fuses” that would part when subjected to a load equivalent to that of a whale entanglement. After lengthy scientific studies, Novabraid is ready to provide the links in an assortment of sizes and ID color flecks with the goal of protecting migratory whale species from entanglement, identifying gear from specific fisheries, while allowing lobster and crab fishermen to continue making their livelihood from our oceans. We continue to work with advocacy groups along with industry partners interested in protecting whale species through other methodologies and can provide ultra-high modulus, small diameter cord for electronic “ropeless” fishing options as well as oceanographic research deployment and recovery lines.
SafetyNet Technologies develops light emitting devices to help fishermen catch the right fish, lowering bycatch by up to 90% and improving fishing revenues by 25%. This saves more fish, helps fishermen, and protects an increasingly essential food source now and for the future. We have projects around the world with national governments, scientists, retailers and the fishing industry.
School for Marine Science and Technology, University of Massachusetts Dartmouth
School for Marine Science and Technology is a graduate school at the University of Massachusetts engaging in research and education in all areas of marine science and technology. The Fish Behavior and Conservation Engineering (FBACE) Laboratory under the leadership of Professor Pingguo He focuses on the understanding of fish behavior, in the laboratory and in the field, and the application of the knowledge in designing fishing gears and operational strategies to reduce bycatch and discards, seabed disturbance, and other environmental impacts of fishing operations.
Sea Mammal Education Learning Technology Society (SMELTS)
SMELTS is dedicated to developing technologies that reduce harmful interactions between humans and marine mammals. We have created a patent pending Ropeless fishing system that uses compressed air with variable buoyancy lift bags to bring gear to the surface which completely eliminates the vertical line and bouy. The system is complemented by an acoustic modem used to track gear location and trigger the lift bag inflation. This is a negatively buoyant fishing retrieval system that has the ability to lift heavy loads from the seafloor to the surface with ease. The system is easily scalable to meet the diverse requirements of many different fisheries. In addition, when at the surface it transmits active location information via satellite to the fishing vessel. This technology has the potential of eliminating entanglement risks to marine mammals, reducing gear conflicts, and minimizing ghost fishing and marine debris.