Submitted by ezollett on January 13, 2009 – 15:52 Authors: Tilzey, R., S. Goldsworthy, M. Cawthorn, N. Calvert, D. Hamer, S. Russell, P. Shaughnessy, B. Wise, and C. Stewardson Journal/Publisher Name: Australian Government, Fisheries Research and Development Corporation, Bureau of Rural Sciences, Project No. 2001/008 Contact information: Fisheries Research and Development Corporation PO Box 222 […]
Definition of 'Surrounding nets' | Consortium for Wildlife Bycatch Reduction
Surrounding nets enclose fish in net from both sides and bottom, effectively preventing escape. Purse seine nets have a purse cable running through purse rings hanging from the bottom edge of the net. This allows the net to be drawn closed when the cable is tightened. Purse seine nets can be operated by one or […]
Evolving and devolving bycatch reduction devices in an Australian penaeid-trawl fishery | Consortium for Wildlife Bycatch Reduction
Authors: Broadhurst, M.K., Brand, C.P. and Kennelly, S.J. Journal/Publisher Name: Fisheries Research Contact information: Three codends 1. a control, 2. a simplified Nordmore-grid and 3. one with a radial escape section were tested aboard trawl vessels off New South Wales Australia, to determine the effects on the catch of bycatch and target species. The codend […]
Addressing Bycatch in Artisanal Gillnet Fisheries | Consortium for Wildlife Bycatch Reduction
Submitted by Kate McClellan on July 9, 2012 – 10:32 While most of the research and development of bycatch reduction methods is focused in developed nations and commercial fisheries, some of the most severe coastal gillnet bycatch challenges are likely to be found in artisanal gillnet fisheries in developing nations. Efforts to address challenges in […]
Achieving greater reductions in marine mammal bycatch in South American gillnet fisheries | Consortium for Wildlife Bycatch Reduction
Universidad Nacional de la Patagonia, Puerto Madryn, Argentina9 am – 5 pmConveners: Tim Werner, Consortium for Wildlife Bycatch Reduction, New England Aquarium, USA; Kike Crespo, CENPAT, Argentina Purpose: Gillnet bycatch continues to be the most immediate threat to many endangered marine animals worldwide, including a large number of small cetaceans and pinnipeds. In a few areas, […]
Confirm subscription | Consortium for Wildlife Bycatch Reduction
Sign Up To Receive News Updates Chatham Albatross Chatham albatross are caught in a variety of longline and trawl fisheries in the southeast Pacific Ocean. Known mortality from bycatch has been observed in ling demersal and tuna pelagic longline fisheries (…
International Marine Mammal – Gillnet Bycatch Mitigation Workshop | Consortium for Wildlife Bycatch Reduction
Woods Hole, Massachusetts, USA The workshop will focus on assessing the state of the art in gillnet bycatch mitigation techniques and developing recommendations regarding best practices, including an identification of research priorities for the future. Organizers: Michael Simpkins, Chief, Protected Species Branch, Northeast Fisheries Science Center, NOAA Tim Werner, Director, Consortium for Wildlife Bycatch Reduction, New […]
Lobster Pot Gear Configurations in the Gulf of Maine | Consortium for Wildlife Bycatch Reduction
The Consortium for Wildlife Bycatch Reduction has been working collaboratively with the Maine Lobstermen’s Association (MLA) to identify innovative fishing gears and methods that are practical for fishermen but also reduce the frequency and severity of large whale entanglements from vertical lines (ropes that extend from the ocean surface to the trap on the ocean […]
New York Times: “Fishing Gear is Altered to Ease Collateral Costs to Marine Life” | Consortium for Wildlife Bycatch Reduction
The Consortium for Wildlife Bycatch has been featured in the August 22, 2011 New York Times Science article, “Fishing Gear is Altered to Ease Collateral Costs to Marine Life”. “The seafood on your plate is not the only animal that gave its life to feed you,” is one of the messages from Tim Werner, […]
Chatham Albatross | Consortium for Wildlife Bycatch Reduction
Species: Photo: Graham Robertson, Australian Antarctic Division Distribution: Southeast Pacific; breeds only in a small area of the Chatham Islands of New Zealand Population: Around 5,000 breeding pairs Bycatch Threat: IUCN Status: Chatham albatross are caught in a variety of longline and trawl fisheries in the southeast Pacific Ocean. Known mortality from bycatch has been […]
Newsletters | Bycatch Reduction Database
Sabah TEDs – Project Update (MY)1 Safe Leads for Safe Heads (AU) 3 Project AWARE’S Cleanup Day, Sept 19 (AU) 4 Blue Whale Reveals a Sobering Reminder About the Threats of Marine Debris (NZ) 5 Bycatch Reduction in French Guiana Shrimp Fisheries (GF) 6 NZ Sea Lions Miss Out on Bumper Squid Season (NZ) 7 […]
Hydrodredge: Reducing the negative impacts of scallop dredging | Bycatch Reduction Database
Back | New search Citation: Shephard, S., C.A. Goudey, A. Read, and M.J. Kaiser, 2009. Hydrodredge: Reducing the negative impacts of scallop dredging. Fisheries Research, 95, ps 206-209. Publisher address: Contact information: Link: http://www.sciencedirect.com/science Please notify the bycatchdatabse [at] neaq [dot] org (bycatch.org Administrator) if this link no longer accesses the document. Summary: A […]
Bycatch mitigation assessment for sharks caught in coastal anchored gillnets | Bycatch Reduction Database
Back | New search Citation: Thorpe, T. and Frierson, D, 2009. Bycatch mitigation assessment for sharks caught in coastal anchored gillnets. Fisheries Research, 98, ps 102-112. Publisher address: Contact information: Link: http://www.elsevier.com/locate/fishres Please notify the bycatchdatabse [at] neaq [dot] org (bycatch.org Administrator) if this link no longer accesses the document. Summary: The potential of […]
Spatial and temporal impact of pingers on porpoises | Bycatch Reduction Database
Back | New search Citation: Carlstrom J., Berggren P., Tregenza N.J.C, 2009. Spatial and temporal impact of pingers on porpoises. Can. J. Fish. Aquat. Sci, 66, ps 72-82. Publisher address: NRC Research Press Contact information: [email protected] AquaBiota Water Research AB, Svante Arrhenius vag 21A, SE-104 05 Stockholm, Sweden Link: Summary: Authors investigated the spatial […]
