Good Fish Guide 2019
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Shark's Fin Soup Also Helps the Poor
Shark’s fin soup Also helps the Poor ‘’Each year, 73 million sharks are killed primarily for their fins to feed our increasing hunger for sharks fin soup.’’ WWF Singapore ‘Humans kill 100 million sharks a year …and for what? Shark fins for a tasteless bowl of soup.’ Another wildlife organization The basis for these statements originates from unknown sources, are magnified and reproduced ad nauseam. No data is given to support this. By repetition and media advertorials, the world is misled into believing that – • 73 million sharks are killed specifically for their fins • Most of the fins are cruelly taken from live sharks Both statements are untrue. The truth is – 1. 80% of sharks are accidentally caught 2. Most fins are humanely taken from landed, dead sharks Fishing Shark is another fish in the ocean. In the debate over sharks, it is projected as if it is not part of the fishing industry. When the fisherman goes to sea, he will find in his nets all types of fish – shrimps, sharks, ordinary fish, squids. Fishermen in poor developing countries consume all the meat, or sell them in the local market. They are too hungry or poor to throw away the meat. Global shark catch Sharks are caught everywhere, and in different ways - artisanal fishing, commercial fishing by-catch, and targeted shark catch. Most of the sharks caught are by artisanal fishermen. Artisanal fishing is small commercial or subsistence fishing where bony fish, sharks and shrimps are caught in the fishing nets. The UN Food and Agriculture Organization (FAO) states that the global shark catch for 2009 is 720,000 tons. -
Media Training Workshop
Quarterly Newsletter of the Maritime Aboriginal Aquatic Resources Secretariate Vol. 5 Issue 2, December 2009 Media Training Workshop Brett Bancroft Communications Data Information Librarian and Franz Kesick Nova Scotia Aquaculture Marketing Development Officer attended a Media Training Workshop held at the Nova Scotia Agricultural College in Bible Hill, Nova Scotia. The workshop was sponsored by the Nova Scotia Environmental Network (NSEN), with funding from Mountain Equipment COOP. Left – Tamara Lorincz, Right – Elizabeth Goldenshtein The goal of the workshop was to familiarize the participants with the various functions and types of media. It also gave the participants basic skills to assist in advancing education, publicity and advocacy goals of our organizations. The workshop also provided opportunities to learn the various techniques in media communications and the proper way of writing press releases, communiqués and advisories as well as preparing media kits. The workshop also covered aspects of the new media, such as social web sites and instant communications via the world wide web around the world. The presenters were Elizabeth Goldenshtein, an experienced media professional, Stephanis Nadalin who has years of experience as a communications expert, Tamara Lorincz, Executive Director of the NSEN and Sam Juru, Coordinator of Caucus and Programs for the NSEN. 2 Netawek Ikjikum – Voice of the Ocean Vol. 5 Issue 3, December 2009 The Lobster Sustainability Measures By MAARS PEI AMDO Naomi Crane In July 2009, Minister Gail Shea announced $65 million toward the wounded Lobster Industry as a reaction to falling prices in Atlantic Canada’s most lucrative fishery. This $65 million announcement has a two part implementation plan. -
Mercury Info Sheet
Methyl Mercury The danger from the sea Report by SHARKPROJECT International • Aug. 31, 2008 Updated by Shark Safe Network Sept. 12, 2009 ! SHARK MEAT CONTAINS HIGH LEVELS OF METHYL MERCURY: A DANGEROUS NEUROTOXIN In the marine ecosystem sharks are on top of the food chain. Sharks eat other contaminated fish and accumulate all of the toxins that they’ve absorbed or ingested during their lifetimes. Since mercury is a persistent toxin, the levels keep building at every increasing concentrations on the way up the food chain. For this reason sharks can have levels of mercury in their bodies that are 10,000 times higher than their surrounding environment. Many predatory species seem to manage high doses of toxic substances quite well. This is not the case, however, with humans on whom heavy metal contamination takes a large toll. Sharks at the top end of the marine food chain are the final depots of all the poisons of the seas. And Methyl Mercury is one of the biologically most active and most dangerous poisons to humans. Numerous scientific publications have implicated methyl mercury as a highly dangerous poison. Warnings from health organizations to children and pregnant women to refrain from eating shark and other large predatory fish, however, have simply not been sufficient, since this “toxic food-information” is rarely provided at the point of purchase. Which Fish Have the Highest Levels of Methyl Mercury? Predatory fish with the highest levels of Methyl Mercury include Shark, King Mackerel, Tilefish and Swordfish. Be aware that shark is sold under various other names, such as Flake, Rock Salmon, Cream Horn, Smoked Fish Strips, Dried cod/stockfish, Pearl Fillets, Lemonfish, Verdesca (Blue Shark), Smeriglio (Porbeagle Shark), Palombo (Smoothound), Spinarolo (Spiny Dogfish), and as an ingredient of Fish & Chips or imitation crab meat. -
THE SHARK and RAY MEAT NETWORK a DEEP DIVE INTO a GLOBAL AFFAIR 2021 Editor Evan Jeffries (Swim2birds)
THE SHARK AND RAY MEAT NETWORK A DEEP DIVE INTO A GLOBAL AFFAIR 2021 Editor Evan Jeffries (Swim2birds) Communications Stefania Campogianni (WWF MMI), Magdalena Nieduzak (WWF-Int) Layout Bianco Tangerine Authors Simone Niedermüller (WWF MMI), Gill Ainsworth (University of Santiago de Compostela), Silvia de Juan (Institute of Marine Sciences ICM (CSIC)), Raul Garcia (WWF Spain), Andrés Ospina-Alvarez (Mediterranean Institute for Advanced Studies IMEDEA (UIB- CSIC)), Pablo Pita (University of Santiago de Compostela), Sebastián Villasante (University of Santiago de Compostela) Acknowledgements Serena Adam (WWF-Malaysia), Amierah Amer (WWF-Malaysia), Monica Barone, Andy Cornish (WWF-Int), Marco Costantini (WWF MMI), Chitra Devi (WWF-Malaysia), Giuseppe di Carlo (WWF MMI), Caio Faro (WWF Brazil), Chester Gan (WWF-Singapore), Ioannis Giovos (iSea), Pablo Guerrero (WWF-Ecuador), Théa Jacob (WWF-France), Shaleyla Kelez (WWF-Peru), Patrik Krstinić (WWF-Adria), Giulia Prato (WWF-Italy), Rita Sayoun (WWF-France), Umair Shahid (WWF-Pakistan), Vilisoni Tarabe (WWF-Pacific), Jose Luis Varas (WWF-Spain), Eduardo Videira (WWF-Mozambique), Ranny R. Yuneni (WWF-Indonesia), Heike Zidowitz (WWF-Germany). Special acknowledgments to contribution of Glenn Sant (TRAFFIC). Special acknowledgements go to WWF-Spain for funding the scientific part of this report. For contact details and further information, please visit our website at wwfmmi.org Cover photo: © Monica Barone / WWF Safesharks Back cover photo: © Matthieu Lapinski / Ailerons WWF 2021 CONTENTS EXECUTIVE SUMMARY 4 SHARKS AND RAYS IN CRISIS 6 THE OVERALL TRADE VALUE 7 GLOBAL NETWORK ANALYSIS 8 SHARK MEAT TRADE 10 RAY MEAT TRADE 18 THE ROLE OF THE EUROPEAN UNION IN THE SHARK AND RAY TRADE 26 A GLOBAL SELECTION OF DISHES WITH SHARK AND RAY MEAT 28 RECOMMENDATIONS 30 © Nuno Queirós (APECE) / WWF 3 EXECUTIVE SUMMARY SHARKS AND RAYS ARE IN CRISIS GLOBALLY Up to 100 million are killed each year, and some populations have declined by more than 95% as a result of overfishing. -
A Review of Guidance on Fish Consumption in Pregnancy: Is It Fit for Purpose? Public Health Nutrition
Taylor, C. , Emmett, P., Emond, A., & Golding, J. (2018). A review of guidance on fish consumption in pregnancy: Is it fit for purpose? Public Health Nutrition. https://doi.org/10.1017/S1368980018000599 Publisher's PDF, also known as Version of record License (if available): CC BY Link to published version (if available): 10.1017/S1368980018000599 Link to publication record in Explore Bristol Research PDF-document This is the final published version of the article (version of record). It first appeared online via Cambridge University Press at https://www.cambridge.org/core/journals/public-health-nutrition/article/review-of-guidance-on- fish-consumption-in-pregnancy-is-it-fit-for-purpose/BC3BB20A2D848F5CF5AED90C86413F85 . Please refer to any applicable terms of use of the publisher. University of Bristol - Explore Bristol Research General rights This document is made available in accordance with publisher policies. Please cite only the published version using the reference above. Full terms of use are available: http://www.bristol.ac.uk/red/research-policy/pure/user-guides/ebr-terms/ Public Health Nutrition: page 1 of 11 doi:10.1017/S1368980018000599 Review Article A review of guidance on fish consumption in pregnancy: is it fit for purpose? Caroline M Taylor*, Pauline M Emmett, Alan M Emond and Jean Golding Centre for Child and Adolescent Health, Population Health Sciences, Bristol Medical School, University of Bristol, Oakfield House, Oakfield Grove, Bristol BS8 2BN, UK Submitted 17 November 2017: Final revision received 14 February 2018: Accepted 14 February 2018 Abstract Objective: Public health messages to reduce Hg exposure for pregnant women have focused exclusively on advice on fish consumption to limit Hg exposure, with little account being taken of the positive contribution of fish to nutritional quality. -
Good Fish Guide 2018
Reducing your 1 LOW eat Try to only eat fish listed as If what you are looking for isn't listed Definitely give Fish to avoid a miss, Best choice - those rated 1 or 2 below, it's likely to be rated 3 or 4 . these are rated 5 and include Good Fish impact on our 2 are the most sustainable! threatened or endangered species 2018 seas by choosing 3 think You can find over 600 ratings for 150 and fish from damaging fisheries or Guide species on goodfishguide.org farming systems. sustainable fish 4 or the Good Fish Guide app is easy 5 HIGH for Apple iOS (iPhone) avoid FREE and Android Best choice Only from these areas - fished or farmed like this Fish to avoid Anchovy Bay of Biscay Eel, European , Conger You can play a key role Basa or Pangasius (farmed) ASC certified; Vietnam - GAA BAP 3* Grouper in securing the future of our seas Bream, Gilthead (farmed) Onshore production; Organic certified Halibut, Atlantic - North East Atlantic and marine wildlife by making Clam, Manila (farmed) UK wild more environmentally responsible Cod, Atlantic North East Arctic or Iceland - MSC certified Marlin, Blue - Atlantic choices when buying seafood. Coley or Saithe North East Arctic, Iceland, Faroe Islands, North Sea, Skagerrak, West of Scotland and Rockall Mullet, Grey or Thicklip Crab, Brown Western Channel, Celtic Sea, Cornwall, Pembrokeshire - Pot caught Prawn, King or Tiger non-certified Dab North Sea - Seine netted farmed Make the right choice 90% of world fish stocks and reduce your impact. Haddock Rockall, Irish Sea; Iceland, North East Arctic - MSC certified Ray, Sandy, Shagreen, Starry Salmon, Atlantic - wild are either fully or over- Every purchase matters! Hake, European Cornwall - MSC certified Halibut, Atlantic (farmed) Scotland - Onshore production Seabass - North Sea, Irish Sea, English & exploited from fishing. -
Shifting Seas Part 5: the Challenge Facing Consumers
Shifting Seas Part 5: The challenge facing consumers BY LARRY PYNN, VANCOUVER SUN OCTOBER 20, 2009 University of B.C. fisheries researcher Jennifer Jacquet with a red snapper at Granville Island. Photograph by: Ian Lindsay, Vancouver Sun files Robert Hanner couldn't resist. While reading the menu at his favourite fish-and-chips shop in Cambridge, Ont., the DNA researcher noticed the words "halibut family." Equal parts curious and suspicious, he took a portion of the fish back to his lab at the University of Guelph, where he serves as associate director of the Canadian Barcode of Life Network in the department of integrative biology. The barcode network is an ever-expanding DNA data base — 5,500 fish have been listed internationally so far, with another 25,000 still to go — that allows scientists to reliably identify a particular specimen. In Hanner's case? "Hake," he revealed. "It's not even in the halibut family." Halibut is a bottom-dwelling flatfish and one of the most lucrative fishes on the market. Hake swim mid-water and figure much lower on the consumer food chain, a product for which there is no fresh local market yet remains popular in less-affluent eastern European countries. Mislabelling raises issues of public health, consumer fraud, and environmental sustainability. And the increasing globalization of seafood makes it all the more difficult for consumers to know what they're getting. "When you buy things caught in Chilean waters, processed at sea on a Chinese vessel, sold to a Russian distributing firm that then markets it in Canada, you see where the disconnect comes in," Hanner argues. -
Bulletin of the United States Fish Commission Seattlenwf
INDEX. A . Page. Pnge . Auguilla megaloatoma ..................... 73 Abbott. C . C ..................... .118.110.200. 24‘48 mowa ............................. 73 Aclilya .................................... 441 rostrate ........................... 125 prolifera in carp disense ............. 439 toxnua ............................ 73 Acinota tuberoaa ........................... 244 vulgaris .......73,74,105,100.120,122, 120 Aciponser rubicundus ...................... 126 Annio IIodgdou, boat, successful codflsh Actinophreys sol ........................... 241 trawling by ..................... 420 Akers, Gcorgo F ........................... 215 Anodon .................................... 412 Alund ...................................... 222 Anodouta .................................. 404 introduction of, into England ........ 218 Anomolocera Patorsonii .................... 239 Albert, Prince Alfred Emeet ............... 301 Anonymons ................................ 110 Aldrovnndi ................................. 81 Anurma striata............................. 403 “Alowife” ................................. a0 Apoltes ................................... 20 Alewives in Saint Croix River .............. 2iO quadracue, development of ......... 24 introduced with shad ............. 70 spinning habits of ...... 24 movements of. In Colorndo River, structure of ............ 24 Toms .......................... 00 “Aqunrinm fungus,” a confusing torm ..... 440 summnry of fisliing rccordn for, at Ardoron, Willinm .......................... 113 Willow -
Dogfish Harvesting and Processing
HARVESTING AND PROCESSING: An Examination of Key Economic Factors in the Mid-Atlantic Region . RON GRULICH WILLIAM D. DUPAUL Sea Grant Marine Advisory Services Virginia Institute of Marine Science Gloucester Point, Virginia fiNAL REPORT Contract No. 85-21-149_57V MARCH 1986 This project was supported in part by the Virginia Sea Grant College Program at the Virginia Institute of Marine Science. Dogfish Harvesting and Processing: An Examination of Key Economic Factors in the Mid-Atlantic Region Ron Grulich William D. DuPaul Sea Grant Marine Advisory Services Virginia Institute of Marine Science Gloucester Point, Virginia Prepared for: Mid-Atlantic Fisheries Development Foundation 2200 Somerville Road, Suite 600 Annapolis, Maryland 21401 (301) 266-5530 March 1986 Contract No. 85-21-14957V This project was supported in part by the Virginia Sea Grant College Program at the Virginia Institute of Marine Science, Gloucester Point, Virginia 23062; (804) 642-7164. Dogfish Harvesting and Processing: An Examination of Key Economic Factors in the Mid-Atlantic Region Since the enactment of the Magnuson Fisheries Conservation and Management Act of 1976, the U.S. fishing industry has grown both in the size and number of fishing vessels harvesting in the 200 mile Fisheries Conservation and Management Zone. This growth has significantly increased the fishing pressure on traditional species and has forced management authorities to increase both the number and complexity of fishing regulations. In many cases, these regulations have restricted both the length of time fishermen can operate within a particular fishery as well as the amount of fish they can harvest. Commercial fishermen are renowned for their creativity and resourcefulness. -
Trade Secrets: Renaming and Mislabeling of Seafood
Author's personal copy ARTICLE IN PRESS Marine Policy 32 (2008) 309–318 www.elsevier.com/locate/marpol Trade secrets: Renaming and mislabeling of seafood Jennifer L. JacquetÃ, Daniel Pauly The Sea Around Us Project, The Fisheries Centre, University of British Columbia, 2202 Main Mall, Vancouver, British Columbia, Canada V6T 1Z4 Received 9 June 2007; accepted 23 June 2007 Abstract As the global trade and market for seafood has grown, so have the twin problems of renaming and mislabeling. Resource scarcity, the potential for greater profits, and weak legislation have all encouraged incorrect labeling, the results of which include consumer losses, the subversion of eco-marketing, further degradation of fisheries resources, and even adverse effects on human health. This paper examines the extent and consequences of renaming and mislabeling seafood, the state of current legislation, and the importance of future policies, with particular attention to the US, where 80% of the seafood is imported and more than one-third of all fish are mislabeled. Policy recommendations include governments’ support for a global mandate to label species, country of origin, and catching or production method on all seafood with high penalties for infractions. Chain of custody standards, such as those recently implemented by the Marine Stewardship Council (MSC), should also be considered for adoption worldwide. To garner support for this legislation, consumers must become better acquainted and concerned with their seafood and its origins. r 2007 Elsevier Ltd. All rights reserved. Keywords: Eco-label; Fisheries; Globalization; Mislabeling; MSC; Renaming; Seafood; Substitution; Traceability 1. Introduction There are several factors to consider when labeling seafood, such as: (a) species’ identity; (b) country of origin; In the 1980s, capture fisheries peaked [1]. -
MARINE RECREATIONAL FISHING REGULATIONS in South Africa
MARINE RECREATIONAL FISHING REGULATIONS in South Africa Effective fisheries regulations are based on sound scientific advice and ecological information to ensure long-term sustainable utilization of our fish resources. As an angler you can help achieve long-term successful management of our marine resources by complying with the fishing regulations. This document simplifies and summarises the regulations that apply to recreational line-fishing in South Africa’s marine and estuarine environments. The information provided here is not complete and may change periodically. For full details of the Marine Living Resources Act (Act No. 18 of 1998) and regulations promulgated thereunder, please contact your local fishery officer or the Department of Forestry, Fisheries and Environment. https://www.daff.gov.za/daffweb3/Branches/Fisheries- Management/Marine-Resource-Management/ Recreational-Fishing Special regulations may govern some estuaries, National Parks and Marine Protected Areas (MPAs). In such cases, please contact the relevant conservation authority. https://www.saambr.org.za/for-fishermen/ General Regulations • Every recreational angler must pay for the right to fish in marine waters by buying an annual (or temporary) recreational fishing permit. Different types of fishing permits are available including angling, spearfishing, boat skipper, etc. These permits are available from the Post Office. • A recreational fishing permit entitles the holder to catch fish for own use only and not to sell or trade. • The holder of a recreational angling permit is entitled to catch fish of the Class Pisces (i.e. bony fish, sharks, rays, skates and chimaeras) only with a rod, reel and line, to which no more than 10 hooks are attached. -
Do Our Childreneat At-Risk Fish Species?
Fish Consumption in School Canteens Do our children eat at-risk fish species? CONTENTS Introduction ................................................................................................. 4 Methodology ............................................................................................... 6 Summary: school catering in France ...................................................................... 6 Sample for the study ........................................................................................................6 Method of enquiry ............................................................................................................6 Questionnaire .......................................................................................................................7 Analysis of results ....................................................................................... 8 Sample obtained .................................................................................................................8 The supply chain .................................................................................................................8 The Catering Service Providers ................................................................................ 8 Supply and purchase ........................................................................................................8 Sustainable development policies ............................................................................ 9 Species consumed .............................................................................................................9