Sep 302013
 

Original story by , Brisbane Times

''This was our way of life. This is what I loved doing as a kid,'' Lenny Quinlan said as he supervised dozens of Aboriginal children holding fishing rods on a pebbly shore in Lake Macquarie. ''There's plenty of bream and snapper in there.''

Mr Quinlan, of the Worimi people, and three elders are teaching 38 Aboriginal children from the north coast how to catch, scale and gut fish, as well as the importance of fish in Aboriginal culture.

Passing the knowledge along: Melika Perry and Lenny Quinlan. Photo: Ben Rushton

Passing the knowledge along: Melika Perry and Lenny Quinlan. Photo: Ben Rushton

''It's a time for us elders - well, I'm an elder-cousin - to teach them how we caught and ate fish for generations here, before all this fast food and junk food,'' Mr Quinlan said. ''I learnt from watching my father, but it's the first time for many to learn here.''

In the past year there have been 10 fishing workshops for Aboriginal children, led by elders and organised with the Department of Primary Industries. From October, the workshops will stretch from Taree to Toukley, Ulladulla and Mogo.

Danny Chapman, a Walbunga man from Batemans Bay, said fishing techniques had ''evolved'' and traditional ways abandoned because of environmental and sustainability concerns.

The program keeps children occupied during the holidays, while for the adults, it is another step in improving ties between the Fisheries Department and Aboriginal communities that were damaged by catch restriction laws in the 1990s, said Mr Chapman, who is chair of the Aboriginal Fishing Advisory Council. ''In my community, fishing means everything. We call ourselves the saltwater people and if we didn't know how to fish, we wouldn't have survived,'' he said.

At Bolton Point, Lake Macquarie, the department's manager of fishing workshops, George Mannah, showed Shian, 8, from Karuah; and Keoni, 7, from Taree, how to use a scaler. ''This bully mullet, did you know, was a staple in the Aboriginal diet because of the high concentration of oils,'' he told them.

Sep 242013
 

Media Release from AFMA

Today, the Australian Fisheries Management Authority (AFMA) executed sixteen search warrants in and around Greenwell Point on the NSW South Coast. The action was taken with the help of the NSW Department of Primary Industries and New South Wales Police Force, Marine Area Command officers.
Senior Fisheries Officer McNaughton conducting a fish receiver inspection in Eden, New South Wales.

Senior Fisheries Officer McNaughton conducting a fish receiver inspection in Eden, New South Wales.

Thirty-seven officers searched businesses, residences, vehicles and several vessels to collect evidence against suspected illegal fishing.

AFMA General Manager of Fisheries Operations, Peter Venslovas, said that AFMA takes illegal fishing very seriously and operations like this one will continue into the future.

“People involved in quota evasion are really just stealing from the Australian community. They threaten the future seafood supply and the viability of recreational and commercial fisheries” Mr Venslovas said.

“Quota evasion undermines the sustainability of fish stocks and the livelihood and enjoyment of those fishers doing the right thing.”

This action follows the recent convictions of three skippers for failing to comply with fishing closures and breaching catch limits imposed by AFMA.

On 6 September 2013, the skippers from two boats operating out of South Australia were found guilty of fishing in closed areas and were ordered to pay fines, forfeiture of catch and compensation totaling $30,974.

On 13 September 2013, another skipper appeared before the Hobart Magistrates Court in relation to a separate matter in which he pleaded guilty to breaching catch limits on shark and was fined $6,000.

Mr Venslovas said that the convictions reflected the seriousness of the crimes.

“Closures are put in place to protect our natural fish stocks and to minimise impacts on Threatened, Endangered and Protected species. Non-compliance with rules and regulations can significantly impact future fish stocks and the marine environment”.

Fishers found guilty of fishing illegally or selling black-market fish may face jail terms of up to 10 years and fines of up to $42,500 for individuals and $212,500 for a company.

Know where your fish comes from! If you suspect illegal fishing or black-market fish supply to be occurring in your area please contact 1800 CRIMFISH (1800 274 634).

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Sep 232013
 

Department of Agriculture, Fisheries and Forestry News Release

Queensland recreational crabbers are being warned to crab responsibly and to show respect for fellow crabbers after a spate of unlawful crabbing practices.

Queensland Boating and Fisheries Patrol (QBFP) officer Lyndon Peddell said crab pot interference and other illegal crabbing practices were major compliance issues for the patrol.

"There has been an increase in the number of complaints involving people allegedly removing crabs from pots.

"It's obvious that some fishers are just not getting the message," he said.

"Interfering with crabbing apparatus that are not your own is a serious offence and you will be caught.

"Anyone caught unlawfully interfering with crab apparatus will face an on-the-spot fine of $1100 or maximum penalties up to $55,000. That's a lot more expensive than the cost of buying a crab from your local seafood store.

"Stealing crabs or crab pots is a criminal offence, so those caught will also be referred to the police for investigation," he said.

Mr Peddell said people should be aware of all current crabbing rules including size and possession limits as well as crab pot regulations before hitting the water.

"There are different size and possession limits as well as measuring methods for the various crab species."

 

Crab Size limit (cm) Measurement Possession limit
Mud crab 15 min 10
Blue swimmer or sand crab 11.5 min No limit
Spanner or frog crab 10 min 20

"Female mud and blue swimmer crabs are no-take species and should be returned to the water immediately.

"It is also illegal to possess crabs with the carapace missing and crab meat while at sea unless it is for immediate consumption.

"No more than four crab pots or dillies, or a combination of both, are permitted to be used by a person at any time. They need to be clearly marked with the owner's name and address and if using a float, it must also have the owner's name on it.

"Also, ensure pots have enough rope attached to the float so they are not lost in strong tidal currents," he said.

Mr Peddell said fisheries regulations were aimed at sustaining Queensland's valuable fisheries resources.

"Rules are in place to protect and conserve crab stocks. By following the rules these valuable fisheries resources will be around for current and future generations of Queenslanders," he said.

"QBFP rely on the support of the public to help protect our fishing resources. People who suspect illegal crabbing are urged to do the right thing and report it to the Fishwatch hotline on 1800 017 116."

For more information on responsible crabbing, visit www.fisheries.qld.gov.au or call 13 25 23.

Follow Fisheries Queensland on Facebook and Twitter (@FisheriesQld).

 

Media contact: Jodana Anglesey, 3087 8601

Sep 222013
 

Original story by Jemima Garrett for Pacific Beat at Australia Network News

The world's biggest tuna company has called for government action to manage tuna stocks and promote sustainable fishing in the Pacific.

Southern bluefin tuna swim in the open ocean off Australia, January 2004. Photo: Kerstin Fritsches, AAP

Southern bluefin tuna swim in the open ocean off Australia, January 2004. Photo: Kerstin Fritsches, AAP

Industry groups met at the Pacific Islands Forum Fisheries Agency (FFA) Tuna conference in the Solomon Islands to look at how to broaden the tuna investment base in the region.

The FFA is a regional organisation developed to help Pacific countries control and develop their tuna fisheries.

Tri Marine International Managing Director Phil Roberts told Radio Australia's Pacific Beat there was a consensus among industry groups for a limit on fishing effort in the Pacific to protect fish stocks.

Tri Marine International is the world's biggest tuna company, and trades around $1 billion worth of tuna a year through its Singapore office.

Mr Roberts criticised the FFA's Vessel Day Monitoring scheme in promoting sustainability, saying the amount of registered fishing vessels had increased from 200 to 290 in the last five years.

The Vessel Day Scheme (VDS) is a system where vessel owners can purchase and trade fishing days at sea in places subject to the Parties to the Nauru (PNA) Agreement.

"As a means of limiting (fishing) effort the vessel day scheme has not been efficient," Mr Roberts said.

PNA controls the world's largest sustainable tuna purse seine fishery, with its members including the Federated States of Micronesia, Kiribati, Marshall Islands, Nauru, Palau, Papua New Guinea, Solomon Islands and Tuvalu.

Mr Roberts called on the the PNA to take action.

"PNA have authority and sovereign rights over their zones. They are in a extraordinarily powerful position to control this fishery," he said.

"We're all hoping they will eventually force a limit."

Mr Roberts said Tri Marine is expanding its more environmentally friendly pole and line fishing and fishing that avoids the use of Fish Aggregating Devices (FADS).

FAD's are buoys, floats or other man-made objects used to attract fish, and have been criticised by environmentalists for contributing to overfishing.

"Customers are asking for FAD free fish and our role as supplier is to supply what the customer wants," Mr Roberts said.

"We'd rather be ahead of the wave than trying to catch up."

Mr Roberts said the market for sustainable tuna was growing.

"Consumers everywhere are more and more attuned to the issues around sustainability and the practices used in catching."

FFA's 17 Pacific Island members are Australia, Cook Islands, Federated States of Micronesia, Fiji, Kiribati, Marshall Islands, Nauru, New Zealand, Niue, Palau, Papua New Guinea, Samoa, Solomon Islands, Tokelau, Tonga, Tuvalu and Vanuatu.

The FFA Tuna forum will be held between 18 to 20 September.

Sep 192013
 

Media release from Kim Luke, University of Toronto

Photo: Peter Verhoog, Dutch Shark Society

Photo: Peter Verhoog, Dutch Shark Society

A team of scientists from Canada and Australia has discovered that a decline in shark populations is detrimental to coral reefs.

“Where shark numbers are reduced due to commercial fishing, there is also a decrease in the herbivorous fishes which play a key role in promoting reef health,” said Jonathan Ruppert, a recent University of Toronto PhD graduate. Ruppert was part of a team engaged in long-term monitoring of reefs off Australia's northwest coast.

Team leader Mark Meekan, of the Australian Institute of Marine Science (AIMS), said that the results might, at first glance, seem strange.

“However our analysis suggests that where shark numbers are reduced, we see a fundamental change in the structure of food chains on reefs," Meekan said.

“We saw increasing numbers of mid-level predators – such as snappers – and a reduction in the number of herbivores such as parrotfishes," said Meekan. "The parrotfishes are very important to coral reef health because they eat the algae that would otherwise overwhelm young corals on reefs recovering from natural disturbances."

According to Ruppert, the study comes at an opportune time – coral reefs are facing a number of pressures both from direct human activity, such as over-fishing, as well as from climate change.

The reefs studied are about 300 kilometres off the coast of northwest Australia where Indonesian fishers target sharks – a practice stretching back several centuries and which continues under an Australian-Indonesian memorandum of understanding.

Photo: Peter Verhoog, Dutch Shark Society

Photo: Peter Verhoog, Dutch Shark Society

“The reefs provided us with a unique opportunity to isolate the impact of over-fishing of sharks on reef resilience, and assess that impact in the broader context of climate change pressures threatening coral reefs,” said Ruppert. “Shark fishing appears to have quite dramatic effects on coral reef ecosystems.

"Given that sharks are in decline on reefs worldwide, largely due to the shark fin trade, this information may prove integral to restoration and conservation efforts.”

Tracking studies show that, in many cases, individual reef sharks are closely attached to certain coral reefs. This means that even relatively small marine-protected areas could be effective in protecting the top-level predators and allowing coral reefs to more fully recover from coral bleaching or large cyclones which are increasing in frequency due to the warming of the oceans as a result of climate change.

The study will appear in the September 28 issue of journal PLOS One.

Lead author Ruppert completed his PhD at the University of Toronto and was also based at AIMS for part of his research. He is currently a post-doctoral research associate at York University. Other team members includedMarie-Josée Fortin of U of T’s Department of Ecology and Evolutionary Biology, Michael Travers of AIM and Luke Smith, the principal environmental scientist at Woodside Energy.

The research was funded by the Natural Sciences and Engineering Research Council of Canada and Woodside Energy of Perth, Australia.

Kim Luke is a writer with the Faculty of Arts & Science at the University of Toronto.

Reference: Jonathan L. W. Ruppert, Michael J. Travers, Luke L. Smith, Marie-Josée Fortin, Mark G. Meekan. Caught in the Middle: Combined Impacts of Shark Removal and Coral Loss on the Fish Communities of Coral ReefsPLoS ONE, 2013; 8 (9): e74648 DOI: 10.1371/journal.pone.0074648

Sep 172013
 

Media release from DAFF

Recording the number and size of scallops caught in the research trawls. Photo: DAFF

Recording the number and size of scallops caught in research trawls. Photo: DAFF

A NEW 18-month research project is under way to understand how oceanographic conditions affect Queensland's reef fish and scallop populations.

The research is a joint initiative of the Queensland Department of Agriculture, Fisheries and Forestry (DAFF), University of Queensland and Bureau of Meteorology, with funding from the Fisheries Research and Development Corporation and Great Barrier Reef Marine Park Authority (GBRMPA).

Lead investigator and DAFF principal fisheries biologist Dr Tony Courtney said by better understanding these environmental influences, improvements to stock assessments can be made and better advice given to Government and fishers.

"There is a strong need to better understand how the prevailing physical oceanography affects these fisheries," Dr Courtney said.

"In recent years, oceanographers have described a large offshore eddy system on the central Queensland coast, known as the Capricorn Eddy, that breaks away from the south-flowing East Australian Current to move westward onto the continental shelf.

"The eddy brings cool, nutrient-enriched oceanic water onto the shelf, which we suspect affects the population size of saucer scallops in the region.

"We will also examine the relationships between tropical cyclones and catch rates of reef fish, given the Great Barrier Reef has been hit by four major cyclones in the last 5 years.

"From commercial fishing data we’ve observed that catch rates of coral trout appear to fall after a major cyclone, while those of red throat emperor rise.

"These changes seem to endure for some years after the cyclone, but their exact causes are not known.

"For coral trout, it's thought the cooler waters that result from cyclones may slow down the metabolic rate of the fish, thereby affecting their feeding behaviour and ability to be caught by fishers."

The types of oceanographic data to be considered include sea surface temperature, satellite-based chlorophyll measurements, sea surface height, salinity, current strength and direction, and radii and wind speeds of tropical cyclones.

The project will use CSIRO's Bluelink ReANalysis (BRAN) 3.1 oceanograhic model of ocean temperature, salinity, currents and sea level height. It will also use fish and scallop population data including commercial fishing logbooks, underwater visual survey data and age and size data from the Australian Institute of Marine Science, GBPRMA, James Cook University and DAFF.

The study includes funding for a post-graduate student to examine fish and scallop larval dispersal patterns.

For further information on the project, contact DAFF on 13 25 23.

Media contact: Sacha Kitson, 3087 8583

Sep 122013
 

ABC RuralOriginal story by Marty McCarthy, ABC Rural

A north Queensland prawn farmer says an ongoing breeding program is helping him to produce bigger and better prawns.

Banana prawn harvest. Prawn farmers at Seafarm near Cardwell in north Queensland harvest banana prawn crop all year round. Photo: Marty McCarthy

Banana prawn harvest. Prawn farmers at Seafarm near Cardwell in north Queensland harvest banana prawn crop all year round. Photo: Marty McCarthy

Gary Davis, senior farm manager at Seafarm near Cardwell, has bred 20 generations of banana prawns.

Seafarm is one of Australia's pioneer prawn farms and due to the perfect growing conditions can supply the domestic market all year round.

But Mr Davis says his prawns are so far advanced he no longer considers them banana prawns.

"We market as crystal bay prawns and we refer to them as crystal bays as opposed to banana [prawns]," he said.

"We have no reliance on wild prawns at all. We just use prawns from our ponds.

"We look for the biggest and the best which will produce the larvae for the next round of stocking."

Mr Davis selects 700 prawns at a time and sends them to a hatchery at Flying Fish Point.

At the hatchery, they are fed high quality food to increase their size and are then left to mate.

"Traditionally the female grows bigger than the male, but with our program we're actually getting our males to grow larger," Mr Davis said.

Mr Davis also says domesticated prawns behave better than wild-caught prawns.

"They grow more uniformly and they are more docile when you catch them and put them in a bucket," he said.

Despite the advantages of domesticating prawns, the aquaculture industry is sometimes criticised for raising animals in sheltered environments.

This is because if a foreign disease gets into a pond, the stock might not have built up a natural resistance to it compared to wild stock.

However, Mr Davis says this is not an issue for his breeding program.

"It's good to have your hatchery away from your ponds for biosecurity reasons," he said.

"We do a cross-breeding program where we maintain the good elements of a species.

"We aren't as susceptible to diseases outside because we select our stock in-house.

"If we do know there's a pond with any sort of problem we just don't select from it."

Mr Davis says domesticating prawns is critical to the sustainability of prawn farming businesses in Australia.

"Other farmers in Australia grow the black tiger prawn and they're making advances in the domestication cycle too," he said.

"It just gives you more control over the product.

"A lot of the imported stuff is the result of really good domestication programs on certain species.

"It's a key factor to our existence - if we were domesticated we wouldn't be here anymore."

Sep 112013
 

NewsMailOriginal story by  , NewsMail

BURNETT MP Stephen Bennett is calling for an investigation into the fishing practices of trawlers off the coastline after hundreds of dead fish washed up between Bargara and Burnett Heads.

A number of dead fish have been washed up on Mon Repos Beach. Photo: Mike KnottResidents reported sighting hundreds of dead fish lining the beach in front of Mon Repos Turtle Rookery on Monday and a small amount still remained there on Tuesday.

A spokesman for the Department of Environment and Heritage Protection said the site had been inspected and the dead fish were identified as puffer fish.

"The fish are likely to have washed up on the beach as trawler by-catch," he said.

"There was a similar incident of fish deaths last week which was also thought to be the result of trawler by-catch."

Mr Bennett said he was outraged by the problem.

"It's disgraceful," he said. "I will be asking the local fisheries department to look into this.

"Fish kills on this scale are unacceptable."

Mr Bennett said there was extra trawling activity at the moment.

"There is a lot of trawling activity off the coast and we did open things up to trawlers north of the Burnett River to Rules Beach temporarily because the industry was on its knees after the floods."

"As a result of that we are seeing increased activity off the coast. I think we do need to be a little bit concerned about this though."

Mr Bennett said while the fish may not be edible, there was no excuse for so many turning up dead.

"There is a cost to the environment," he said. "They still have a role to play in the ecosystem."

Mr Bennett said he would be making further inquiries.

"We have to make the assumption that it is by-catch," he said. "I will take a personal interest in finding a more tangible explanation."

Sep 112013
 

The ConversationOriginal story by Dana Miller, University of British Columbia at The Conversation

Skate, or “skate”?Photo: Andrew M Griffiths

Skate, or “skate”?Photo: Andrew M Griffiths

The deliberate act of falsely representing, labelling or advertising food, known as “food fraud”, is not a recent phenomenon. The deceitful adulteration of food has a long history based on the promise of making a quick profit through dishonest customer transactions.

The uncovering of the widespread horse meat scandal across Europe indicates how pervasive, and often unnoticed, this problem can be. But it is difficult, if not impossible, to estimate just how widespread food fraud has been in the past or even at present, as it is hard to detect without resorting to relatively expensive DNA-based techniques.

An additional factor driving food fraud in the seafood industry is the pressure placed on certain commercially important fish species. Ocean-caught fish is the world’s last major wild food resource, but in the past 50 years, as industrialised fishing operations have become commonplace, overfishing has depleted our global supply of wild fish. Fisheries of some popular species have seen numbers reduced to low levels, at which point shortages provide an incentive to substitute a cheaper and more abundant species for a more desired species of fish.

There’s not only a potential human health issue from seafood mislabelling, but also a conservation problem: when one fish species is falsely labelled as another, consumers trying to avoid vulnerable or threatened species have their power to consume responsibly taken from them.

In recent years, multiple studies around the world have uncovered mislabelling involving many different varieties of seafood. Research I have worked on uncovered high levels of mislabelling in Western Europe of two commercially valuable whitefish, cod and haddock. More recently, working with a group of colleagues at the University of Salford in Britain, and University College Dublin in Ireland, we used DNA testing to identify the variety of species sold under the market name “ray”. In the process, we also unexpectedly found a small number of incorrectly labelled products on sale by a major UK supermarket.

A skate, before it has its wings clipped. Photo: Andy Martinez/NOAA

A skate, before it has its wings clipped. Photo: Andy Martinez/NOAA

Ray is the common term under which a number of different species of skates fished from the Northeast Atlantic are commonly sold in Western Europe. Unlike the typically consumed bony fishes such as cod, haddock, hake and tuna, skates are a type of cartilaginous fish more closely related to sharks, which fall under the same subclass, Elasmobranchii.

The conservation status of skate varies by species so it’s difficult for consumers to make responsible decisions when purchasing fish labelled as “ray”. In our recently published study we found that a minimum of six different species are currently being sold under the term “ray”, three of which (blonde ray, thornback ray and shagreen ray) are included in the “near threatened” category within the IUCN Red List (which lists threatened species of plants and animals).

In the UK and Irish markets, very few products sold as “ray” came with any further description that identified the species. Although the use of common or umbrella terms in the labelling of seafood is currently legal within the EU, more descriptive labels that identify the species of fish being sold would make it easier for shoppers to make responsible decisions when purchasing fish.

What was concerning about this investigation was that, of the very few fish sold as “ray” that were packaged with detailed information to the species level, one third were found to be incorrectly labelled (two out of six samples). Though packaging indicated the fish were species of lower conservation concern, through DNA analysis, these products were identified as thornback ray, a near threatened species.

As the world’s human population grows and food production systems become larger and more mechanised, we are becoming increasingly separated from the original source of our food. Beyond trusting product labels, it’s difficult to have confidence in knowing what exactly we are eating and where it has originated from. Particularly in the seafood industry where species scarcity is of direct environmental concern, labels should contain adequate and accurate information that can enable consumers to make responsible choices if this is important to them.

To combat food fraud and in particular, the problem of seafood mislabelling, legislators need to improve labelling policy implementation and enforcement. Monitoring programs must include DNA-based species identification techniques, and punishments for fraudulent labelling must be adequate to act as a deterrent.

Dana Miller has received funding from the Irish Research Council for Science, Engineering and Technology (IRCSET), and from the Social Sciences and Humanities Research Council of Canada (SSHRC). She is currently affiliated with the Fisheries Economics Research Unit at the University of British Columbia.

The ConversationThis article was originally published at The Conversation.

Read the original article.