Jun 262013
 

Original story by Arthur Gorrie, Gympie Times

THE fish just will not give up at Rainbow Beach, even with the pressure on during the big 2013 Mitsubishi Motors Rainbow Beach Family Fishing Classic.

Emily Brantz caught nice little whiting at last year’s Rainbow Beach fishing classic. Photo: Renee Pilcher

Emily Brantz caught nice little whiting at last year’s Rainbow Beach fishing classic. Photo: Renee Pilcher

They are just not scared of anything, apparently.

The classic, a trademark annual event for Rainbow Beach, is noted for some of the best, worst and most fun fishing of the year.

Special events cater for everyone and the fishing categories give away some of the excellent fishing (and eating) that make the event bigger and more enjoyable every year.

The different categories also make sure people of all ages, fishing budgets and enthusiasms can be in it, some for the prizes and others just for the sheer fun of wetting a line in the company of a whole lot of fellow travellers.

To illustrate the point, the contest categories include Beach Fishing (flathead, bream, dart, whiting and tailor), Jew Fish (a category of its own), Reef Fish (snapper, red emperor, pearl perch, parrot, sweetlip, Big Fish (fish over 8kg, not including any of the above species or cod, rays, sharks and bill fish).

Adults and veterans are invited to fish in all categories and are unrestricted, but the young, "cadets" are restricted to the Beach and Reef categories and are not permitted to compete for Jew or Big Fish.

It all gets started on Friday and goes until July 6. It is a lot of fun. Ask anyone there.

Jun 262013
 

Original story by Charlie McKillop, ABC Rural

A report card of Queensland's fisheries has shown more species are being fished sustainably than previously recorded.

Queensland coral trout stocks are 'uncertain'. Coral trout is not considered one of the 31 'sustainably fished' species in a new Queensland stock status report.

Queensland coral trout stocks are 'uncertain'. Coral trout is not considered one of the 31 'sustainably fished' species in a new Queensland stock status report.

Queensland's Department of Agriculture has found 31 of 75 types of commercial and recreational species are "sustainably fished" compared with 28 species in 2011.

Spanish mackerel in the Gulf, Balmain bugs and northern king prawns all achieved an improved rating of 'sustainable' in the latest stock status assessment.

But there's still concern about the fate of the snapper, considered to be 'overfished', and coral trout, now deemed to be 'uncertain'.

Agriculture Minister John McVeigh says the assessment of Queensland’s fisheries showed they were some of the most sustainably fished in the world thanks to stringent fisheries management arrangements.

But east coast fishers have reacted sceptically to the accuracy of the reports which they claim ignore the current impact and potential growth of recreational fishing sector.

Shaun Hansen would normally target Spanish mackerel, but says catches have been so poor on the east coast, he probably won't bother - and that's despite stocks being given a third, consecutive 'sustainable' tick by the government.

"It just highlights that they'd rather go with the status quo than do anything to adjust the fishery.

"I mean, to say everything's fine is certainly not the way commercial fishermen think and we do need some adjustments down the track."

Mr Hansen says the lack of management control, or a Total Allowable Catch (TAC), on recreational and charter fishing meant key species could not gain world accreditation through the Marine Stewardship Council (MSC) in the way fisheries in other states had been able to do.

He says failure to meet MSC standards could have serious ramifications for fishers down the track.

"We might have issues selling into the large vendors such as Woolworths and Coles, (they) favour anything that's Marine Stewardship ticked. We'll have to wait on the outcome of that one.

"The reef quota fishery and the Spanish mackerel fishery, participants are disappearing and they'll continue to do it.

"You can't keep shrinking our industry and letting the other taking industries grow.

"It's completely unfair and everyone should be responsible for the resource."

Jun 252013
 
Original story at ABC News: Conservationists claim fight against Japanese whaling comes at the expense of bluefin tuna

Conservationists have raised concerns that the Government's battle against Japanese whaling has come at the expense of bluefin tuna, which they say are on the brink of collapse.

The Government will begin its case against Japan at the International Court of Justice in the Netherlands this week.

Southern bluefin tuna swim in the open ocean. Some conservationists say bluefin tuna are on the brink of collapse.  Kerstin Fritsches, file photo: AAP

Southern bluefin tuna swim in the open ocean. Some conservationists say bluefin tuna are on the brink of collapse. Kerstin Fritsches, file photo: AAP

It has invested more than $20 million and several years of preparation into the legal challenge that claims Japan is in breach of the international convention on whaling.

But some argue that Australia's focus on whales comes at the expense of protecting the southern and northern pacific species of bluefin tuna.

Darren Kindleysides, director of the Australian Marine Conservation Society, says there may be strong hidden political interests behind Japan's emphasis on its whaling program.

"Some commentators have observed that perhaps the Japanese government has been fighting this whaling issue over the years as a way of diverting attention away from some of the more damaging fisheries, like the tuna fishery," he said.

Others say more pressure has been placed on fighting whaling because people identify more with creatures that resemble humans.

Richard Ellis, the author of Tuna: A Love Story, agrees the tendency to place a value on living creatures is based upon perceived human characteristics.

"If your sheep were talking to each other - other than sheep talk - there'd be much more of an outcry about lamb chops, but whales, we know, talk to each other and this makes it complicated," Mr Ellis said.

"On the other hand, everybody thinks that fish are just stupid and were made to be eaten, so you draw a line between whaling and fishing."

File picture shows Japan's whaling research ship the 'Nisshin Maru' leaving the port in December 2012 (Junko Sakuma/AFP/File, Junko Sakuma)

File picture shows Japan's whaling research ship the 'Nisshin Maru' leaving the port in December 2012 (Junko Sakuma/AFP/File, Junko Sakuma)

His book details the impact on tuna stocks of surging demand for bluefin tuna in Japan and more recently China.

He says 'tuna ranching' - where tuna are caught and fattened up before sold to markets - is a multi-billion dollar business in many countries and there is no shortage of companies willing to service their appetite, including in Australia.

In South Australia, much of the tuna farmed around Boston Bay and out of Port Lincoln  is shipped to Japan, according to Mr Ellis.

"They put these tuna in pens and fatten them up for six months or a year and then they slaughter them and then they ship them all to Japan," he said.

Work needed to restore tuna stocks

It is estimated that 99 per cent of the bluefin tuna caught in Australian waters is juvenile, which means that it is captured before it can reproduce.

Still, Mr Kindleysides says Australia is part of a network of countries working to restore tuna stocks.

Signs of improvement include Australia establishing new Commonwealth marine reserves around Australia to building on existing areas for biodiversity conservation.

But more needs to be done to get a common agreement on quotas.

"Australia needs to approach sustainability in its oceans equal across all groups of species," he said.

"We've taken this step in relation to Japan. We believe that all nations that are catching southern bluefin tuna need to do more to make sure that fish is sustainable.

"And clearly there's very strong economic interests in catching southern bluefin tuna."

Jun 232013
 

Original story by Kim Robertson, ABC News

The feasibility of farming seaweed will be assessed in sea trials in southern Spencer Gulf in South Australia.

Learning more about seaweed. Kathryn Wiltshire of SARDI investigates seaweed. Photo: SARDI

Learning more about seaweed. Kathryn Wiltshire of SARDI investigates seaweed. Photo: SARDI

The southern bluefin tuna and yellowtail kingfish industries off Eyre Peninsula face expansion concerns unless measures are taken to reduce their environmental impact.

The more fish there are, the more waste they discharge into the water.

But laboratory trials by the South Australian Research and Development Institute have found certain seaweeds can remove the waste.

Jason Tanner of the Institute hoped the sea trials would evaluate which seaweeds were most effective.

"We're trying to come up with a technique that not only improves the environment but doesn't actually in the long run cost the industry anything and in fact can provide them with additional revenue," he said.

"If we farm seaweeds in those waste streams, they can actually take those nutrients out and so allow, I guess, greater production levels of fin fish without any environmental impact."

He said it was possible there could be a new industry developed for products derived from seaweed.

Jun 222013
 

Original story at ABC News

A wild dolphin swim operator says a new marine finfish research lease approved for Port Stephens will be the start of the destruction of the area's pristine marine environment.

The State Government has approved the 20 hectare aquaculture lease near Hawks Nest to allow for research into species, such as the Yellowtail Kingfish.

Fisheries New South Wales has previously said it will have minimal effects on the environment.

But Andrew Parker from Dolphin Swim Australia says he has grave fears about antibiotic use, disease, an increase in sharks and water quality issues.

The operator of a Port Stephens dolphin swim business concerned about a finfish research lease.  Supplied: Dolphin Swim Australia

The operator of a Port Stephens dolphin swim business concerned about a finfish research lease. Supplied: Dolphin Swim Australia

"Look, I think it's just the start of the decline of what is a totally pristine marine environment up there at Port Stephens," he said.

"I think it's an absolutely poor use of such a marine asset.

"It's a five-year trial, it's on the back of an existing lease, add to the fin fish trial.

"It's going to start with Mulloway and Kingfish, but the ultimate goal is tuna.

"We all know it."

"It's a very, very wasteful and very environmentally costly way of making money for corporations.

"Chemicals, pharmaceuticals, disease, effluent, right down to of course the ubiquitous predators that will be attracted to the area.

"The possibility of disease getting out into that area is absolutely paramount."

But Port Stephens MP Craig Baumann says there is nothing to worry about.

"The scientists that we have at the Port Stephens Fisheries Research Centre are the best in the world.

"They're obviously very, very careful of anything they introduce into the environment.

"They're very, very knowledgable in their science and I have no real concerns that they'll allow anything, that would affect the environment adversely, to happen."

The Minister for Primary Industries Katrina Hodgkinson says the research is vital in the development of sustainable fisheries.

"By the year 2050 there's going to be nine billion hungry mouths to feed on this planet, all wanting protein.

"By doing the work now on how to breed sustainable species in a fish farm environment we can make sure that protein will be available en masse.

"We're developing diets, making sure we've got validated equipment and technology, we'll be conducting environmental monitoring around this research lease.

"So it is important work, it will take five years to complete, but we expect to have some very good information at the end of that period.

Jun 222013
 

Original story: Narromine News

Fisheries Education Officer Stephen Thurstan said the Department of Primary Industries was calling out for people to join the successful Fishcare Volunteer Program, which had in excess of 300 volunteers State-wide.

Volunteer undertaking biology training, Cronulla

Volunteer undertaking biology training, Cronulla

“The program is run using funds from the NSW Recreational Fishing Trust as part of the NSW Government’s commitment to sustainable recreational fishing and habitat conservation,” Mr Thurstan said.

“Fishcare volunteers play a vital role in promoting responsible fishing practices, and do a terrific job in advising anglers about the rules and values of sustainable recreational fishing in NSW at events, such as fishing competitions, shows and field days, children’s fishing workshops and the ‘Get Hooked It’s fun to fish’ schools program, passing on their knowledge and skills, and encouraging values that ensure there will be fish for the future.

“It is estimated more than a million people fish in NSW at least once a year - this makes angling the most popular of all the recreational activities.

“And that’s why we are so grateful and appreciative of the hard work our Fishcare volunteers do.”

The NSW Fishcare Volunteer program has been running for 12 years and volunteers help with a range of activities.

“Volunteers can also assist a number of community groups with fishing activities such as high schools with fishing for sport, retiree organisations, indigenous communities and several special needs groups,” Mr Thurstan said.

“All of this would not be possible without our amazing volunteers. The yearly training is planned for July 27-28 (at a location to be set) and will encompass both fresh and saltwater information sessions.”

Mr Thurstan said they were seeking people, over the age of 18, who had a keen interest in fishing, and liked to listen and share information with the angling public.

Distributing regulation material on Sydney Harbour

Distributing regulation material on Sydney Harbour

“Volunteers come from a wide background, quite a few are retirees, others may be looking for an experience that will enhance their employment opportunities and some are keen to improve fishing habitat,” he said.

“You don’t have to be an expert on all the fishing rules but you should know how to help others look them up.

“The training includes presentations and break-out sessions by NSW DPI staff and guest speakers about the NSW recreational fishing licence fee, NSW fishing rules and regulations, conservation and habitat, catch-and-release techniques, fisheries research, the volunteer codes of practice, NSW DPI policies and communication skills.”

There is also an accredited TAFE training component in fish biology and identifying fish species. At the end of the workshop participants will receive a statement of attainment from TAFE NSW.

Volunteers do not have any enforcement powers.

For more information download a nomination form fromhttp://www.dpi.nsw.gov.au/fisheries/recreational/info/fvp#Want-to-apply?

Jun 222013
 
Original story by Sandra Postel  National Geographic: Fish, Frogs, and People to Benefit from Biggest Dam-Removal Project in California History

Today marks a historic event for California rivers: the launch of the biggest dam removal project in state history.

Over the next 28 months, the beautiful Carmel River will be set free to flow more naturally for 70 percent of its length as the 106-foot (32.3 meter) San Clemente Dam is dismantled.

San Clemente Dam in California, now coming down. Photo via sanclementedamremoval.org

San Clemente Dam in California, now coming down. Photo via sanclementedamremoval.org

Downstream of the dam, threatened fish and frogs will get a new lease on life as critical habitats open up. And some 1,500 households will enjoy greater safety as the dam’s risk of failure during a major earthquake or flood event disappears.

Built in 1921 to store drinking water for the burgeoning population of Monterey County, the San Clemente Dam is a concrete arch structure located 18.5 miles (29.8 kilometers) upstream from the Pacific Ocean.

While built for a good cause, the dam’s reservoir has lost 95 percent of its original water storage capacity due to the build-up of silt and sediment carried in by the Carmel River.  Historically, the river carried that sediment load downstream, keeping its channel functioning well and replenishing coastal beaches.  But the dam trapped the sediment in the reservoir, causing it to fill – a common problem with dams worldwide.

San Clemente Creek, where the Carmel River will be routed while the dam is taken out. Photo via sanclementedamremoval.org

San Clemente Creek, where the Carmel River will be routed while the dam is taken out. Photo via sanclementedamremoval.org

The Monterey Peninsula now relies primarily on groundwater for its drinking water supply.

Meanwhile, the dam became a safety hazard as its risk of failure increased.  After the state of California’s division on dam safety declared San Clemente “seismically unsafe,” California American Water, the public utility that owns the dam, assessed its options for reducing the dam’s threats.  Taking into account cost, environmental benefits and other factors, the idea of tearing the dam down rose to the top of the list.

The project will open up 25 contiguous miles of unimpaired spawning and rearing habitat for a threatened run of steelhead trout.  Like salmon, steelhead spend most of their lives in the ocean but move upstream to spawn and grow in coastal rivers and streams.  Big dams like San Clemente block their migration and destroy their habitats.

Over the decades, the combination of dams, diversions, and urban development has caused the population of steelhead to plummet.  In 1997, federal officials listed the fish as threatened.

For steelhead on the central California coast, “removing this dam is the single best thing you can do for their recovery,” says Samuel P. Schuchat, Executive Officer of the California State Coastal Conservancy.

The dam removal will also restore the natural movement of sediment downstream toward the sea, replenish sand on Carmel Beach, and improve habitat for the California Red-Legged frog, the largest native frog in the western United States and now federally listed as threatened, as well.

The Carmel too will enjoy a revival.

In a gentle ode to the river, John Steinbeck wrote in his classic 1945 work, Cannery Row:  “The Carmel is a lovely little river.  It isn’t very long but in its course it has everything a river should have.”

Indeed, over its 36-mile run from the Santa Lucia Mountains to the sea, the Carmel flows through a diverse array of habitats, from mixed evergreen forests and montane chaparral to coastal prairie and sand dunes.

The first stage of the project involves some innovative engineering to re-route the Carmel River into San Clemente Creek so that the sediment behind the dam can be stabilized to remain safely in place.   The re-routing will allow the river to resume its more natural, pre-dam flow to the sea.

Once the river is diverted away from the sediment-filled reservoir, dismantling of the dam will begin.

The $83 million project has garnered a wide range of support, including that of the conservation groups American Rivers, the Carmel River Watershed Conservancy, the Nature Conservancy, and Trout Unlimited, as well as the federal Bureau of Reclamation and Fish & Wildlife Service, among others.

California American Water, the dam owner, will pay $49 million of the total cost; the California State Coastal Conservancy and the National Marine Fisheries Service will raise the additional $34 million through public and private sources.  The Nature Conservancy is contributing $1 million to the project.

San Clemente Dam under construction in 1921. Photo via sanclementedamremoval.org

San Clemente Dam under construction in 1921. Photo via sanclementedamremoval.org

In addition, California American Water is donating 928 acres (375 hectares) of property around the dam to the federal Bureau of Land Management, which in turn is working with the Monterey parks district to develop recreational trails for use by the public.

If all goes according to plan, both the project’s ecological engineering features as well as its public-private partnership may serve as a model for other river restoration efforts across the state and nation.

“This is an opportunity to essentially restore an entire river system from top to bottom,” says Schuchat of the state coastal conservancy.

“You take the dam out and suddenly you’ve got a natural free-flowing river again – and that’s just really exciting. “

Sandra Postel is director of the Global Water Policy Project and Freshwater Fellow of the National Geographic Society. She is co-creator of Change the Course, the national freshwater conservation and restoration campaign being piloted in the Colorado River Basin.

Jun 222013
 
Original story by Michael J. Coren, Co.Exist: Making Fish Food For People, Not Pigs, To Save An Ecosystem

By elevating the country’s anchovy catch to a delicacy, rather than an ingredient in farm food, Peru is hoping to change the direction of its fisheries.

How do you save a fish? Eat more of it.

Peruvian Anchoveta swarm in the South Pacific. Photo credit viarural.com.pe

Peruvian Anchoveta (Engraulis ringens) swarm in the South Pacific. Photo credit viarural.com.pe

While not true for many species, the Peruvian anchoveta is a victim of its own abundance. Schooling in the billions off the cool, clear waters of the Peruvian coast, the anchoveta, or anchovy, has been treated as a low-value protein source for pig feed and fertilizer rather than as the foundation of the region’s marine ecosystem, which yields 2% of the world’s global catch.

Virtually none of this makes it onto dinner plates. Thousands of Peruvians go hungry or suffer malnutrition, but most of the country has never tasted the nutritious fish, says marine biologist Patricia Majluf.

Majluf, a former seal biologist, has single-handedly ignited a campaign to raise the status of the anchovy from lowly fish meal to a common foodstuff. To help, she’s recruited one of the most powerful emerging forces to shape public opinion in the last decade: celebrity chefs. "If you want to add value to produce, what better way to turn it into beautiful food," says Majluf. "You’re creating a lot of value." While a ton of fish meal might fetch several hundred dollars, the same fish sliced into fillets can be worth hundreds of times more.

The government is now taking the lead by sponsoring the Peruvian Sardine Festival (Spanish language) launched several years ago. Celebrating the culinary delights of the tiny fish, the event attracts thousands of people in several cities to see (and taste) anchovetas prepared by the country’s best chefs, as well as cooking classes, nutritional talks, and cooking contests.

Peru now puts far more anchoveta on its plates than ever before. During the last seven years, the percent of the fishery devoted to food has risen from less than 5% to more than 15%. This share contributes about one-third, or $3 billion, of the fishery’s total value.

But Majluf’s ambitions go beyond the fishery. She’s pushing new marine protected areas that permit ecosystem-scale management and conservation of the region’s oceans. The government has now recognized the fishery as a national strategic resource, and is dedicating a portion of the harvest’s revenue to poverty alleviation.

But managing Peru’s valuable anchovies remains a challenge amid poverty and corruption. "Poor people don’t care much about sustainability. They want to survive and feed their families," says Majluf. "You need to show that good governance and sustainable use of resources is good for everyone."

Jun 212013
 
Original story from Shelley Dawicki, NOAA: Changing Sea Surface Temperatures and Water Circulation Patterns Affecting Food Supply for Young Atlantic Cod

Changing ocean water temperatures and circulation patterns have profoundly affected key Northeast U.S. Continental Shelf zooplankton species in recent decades, and may be influencing the recovery of Atlantic cod and other fish stocks in the region.

Eight boxes represent index areas for long-term sea surface temperature (SST) trends for the Northeast Shelf ecosystem; annual mean, minimum, and maximum SST for the period 1854-2011 was calculated for the index area. The grey shaded area of the Northeast Shelf was used in the calculation of thermal habitat distribution for the ecosystem. Credit: Kevin Friedland, NEFSC/NOAA

Eight boxes represent index areas for long-term sea surface temperature (SST) trends for the Northeast Shelf ecosystem; annual mean, minimum, and maximum SST for the period 1854-2011 was calculated for the index area. The grey shaded area of the Northeast Shelf was used in the calculation of thermal habitat distribution for the ecosystem. Credit: Kevin Friedland, NEFSC/NOAA

NOAA researcher Kevin Friedland and colleagues looked at the distribution and abundance of important zooplankton species, sea surface water temperatures, and cod abundance. They found that zooplankton species critical for the survival of Atlantic cod larvae have declined in abundance in the same areas where Atlantic cod stocks have struggled to rebuild after an extended period of overfishing.

Larval cod. Image courtesy Wes Pratt, NOAA

Larval cod. Image courtesy Wes Pratt, NOAA

“Temperature is a governing factor in the growth, reproduction and distribution of marine organisms. Shifting temperature distributions, whether triggered by natural or human factors, can cause the redistribution of plankton communities on regional and basin-wide scales,” said Friedland, lead author on the study and a scientist at NOAA's Northeast Fisheries Science Center (NEFSC).

The change in thermal habitats has had biological consequences on multiple levels in the food chain, according to the study in press in the journal Progress in Oceanography (available online).

“The geographic and depth distributions of fish and shellfish populations can also change based on their preferred thermal habitats. Future changes in thermal conditions are expected to lead to further shifts in the distributional ranges of species by, in many cases, the loss and gain of local populations,” said Friedland.

Adult Pseudocalanus, about 1 millimeter in body length (or 0.04 of an inch), photographed by a video plankton recorder on Georges Bank. Image courtesy Oceanography Branch, NEFSC/NOAA

Adult Pseudocalanus, about 1 millimeter in body length (or 0.04 of an inch), photographed by a video plankton recorder on Georges Bank. Image courtesy Oceanography Branch, NEFSC/NOAA

Friedland and his colleagues found that ocean water temperatures of the Northeast Continental Shelf have increased in recent decades, but these changes have not been uniform over the entire ecosystem.  Warm water habitats (16 to 27 C, 60 to 80 F) have increased and cool water habitats (5 to 15 C, 41 to 59 F), historically the core habitats in the ecosystem, have declined; however, the coldest habitats in the ecosystem (1-4 C, 34-39 F) have either stayed the same or increased slightly during the study period 1982-2011. This discontinuity is attributed to changes in circulation in the northern Gulf of Maine associated with the Labrador Current.

Atlantic cod off the Northeast U.S. are managed as two stock units, the more northerly in the Gulf of Maine and the more southerly on and around Georges Bank.  There are upward of ten known spawning populations within these two stocks, and the very young fish that they produce are found in specific larval development areas. Two zooplankton species that serve as food for Atlantic cod (Gadus morhua) larvae are Pseudocalanus spp, and Centropages typicus.  The former is associated with winter-spawning cod, and the latter with spring-spawning cod.

The researchers developed indices of zooplankton and cod abundance in six index areas, relating larval feeding and development areas to associated areas where adults reside. They found that Pseudocalanus spp has declined in abundance on parts of Georges Bank and in the eastern Gulf of Maine, areas where cod have been less abundant in recent years. Centropages typicusdeclined in abundance in the eastern Gulf of Maine as well. The areas where these zooplankton species have declined are spatially discrete and are related to the change in core thermal habitat of the ecosystem.

The abundance of zooplankton species is measured by the NEFSC’s Ecosystem Monitoring Program (EcoMon), which conducts shelf-wide bimonthly surveys of the ecosystem.  Data and observations from the NEFSC’s spring bottom trawl surveys were also analyzed.

Although the researchers concentrated on Atlantic cod recruitment success and population trends, many of the zooplankton species examined are important as prey for early life stages of other fish species and marine mammals.  These zooplankton species are important within the Northeast Shelf ecosystem, and can serve as model organisms to test the effect of thermal habitat on changes within the food web.

An Ecosystem Advisory issued by the NEFSC on April 25, 2013 provides additional information related to the Northeast Shelf ecosystem, notably a description of the extreme warming that occurred on the Shelf during 2012 and the associated shifts in thermal habitat.

Adult male (left) and female Centropages, about 1.5 millimeter in body length (less than one-tenth of an inch). The zooplankton were photographed by a video plankton recorder on Georges Bank. Image courtesy Oceanography Branch, NEFSC/NOAA

Adult male (left) and female Centropages, about 1.5 millimeter in body length (less than one-tenth of an inch). The zooplankton were photographed by a video plankton recorder on Georges Bank. Image courtesy Oceanography Branch, NEFSC/NOAA

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NOAA’s mission is to understand and predict changes in the Earth's environment, from the depths of the ocean to the surface of the sun, and to conserve and manage our coastal and marine resources. Join us on Facebook,Twitter and our other social media channels.

Jun 202013
 

Original story by Brian Clark Howard, National Geographic

“One billion people eat seafood every day, and it can be sustainable if we manage the oceans well,” Andy Sharpless, the CEO of Oceana, said last night at a book launch party at Azur in Washington, D.C. While guests noshed on sustainably produced lobster beignets, sardine sushi, and raw oysters (pictures), they heard about The Perfect Protein, the new book written by Sharpless and Suzannah Evans.

Oysters, served raw with a cucumber sauce at Azur in D.C., can be farmed sustainably, experts say. Photo: Brian Clark Howard

Oysters, served raw with a cucumber sauce at Azur in D.C., can be farmed sustainably, experts say. Photo: Brian Clark Howard

As guests swilled squid ink-infused tequila cocktails (pictures), Chef Frederik de Pue spoke a few minutes about the sustainability-inspired fare at Azur, a new seafood restaurant in downtown Washington. “It’s our responsibility as chefs to educate people,” de Pue said.

“Go into a supermarket, and you see the same seafood every day,” said de Pue. “We serve things you don’t find every day.”

Yesterday, that meant those sardines, which had a smoky taste, presented on a cracker with a drizzle of sauce.

It’s perhaps no coincidence that a sardine embosses the cover of The Perfect Protein. “The sardine is as good as tuna from a food point of view,” said Sharpless. (It may be a little bit of an acquired taste, as my companion didn’t care for it.)

Squid ink-infused tequila cocktail, with chocolate bitters and pomegranate juice, at Azur. Photo: BCH

Squid ink-infused tequila cocktail, with chocolate bitters and pomegranate juice, at Azur. Photo: BCH

Sharpless explained that eating lower on the marine food chain, such as small fish like sardines and herring, may be better for the environment. It could give larger predatory fish like tuna a chance to recover, since many of those long desirable species have seen declines as much as 90% around the world.Small fish, often thought of as “bait fish” historically, also tend to be lower in mercury and other toxins, because they don’t live very long. They also reproduce prodigiously.

“We don’t want to eat all the small fish, of course, but I think we can harvest more of them and still leave plenty for other ocean creatures to eat,” said Sharpless.

Sharpless said two-thirds of the world’s fish is caught by nine countries and the European Union. “So if those countries manage their stocks well, we can largely eat sustainably,” he said.

To Sharpless, that’s a doable goal, and it will require a combination of policy changes, enforcement, and consumer support. Main actions needed, according to Sharpless, including putting a stop to overfishing through science-based catch limits, protecting fish nursery areas through reserves, and stopping bycatch of unwanted fish.

“We can protect biodiversity and feed the world,” he said.

Sharpless added, “If you love tigers or gorillas, you should also care about the ocean, because if we don’t feed people from the sea, they’ll take all the land to try to feed themselves.” That doesn’t make sense in his view, because Sharpless explained that the ocean is an efficient producer of protein, as well as a habitat for rich biodiversity.

Aquaculture’s Big Milestone

Speaking of the land, for the first time in modern history, global production of farmed fish (aka aquaculture) has overtaken the production of beef, according to an article from environmental think tank Earth Policy Institute.

In 2012, the world produced 63 million tons of beef and 66 million tons of farmed fish. This year, consumption of farmed fish may also pass consumption of wild-caught fish.

Via email today, Sharpless said, “A lot of people think that farming fish is the answer to global food security, that by choosing farmed fish over wild we are reducing pressure on the world’s oceans and giving them a break. We have to be careful with this assumption though, because when assessing the benefit of farmed fish it really comes down to what that fish ate. ”

Sharpless explained that many popular food species like salmon are carnivorous, often devouring other fish.  So when farmed, they eat upwards of five pounds of small fish to produce just one pound of salmon, a net loss of protein.

“We’re actually taxing the oceans every time we eat farmed salmon instead of relieving it,” said Sharpless. “Aquaculture should add edible protein to the world, not reduce it.”

But, in a wrinkle on this theme, “farming shellfish is a responsible practice,” he said. That’s because oysters, mussels, and clams are all filter feeders that don’t compete for food people can eat.

“They produce healthy, edible protein at a net gain and help clean the oceans in the process. They’re an ally in ocean conservation and people should really eat as much of these as they can stomach,” said Sharpless.

Still, he added, “As appealing as farming our way to abundance may sound, we should be focusing on ensuring that the oceans can produce more and more wild fish on their own… It’s a truly renewable wild resource if we manage it properly.”

Glass lighting at Azur calls to mind the bubbles of the sea. Photo: Brian Clark Howard

Glass lighting at Azur calls to mind the bubbles of the sea. Photo: Brian Clark Howard

Complicated Choices

Chris Mann, an expert on aquaculture and a director of Environment with The Pew Charitable Trusts, said choosing the right type of farm-raised fish can be a bit complicated. “It’s a quite complex analysis, it’s a little like that paper versus plastic bags debate,” he said.

“Given the trends, it was inevitable that farmed seafood would overtake beef,” Mann continued. “So the challenge is not whether we should do aquaculture, but rather, what forms should we use?”

In general, Mann said he agreed with Sharpless’s assessment that farmed shellfish tend to offer the least environmental impact, followed by farmed fish that aren’t fed animal protein. If they must be fed fish or animal protein, that should be sustainably harvested, he added.

Mann said the “greenest” diet would be a vegetarian one, but said, “If we’re going to eat meat we’d be better off eating fish and shellfish than most terrestrial animals.” He explained that cold-blooded animals process food more efficiently.

Carl Safina, author, conservationist, and Ocean Views contributor, said he isn’t surprised that farmed fish have overtaken beef, because the process is more efficient. “It’s probably more like Step One in a long-term downsizing,” said Safina.

He explained that people will soon start eating more farmed carp and tilapia, because they are lower on the food chain, and therefore more efficient–a driving force in an increasingly overpopulated world.

“We’re down mainly to two mammals (cows and pigs) and two birds (chickens and turkeys), and seafood is probably headed in that same direction as the spectacular variety of our overfished ocean yields to a few easily farmed, efficiently fed fish,” said Safina. “A crowded world has less room for choices; that’s the bull lurking in this china shop.”

At the close of last night’s book launch, Sharpless urged guests to go home and cook some more sustainable seafood (check out National Geographic’s Seafood Decision Guide to help you make a selection).  Guests were also encouraged to read The Perfect Protein, a book celebrity and ocean advocate Ted Danson has called “the Omnivore’s Dilemma for the Oceans.”

For those who return to Azur to sample the full menu, they can look forward to hand-harvested scallops; branzino with farro verde, gribiche sauce, and bacon; and lightly poached pollock.