CEOs of 10 of the largest seafood companies in the world behind the Seafood Business for Ocean Stewardship (SeaBOS) initiative announced they will increase their efforts to strengthen sustainable practices in the seafood industry following their meeting in Japan this week.
They agreed to address key topics affecting ocean health and seafood sustainability, including illegal, unreported and unregulated fishing and modern slavery, and they committed to improving transparency in reporting, to substantially reducing their use of antibiotics in aquaculture and plastic materials in their supply chains.
Members of SeaBOS include salmon farmers Marine Harvest ASA and Cermaq, aquafeed companies Skretting and Cargill Aqua Nutrition, and tuna fishers Thai Union Group PCL , Dongwon Industries and Kyokuyo.
In Norway, the world’s richest government-owned investment fund has called on companies it invests into integrate ocean sustainability into their strategy.
Oslo-based Norges Bank Investment Management, whose fund value reached a record $1-trillion last year, said many companies in its investment portfolio depend on the ocean as part of their business model.
It now requires them to integrate measures that will help to identify and minimize the impact of their activities on the ocean. In the aquaculture industry, the fund has investments in Huon Aquaculture Group of Australia.
"The ocean is a vital part of the biosphere and an important part of the global economy," Yngve Slyngstad, NBIM's CEO, said in a statement on Wednesday. "We expect companies to manage the challenges and opportunities related to sustainable use of the ocean."
Mark Lane, NAIA executive director, says the call by workers union FFAW-Unifor for the government to mandate aquaculture companies to employ a minimum number of workers and set a minimum number of weeks of employment is unreasonable. “If implemented, [it] will likely result in less investment and production in the industry that would keep people employed,” Lane tells Aquaculture North America (ANA).
The union, which represents workers in the fisheries, fish farming and processing industries, says the aquaculture industry “struggles to provide meaningful work” for its 150 processing workers in the community of Connaigre Peninsula in NL. In a CBC News report the union proposes that aquaculture companies in the province be required to process their fish at local plants instead of New Brunswick, where it says much of the processing work is now being done.
Lane says the closure of two facilities owned by Barry Group in Harbour Breton on the Connaigre Peninsula was due to the downturn in the wild fishery. “The recent downturn in processing in the province is no different than any other industry such as oil and gas, agriculture or traditional wild fisheries,” Lane tells ANA. He noted that the aquaculture industry has re-opened both facilities.
But he acknowledged that lack of technology and equipment required for certain types of processing in NL facilities means these need to be done outside the province. “To my knowledge none of these plants can perform value-added processing such as portions or smoking. The plant in St Alban’s cannot do filleting.
“As well, for salmon in particular, current levels of technology do not allow for removal of pin bone pre-rigor in NL. Thus, to avoid unnecessary delays in transport and reduction in shelf life en route to market we process pre-rigor in NL, transport closer to the market and remove pin bones in New Brunswick. Having said that, every fish grown in NL is processed in NL,” he says.
He adds that the aquaculture industry has been “quite successful in keeping people employed in rural coastal NL year-round.” About 450 people are directly employed on farms in NL, he says, including aquaculture technicians, veterinarians, managers, and divers. There are also more than 200 people employed in processing.
“For every job created on the farm there are three indirect employment opportunities created as a result, among them in retail, service, supply and transport. We are very proud of these accomplishments and the socio-economic contribution that we are making to rural communities.”
Like FFAW-Unifor, Lane is banking on the arrival of Marine Harvest in the province to expand NL’s aquaculture industry. In July, the Norwegian salmon producer finalized its acquisition of Canadian salmon farmer Northern Harvest Sea Farm (NHSF), which has 45 farming licenses in Newfoundland and New Brunswick.
Marine Harvest Canada (MHC) tells ANA that it is still developing its long-term plans to increase production on Canada’s south coast. “All salmon grown at NHSF operations in NL are prcessed to HOG and fillet stage on a contractual basis by the Barry Group,” says Jeremy Dunn, MHC Director, community relations and public affairs.
FFAW-Unifor says “the arrival of Marine Harvest in NL presents an opportunity to do things differently. Not just economic viability, but an opportunity for responsible farming, meaningful jobs and respectful collective bargaining and labour relations.”
Lane says the entry of Marine Harvest, Grieg and expansion plans of Cooke Aquaculture will help the industry expand. “We are confident that employment opportunities will increase also accordingly.”
He says the industry is poised to meet the province’s growth target of 50,000 MT of finfish and 10,000 MT of shellfish by 2022. “This will eventually result in more long-term stable employment opportunities in additional communities around the province’s coast line and inland,” he says.
Lane concludes that “the best way to ensure long-term stable employment in aquaculture is to support the development of the industry across the province in both farming and support service sector.”
“This will create critical mass in production to keep people employed, but also open up new avenues of employment in servicing and supporting the industry,” he says.
Dr Jim Powell, CEO of the BC Centre for Aquatic Health Sciences in Campbell River, British Columbia, is developing the new tool.
Powell says growers often don't know if their oysters are contaminated until after the shellfish are harvested and packaged. He hopes the molecular detection tool will help prevent the spread of the illness and reduce the financial impact on growers if farms are closed due to norovirus, CBC News reported.
In their paper Predator in the Pool? A Quantitative Evaluation of Non-indexed Open Access Journals in Aquaculture Research, marine ecologists Jeff C. Clements, Rémi M. Daigle and Halley E. Froehlich said predatory journals can pose a threat to aquaculture if policy makers rely on them.
“Policy makers, managers, fish farmers, and the general public rely on sound and reliable science for a successful and sustainable aquaculture industry”, says Clements, a visiting post-doctoral fellow with Health Canada and the Public Health Agency of Canada. “If they aren’t trained to properly recognize good science from bad science, they run the risk of interpreting predatory open access journals as high-quality scientific journals.”
Such journals get published in dubious online publications that charge academic authors prohibitive fees. The researchers found that predatory journals were more likely to be found during a Google search.
“This is concerning given the public perception of aquaculture is often negative, despite research showing positive benefits too,” Clements said.
He believes that open access publishing is a benefit to aquaculture science—and indeed all of science—but that it is important to understand that some scientific information may not necessarily be correct or factual.
“Science communication, like any form of communication, is a two-way street: readers need to be aware that not all science is created equally and that some science is flawed; at the same time, scientists need to connect with a broad audience to quell some of the misinformation that exists in scientific literature.”
How to identify predatory journals
Awareness and recognition is key to identifying and avoiding predatory open access aquaculture journals. To recognize whether or not a scientific journal may not be legitimate, here are some tips:
• Readers should be wary of aquaculture journals that were established after 2010, publish less than 20 papers per year, and publish articles rapidly (less than 80 days after submission)
• If a journal is deemed suspicious based on those criteria, the reader should then go online and search for the name of the journal in the Directory of Open Access Journals (www.doaj.org)
• If the journal shows up in that database, it is good, but if it doesn't show up in that database, it should be read with caution
• For interpreting science, non-scientists should seek the advice of trained scientists
The Global Aquaculture Alliance (GAA) awards BAP certification on environmentally and socially responsible aquaculture companies.
Superior Fresh fish are fed a specially formulated diet free of hormones and antibiotics, said the GAA in the August announcement. The fish produce ammonia and solids, and the solids are broken down from ammonia to nitrites and then to nitrates, making nutrients available for plant uptake. The nutrient-rich water is then pumped into the greenhouse for the leafy greens, which use the nutrients and, in turn, clean the water. The clean water is then pumped back into the aquaculture system.
“We are proud to be a part of the BAP program. Our personal standards and morals related to how we farm are backed up by a strong stamp that truly helps consumers understand that we are doing everything possible to raise healthy, safe and sustainable food,” said Superior Fresh President Brandon Gottsacker.
The BAP achievement is another first for the Wisconsin-based company. In July, it achieved a milestone when its harvest of Atlantic salmon raised inland hit the US retail market for the first time.
Examples of welfare indicators include appetite, the fishes’ behaviour, physiological status, gill condition, fin damage, skeletal status, temperature, and water flow rate.
Cermaq says it has used FishWell’s recommendations to enhance fish welfare throughout its operations. “Cermaq wants its fish to thrive, grow and be healthy. A fish with good welfare is healthier, performs better and ultimately has better quality, which is essential for the productivity and sustainability of Cermaq’s farming operations,” the salmon and trout farmer said in announcing its new fish welfare policy.
The company believes however that individualized farming, where fish are monitored and treated individually, will be the “real change maker” in aquaculture. It is developing a technology, called iFarm, to achieve this goal.
“iFarm, when developed, can measure the external fish health and welfare parameters presented in FishWell. By sorting and treating individual fish, the welfare for all fish in the pen will increase and mortality rates will be dramatically reduced,” says Cermaq R&D Director Olai Einen.
The FishWell project is a collaboration between the food research institute Nofima, the Institute of Marine Research, the Norwegian Veterinary Institute, Nord University in Bodø and the University of Stirling in the UK and the Norwegian Seafood Research Fund. The 328-page manual was scheduled for publication this August/September.
The Norwegian salmon farmer’s total operating income in Q2 2018 amounted to NOK 2.3 billion ($278 million), up 14 percent compared to the same period last year. This despite production at its Rogaland and British Columbia sites being impacted by pancreas disease and algal bloom, respectively.
It expects harvest of 75,000 tonnes in 2018, up 20 percent from 2017 figure but lower by 5,000 tonnes of the initial guidance for the year because of the Rogaland and BC issues in June.
Grieg remains committed to increasing production by at least 10 percent annually until 2020; it aims to harvest 100,000 tonnes that year.
Furthermore, the company aims to achieve production cost “at or below the industry average.” “Increased volumes, improved capacity utilization and shorter production time in sea will contribute to higher efficiency and reduced production costs. The Group also continually undertakes cost-reducing initiatives and has established an internal improvement program, scheduled to run until 2020,” it said.
It believes “continued access to high-quality smolt is critical to ensure future growth.” “Larger smolt will result in shorter production time in sea, thus contributing to reduced biological risk and increased survival.”
Rich Moccia, professor and director, Aquaculture Centre, at The University of Guelph said the province has easy access to very large and affluent markets and has a diversified population base, among them large groups of new Canadians that arrived in the last generation. These create demand for new and different types of aquaculture products, he told the audience at Aquaculture Canada 2018.
"We’re at a tipping point where we’re having enough production to be able to go after some of the larger marketplaces, like Costco and Wal-Mart," says Moccia.
He also noted Ontario’s very strong infrastructure capacity, making it very well positioned to support aquaculture development. Processing infrastructure has also benefitted from industry consolidation in recent years with new private sector investors purchasing some existing farms and upgrading them, he said.
More on Ontario’s robust aquaculture industry in Aquaculture North America’s September/October 2018 issue.
Looking at employment in capture fisheries and aquaculture as a whole, the proportion of those employed in aquaculture increased from 17 percent in 1990 to 32 percent in 2016. The figures reflect aquaculture's robust growth and crucial role in feeding the world’s population. In contrast, the proportion of those employed in capture fisheries declined from 83 percent in 1990 to 68 percent in 2016.
Fish farmers totalled 19.27 million in 2016, up 4.1 percent from 18.51 million in 2010, according to the report. In North America, there were 9 million fish farmers in 2016, unchanged since 2010. Employment in aquaculture was concentrated primarily in Asia (96 percent of all aquaculture engagement), followed by Latin America and the Caribbean and Africa. The report defines employment as full-time, part-time or occasional basis.
The retailer has since then sold only wild-caught Alaskan salmon. But this week, it announced that it brought back farmed salmon in its stores since last year, saying that farmed salmon could still be sustainable.
It is selling farmed salmon certified by the Aquaculture Stewardship Council. "Currently it is the only major eco-certification for farmed salmon that has been benchmarked to perform to at least a Yellow Seafood Watch equivalency and now meets our sustainable seafood policy,” it said. More on the story here.
Transparency Market Research says the global seafood market is likely to grow at a steady pace as global population is making a lifestyle change.
“Changing lifestyles is the biggest contributor to the global seafood market. Analysts state that the growing awareness about proteins present in the wide variety of seafood is expected to drive the global seafood market. Today, the seafood market has progressed to farmed fishes or aquaculture to meet the exponentially growing demand,” the company said in the report, Seafood market – Global Forecast, Market Share, Trends, Size, Growth and Industry Analysis 2016 – 2023.
Consumer awareness of the advantages of seafood such as being rich in protein and an excellent source of Omega-3 has boosted seafood consumption in recent years, it added.
BlueNalu of San Diego, California, is in the business of cellular agriculture, which is the creation – in the laboratory – of animal products such as meat, milk, and eggs from cell and tissue cultures. In BlueNalu’s case, seafood will be grown directly from fish cells.
The company says its cellular aquaculture process will provide the industry with a more sustainable way of producing seafood. The two-month-old company has attracted $4.5 million in seed funding.
Lab-grown seafood, anyone?
To put the technology to commercial use, scientists at the Research Center for Self-Sustained Eel Culture in Japan are looking into whether artificially developed young eels, known as elvers, can be raised to adulthood in farming pools just as in ordinary culturing methods where caught juvenile eels are raised in pools, reported The Asahi Shimbun.
They distributed a total of 300 elvers to two private farming companies, where they will be raised under different conditions until they grow enough to be shipped.
“Through the commercial farmers’ pool cultivation processes, we will see what kind of challenges remain in connection with eels’ food, the farming environment and other factors,” Keisuke Yamano, 54, director of the center, was quoted as saying.
A Natural Environment Research Council (NERC) study carried out by Scottish and Australian scientists at two commercial oyster farms in Wallis Lake and Post Stephens, both in the mid-north coast of New South Wales, confirmed that the oysters’ diminishing size and falling population is due to acidification from land and sea sources.
While the Sydney rock oyster research project focused on Australian aquaculture, lead author Dr Susan Fitzer warns that seafood lovers around the globe could begin to find smaller and smaller oysters on their plates because of the increasing acidity of seawater.
“The first thing consumers may notice is smaller oysters, mussels and other molluscs on their plates, but if ocean acidification and coastal acidification are exacerbated by future climate change and sea level rise, this could have a huge impact on commercial aquaculture around the world,” said Fitrzer, a NERC Independent Research Fellow at the University of Stirling in Scotland.
Increasing amounts of carbon dioxide (CO2) in the atmosphere from fossil fuel combustion, land-use change and other human activities result in increased CO2 being absorbed by the ocean. That combination of CO2 with seawater makes the water more acidic, said another study, The US West Coast Shellfish Industry’s Perception of and Response to Ocean Acidification.
NaturalShrimp, a publicly traded agro-tech company, has started testing the patent-pending technology in a 65,000-gallon tank at its pilot production farm near San Antonio, Texas.
The company says the technology is “potentially disruptive to the entire shrimp farming industry.” “NaturalShrimp’s patent pending Vibrio Suppression Technology effectively eliminates water-borne bacteria and other harmful organisms and keeps ammonia at safe concentration levels, thus eliminating one of the historically most difficult problems in shrimp aquaculture,” it said on its website.
Under the plan, a former shipyard in the town of Marystown, Newfoundland, will be converted into a service facility. Marbase Marystown Inc, a partnership between a Newfoundland-based private equity company and a Norwegian firm are behind the plan, reported the Southern Gazette.
“Marbase will bring together key suppliers to enhance the industry’s supply chain efficiency, enable access to key resources, improve advanced technology transfer, and move Canada’s aquaculture production towards a more modern, sustainable and efficient future,” the publication reported, citing a leaked document.
However, the plan will only move forward if the province of Newfoundland will approve the Grieg NL project, the report said.
Dr Bill Walton of Auburn University will focus his study on oysters raised using off-bottom farming technique. The technique involves raising the baskets of oysters from the water once a week to air-dry them to prevent barnacles and other invasive species from attaching themselves to the oysters. Walton will find out whether an oyster farm’s geographic location, handling practices, and choice of equipment affect Vibrio levels in these oysters.
“Through his project, Walton should generate valuable data for Gulf Coast oyster farmers, who focus on producing exceptional oysters for high-end markets, such as upscale restaurants that offer the farmed bivalve mollusks on the half shell,” Auburn University said in a press release.
The USDA has given more than $450,000 for the three-year research project.
The interactive workshop will cover a wide range of topics, from the basics of indoor marine shrimp farming to the latest in technological innovations, research, regulations, post-larvae supply to marketing. It will feature a series of presentations and round table discussions with experts in the field and policymakers who help shape the future of shrimp farming in the US and globally.
Registration deadline is August 24 at s.surveyplanet.com/B1Ioo0h7m.
Registration fee is $25 per person.
For out-of-town participants, a limited number of hotel rooms are reserved at the Capital Plaza Hotel in Frankfort at the special rate of US$103 per night for September 13-14. Use code “Shrimp Workshop” when booking.
“While the importance of salmon farming is well understood in the communities where our members operate, that is not the case in urban centers and there is no question we have work to do on that front. I look forward to bringing forward the story of just how important and progressive this industry is. My first priority is to gain the public’s trust,” said Fraser, whose appointment was announced today.
Fraser was BC’s deputy minister responsible for Government Communications and Public Engagement until last year. “I was drawn to this role by the opportunity to become an advocate for this important but misunderstood industry at a critical time,” Fraser said.
“I was struck with just how deeply our province’s salmon farmers understand that wild salmon come first and that they play a critical role in protecting wild fish populations. They understand they must, and do, operate responsibly by using the most innovative green techniques and acting on independent science. They also understand how important it is that they are giving consumers a local and healthy alternative to eating wild salmon when making their meal choices.”
The association’s previous executive director, Jeremy Dunn, is now Director of Community Relations & Public Affairs at Marine Harvest Canada.
Agrosuper has a salmon unit, Los Fiordos, which sells its produce under the Super Salmon brand. The company's main markets include the United States, Mexico, Italy, Japan, China and Brazil, but most exports to these countries are broiler products. The $850-million deal with AquaChile will make it one of the world’s biggest players in salmon aquaculture.
AquaChile markets its produce under the Verlasso brand, “named the first and only ocean-raised farmed Atlantic salmon to receive the ‘Good Alternative’ buy ranking from the Monterey Bay Aquarium’s Seafood Watch program,” according to the company.