Saving Seafood

IFFO head: Aquaculture growth portends bright future for marine ingredients industry

September 27, 2019 — A veteran of Cargill’s aquafeed trading wing, Petter M. Johannessen last year took over as director general of IFFO, which represents global fishmeal and fish oil producers and their trade associates. The London, United Kingdom-based organization will hold its 59th annual conference on 4 to 6 November, 2019, in Shanghai, China, at a time of rising Chinese demand for feed inputs, but also increased interest in alternatives to fishmeal and fish oil. Johannessen spoke to SeafoodSource about preparations for the Shanghai meeting, and more broadly, the state of the industry.

SeafoodSource: What are the priorities for the upcoming IFFO annual conference in Shanghai?

Read the full story at Seafood Source

SFP unveils toolkit for aquaculture improvement

September 25, 2019 — The following was released by the Sustainable Fisheries Partnership:

Sustainable Fisheries Partnership (SFP) is pleased to introduce the Aquaculture Improvement Project (AIP) Toolkit, an online resource to support new AIPs and accelerate the adoption of better management practices across aquaculture industries.

Similar to fishery improvement projects (FIPs), an AIP is a multi-stakeholder process that addresses the cumulative environmental impacts and the shared risks associated with aquaculture. These projects utilize the power of the private sector to promote positive changes toward sustainability and seek to make these changes endure through policy change. If the industry works to develop AIPs in the same way it has worked to develop FIPs, SFP believes the aquaculture industry will thrive by addressing some of its key challenges, such as disease outbreaks and poor water quality.

“Compared to FIPs, the concept of an AIP is relatively new, less familiar, and far less established within the seafood industry,” said Dave Martin, deputy division director, programs at SFP. “However, they are an equally important mechanism for the supply chain to support industries along the journey toward sustainability.”

The new AIP Toolkit provides step-by-step guidance on how to initiate, implement, and report an AIP, and ultimately improve aquaculture policy and management strategies that result in improvements on the water. To make it more familiar and easy to use, SFP has adapted the AIP toolkit from the established guidelines for FIPs created by the Conservation Alliance for Seafood Solutions, and the AIP Toolkit’s style mirrors SFP’s existing FIP Toolkit and Resources. The toolkit includes an introduction to AIPs, general guidance on how to start an AIP, as well as templates and example documentation to support project implementation.

“We aren’t reinventing the wheel here. We’ve taken a model that is well-known to industry – the FIP model – and adapted it to the unique challenges of aquaculture,” said SFP CEO Jim Cannon. “Many of the steps in an AIP mirror the core attributes of a FIP: public supply chain commitments, published needs assessments, workplans with time-bound objectives, and regular public reporting of progress.”

The AIP toolkit notes that, in line with the FAO’s Ecosystem Approach to Aquaculture (EAA), an AIP should operate at a scale beyond the farm level and focus on improved management at the resource, watershed, or landscape level (commonly referred to as zonal or area management). A report co-published last year by SFP, Conservation International, and the University California Santa Barbara’s Sustainable Fisheries Group is a complementary resource to the AIP toolkit that provides implementation guidance on three key principles of the EAA. All of this information, and more, can be found on SFP’s website at www.sustainablefish.org.

Local News Consortium earns funding to enhance oyster breeding

September 23, 2019 — A consortium of 14 shellfish geneticists from 12 East Coast universities and government agencies has won a 5-year, $4.4 million grant from the Atlantic States Marine Fisheries Commission to develop new tools to accelerate and localize selective breeding in support of oyster aquaculture.

The project team was assembled by Stan Allen, professor and director of the Aquaculture Genetics and Breeding Technology Center at William & Mary’s Virginia Institute of Marine Science; Ximing Guo, distinguished professor and shellfish geneticist at Rutgers Haskin Shellfish Research Laboratory; and Dina Proestou, a scientist with the USDA’s Agricultural Research Service. Guo will serve as the consortium’s principal investigator.

Allen says, “Our respective breeding programs at Rutgers and VIMS are at the core of the new consortium approach. The project is a terrific opportunity to develop further ground-breaking approaches with Ximing’s team and our other East Coast collaborators, and will hopefully deliver all the more results for industry.” Guo and Allen previously partnered to create the world’s first tetraploid oysters at Rutgers in 1994.

Read the full story at the Williamsburg Yorktown Daily

UMaine Orono receives $1.6M grant for sustainable aquaculture

September 20, 2019 — The University of Maine at Orono received a $1.6 million grant to advance sustainable aquaculture in Maine.

According to a release from the university, Maine Sea Grant researchers at the University of Maine were granted the money from the NOAA National Sea Grant to lead four projects in collaboration with the aquaculture industry, management, and community partners.

“Thousands of Mainers rely on marine industries for their livelihoods, and aquaculture is a promising area for growth,” said U.S. Sens. Susan Collins and Angus King.

According to NOAA fisheries, the United States imports 85% of its seafood, which has resulted in a $14 billion trade deficit- leading to new opportunities in aquaculture to meet demands of seafood consumption.

Read the full story at News Center Maine

Maine Aquaculture Association’s Sebastian Belle forecasts bright future for industry in state

September 20, 2019 — In 2017, the governor of Washington State ordered all agencies to ban salmon farming in state waters after a net-pen failure at a Cooke Aquaculture-owned Atlantic salmon farm caused a fish escape into the surrounding Pacific.

That event in the Northwest became an obvious opportunity for the Northeastern U.S. state of Maine, which was once home to an Atlantic salmon fishery. While the wild fishery has been nonexistent for years due to wild populations of Atlantic salmon being deemed endangered in the state, aquaculture operations continue to see results.

Read the full story at Seafood Source

MAINE: NOAA grant will fund certificate program at UMaine aquaculture institute

September 19, 2019 — The University of Maine’s Aquaculture Research Institute has been selected to receive a $123,735 workforce development grant.

The National Oceanic and Atmospheric Administration grant will fund a pilot project creating an aquaculture certificate program, which will be open to all applicants with at least a high school degree, according to a news release. The grant is administered by the Atlantic States Marine Fisheries Commission.

UMaine’s project, “Aquaculture Workforce Development: Certificate in Applied Sustainable Aquaculture,” is designed to address aquaculture industry workforce needs in Maine by facilitating alternative career opportunities for traditional fishing communities.

The project also will incorporate the institute’s internship program, which pilots new internship models to meet hiring needs through industry and academic partnerships.

Read the full story at MaineBiz

Cooke acquires Invergordon fish feed mill in Scotland

September 19, 2019 — The following was released by Cooke Inc.:

Cooke Inc. announced today the establishment of Northeast Nutrition Scotland Limited after the acquisition of the former Skretting fish feed mill in Invergordon.

The mill facility is located at Inverbreakie Industrial Estate and had previously produced fish feed for aquaculture companies in Scotland. Northeast Nutrition Scotland Limited will manufacture fish feed for Cooke Aquaculture Scotland Limited, a leading salmon producer with facilities in the Shetland and Orkney Islands, as well as the United Kingdom’s mainland. Invergordon is a town and port in Easter Ross, in Ross and Cromarty, Highland, Scotland.

“All of our salmon is reared using feeds that are manufactured in compliance with the highest standards for animal feed safety,” said Glenn Cooke, CEO of Cooke Inc. “We are excited to include domestic feed manufacturing in Scotland, adding to the vertical integration of our operations and further enhancing the full traceability of our fish.”

Skretting announced in November 2018 its plans to cease manufacturing activities in the United Kingdom, and it closed the Invergordon facility at the end of April 2019. Cooke plans to work with former employees who were affected by the closure to resume operations at the mill. “We are thrilled to be in a position to offer new opportunities to those employees and have an engaged and experienced team in place from day one,” said Chris Bryden, mill manager. “As a rural coastal community, Invergordon has a population of approximately 4,000 residents. Joining the Cooke family of companies provides us with the opportunity to keep Scottish jobs and be an important part of a globally respected growing seafood leader,” expressed Bryden.

Cooke Aquaculture Scotland and Cooke’s feed division and feed suppliers employ teams of professionals in fish nutrition, feed manufacture, fish feeding behavior, fish health management, farm management and information technology that oversee every aspect of feed supply and delivery. Cooke’s commitment to sustainably sourced feed ingredients, ongoing improvements to feed formulations and innovations in feed delivery allow the company to produce healthy fish for its customers.
https://www.cookeseafood.com/2019/09/19/cooke-acquires-invergordon-fish-feed-mill-in-scotland/

The Battle Over Fish Farming In The Open Ocean Heats Up, As EPA Permit Looms

September 19, 2019 — Americans eat an average of 16 pounds of fish each year, and that number is growing. But how to meet our demand for fish is a controversial question, one that is entering a new chapter as the Environmental Protection Agency seeks to approve the nation’s only aquaculture pen in federal waters.

Fish farming has been positioned by its boosters as a sustainable alternative to wild-caught seafood and an economic driver that would put our oceans to work. So far, restrictions on where aquaculture operations can be located have kept the U.S. industry relatively small. In 2016, domestic aquaculture in state-controlled waters accounted for about $1.6 billion worth of seafood, or about 20 percent of the country’s seafood production.

But the biggest potential home for aquaculture, federally controlled ocean waters, has so far been off limits. States control up to three miles offshore from their coastlines, but between three and 200 miles falls under federal control. Attempts to introduce aquaculture in federal waters have so far been stymied by concerns about aquaculture’s impact on ocean ecosystems and wild fisheries.

Read the full story at WVTF

Iceland allocates $1.4m for improved aquaculture management

September 18, 2019 — Iceland’s government has allocated a total of ISK 750 million (around $6m) for the improvement of aquaculture management and control.

This includes ISK 600m for the Marine Research Institute (MRI)’s new research vessel, on which a total of ISK 900m has been spent.

It also includes ISK 150m in place of the funding the MRI used to receive from the “Fisheries Project Fund”, but which has been on the wane for several years now.

“This year’s draft budget is about to change this arrangement and ensure that the institute has fixed income so that the MRI will no longer be subject to volatile income sources with associated uncertainty for its core activities,” said the government.

Read the full story at Undercurrent News

Salmon Farmers Are Already Transparent About Escapes

September 13, 2019 — The following was released by the Atlantic Canada Fish Farmers Association:

Statements made this week by the Atlantic Salmon Federation (ASF) about the transparency of reporting farmed salmon escapes and the potential risks involved with escapes cannot go unchallenged.

Salmon farmers do not want to lose a single fish. Their fish are their livelihood. When escapes do happen, they are largely a result of extreme weather events. Occasionally escapes are due to equipment malfunction or human error when fish are being handled (i.e. harvesting, fish health inspections). Salmon farmers are already transparent about escapes. When escapes happen, New Brunswick salmon farming companies voluntarily report it to the provincial regulator, who in turn notifies numerous groups, including the ASF, that are members of the NB Aquaculture Containment Liaison Committee. Other members include the Department of Fisheries and Oceans, the NB Department of Agriculture, Aquaculture and Fisheries, salmon producers, the NB Conservation Council and the NB Salmon Council. The NB Aquaculture Containment Liaison Committee communicates regularly. This week, the group discussed adding other groups on a case-by-case basis that may wish to be informed of an escape for a specific reason.

ASF spokesperson Neville Crabbe stated in the media this week that: “When you have spawning that’s occurring between aquaculture escapees and wild fish, you are wiping away potentially 10,000 years of evolution in a single spawning event.”

We reject that hyperbole. ASF knows full well that farmed salmon are very poorly suited to survival in the wild or reproductive success. Fearmongering about potential evolutionary disaster after a small escape does a disservice to the collaborative efforts between salmon farmers and the members of the NB Aquaculture Containment Liaison Committee. Mr. Crabbe’s comments also conveniently ignore any potential impacts of over 100 years of Atlantic salmon enhancement efforts, including ASF’s own sea ranching project in the 1970s and 80s that saw large releases of a variety of salmon strains into rivers and estuaries.

Salmon farming began – with ASF as a partner – as a way to address the decline of the commercial and recreational fishery for Atlantic salmon. Salmon farming is a responsible, sustainable and innovative means to provide adequate food supply to meet the world’s population growth while helping to reduce the pressure on wild fish stocks. Our farming practices and technology continue to evolve. Fish containment will always be a top priority as will our wild salmon conservation and enhancement efforts. Farmers work with a wide variety of partners, including First Nations, as part of the innovative Fundy Salmon Recovery project that is now seeing inner Bay of Fundy salmon return to one river in Fundy National Park in unprecedented numbers. (fundysalmonrecovery.com)