Saving Seafood

Maine lobster industry nets $2 million for research

September 3, 2020 — For the second straight year, $2 million has been awarded for lobster research in the Gulf of Maine. Four of the nine NOAA Sea Grant projects will be conducted by Maine organizations, totaling $559,181 in funding for Maine-based research projects.

Sen. Susan Collins (R-Maine), a senior member of the Appropriations Committee, announced the Sea Grant American Lobster Initiative funding on Thursday, saying, “This critical federal funding will build on their efforts to support the health of Maine’s lobster fishery and help ensure its continued success.”

The $2 million will support Gulf of Maine and Georges Bank American lobster research priorities, which is aimed at understanding how environmental changes are affecting American lobster in the Gulf of Maine.

Read the full story at News Center Maine

Sea Grant Announces Funding Opportunity for Highly Migratory Species Research

April 26, 2019 — The following was released by NOAA Sea Grant:

Atlantic highly migratory species (HMS), which include tunas, billfish, and sharks, are important to both the ecological health of ocean ecosystems and to commercial and recreational fisheries. However, knowledge gaps in the life history, biology, and population status of many of these species limit understanding and the ability to sustainably manage these species. Populations of HMS and the coastal communities that rely on the health of these important fish stocks could greatly benefit from improved, science-based management and conservation.

As part of the FY 2019 Appropriations Bill for NOAA, Congress directed the National Sea Grant College Program to spend up to $2 million to initiate a HMS research initiative focused on HMS species in the Atlantic Ocean and Gulf of Mexico, including the interactions between yellow-fin tuna and oil rigs in the Gulf of Mexico. This direction, and priorities identified in the 2014 Atlantic HMS Management-Based Research Needs and Priorities document developed by NOAA’s National Marine Fisheries Service in concert with industry and management stakeholders, was used to develop this initiative, which will support research to address critical gaps in knowledge about HMS in the Gulf of Mexico and Atlantic Ocean regions.

Letters of Intent are due May 15, 2019 (see formal announcement for details).

Full proposals are due June 19, 2019 (see formal announcement for details).

Read the full release here

New Hampshire ‘AquaFort’ among 22 projects earning NOAA Sea Grant

October 26, 2018 — Researchers in New Hampshire have received federal funding to create an offshore aquaculture program that will be used to recruit fishermen in northern New England interested in raising steelhead trout and blue mussels.

Officials from the University of New Hampshire – which manages the state’s Sea Grant program – along with the state’s federal leaders announced the USD 747,673 (EUR 655,574) award last week. The grant was given to UNH for its new aquaculture program called “AquaFort.” It involves the hatching of rainbow trout in freshwater, and after eight months of development, the fish are transferred to the sea and become known as steelheads.

The university already has permits for the AquaFort site, which will be located less than two miles south of the Isle of Shoals.

“Warming ocean temperatures and invasive species have caused a decline in sea creatures such as blue mussels and steelhead trout, which has negatively impacted New Hampshire fishermen and the seafood industry,” U.S. Sen. Maggie Hassan (D-New Hampshire) said in a statement. “By increasing seafood production through aquaculture training for fishermen and farmers, this federal grant to the University of New Hampshire will help expand economic opportunity on the Seacoast.”

The New Hampshire initiative was one of 22 projects that earned 2018 Aquaculture Research Awards grants by NOAA Sea Grant. All of the endeavors receiving a total of USD 11 million (EUR 9.6 million) will work on their projects over the next two to three years. Awardees must also receive a 50 percent match in funds from non-federal sources.

The Rhode Island Sea Grant program received USD 745,815 (EUR 654,052) to develop an online training initiative for entry-level workers that’s designed to improve worker safety and hone the skills necessary to get and keep a job in aquaculture. The training program will include a “train-the-trainer” aspect that could lead to a national deployment.

Read the full story at Seafood Source

Sea Grant Announces 2018 Aquaculture Research Awards

October 22, 2018 — The following was released by NOAA:

NOAA Sea Grant announces the award of $11 million in grants for 22 projects to further advance the development of a sustainable marine and coastal aquaculture industry in the U.S.

The research will address specific priorities of the 2018 Sea Grant National Aquaculture Initiative including, supporting the development of emerging systems or technologies that will advance aquaculture in the U.S., developing and implementing actionable methods of communicating accurate, science based information about the benefits and risks of U.S. marine aquaculture to the public; and increasing the resiliency of aquaculture systems to natural hazards and changing conditions. The projects, which will be conducted over a three year period, include a 50% match by non-federal partners. One hundred proposals were submitted requesting a total in $48 million in federal grant funds.

Sea Grant’s investment in aquaculture research, outreach and education programs continues to produce results for coastal communities and their economies. Between February 2017 and January 2018, Sea Grant invested $11 million in aquaculture research, with additional funds and resources dedicated to outreach and technology transfer, and reported $78 million in economic impacts, including support of 792 businesses and 1,387 jobs.

As part of the Department of Commerce, NOAA facilitates the growing uses of and demands on our ocean resources. One of the most urgent opportunities in the “Blue Economy” is the need to expand sustainable seafood production in the U.S. —both through the better utilization of our wild-capture fisheries and the expansion of marine aquaculture.

See some of the impacts resulting from Sea Grant-funded aquaculture research and learn more about aquaculture in the U.S. 

UMaine team gets help in battle with salmon-ruining lice

October 19, 2018 — The University of Maine is getting a boost from the federal government for a pair of aquaculture projects, one of which addresses a pest problem in worldwide salmon farming.

The money is coming from NOAA Sea Grant, which supports fishery and coastal projects. The university says three researchers at its Aquaculture Research Institute will receive more than $700,000 to work on new approaches to address sea lice in salmon operations.

The lice are a major problem for salmon farms in Maine, Canada and around the world as they render the fish impossible to sell. The industry is struggling with resistance to pesticides used to control the lice.

Read the full story from the Associated Press at The Washington Times

Sea Grant Funds New Technology to Monitor for Harmful Algal Blooms

October 18, 2018 — A new system using next-generation robotic sensors to monitor coastal waters for disease-causing microalgae has been funded by the NOAA Sea Grant Program as part of a national strategic investment in aquaculture.

The PhytO-ARM (Phytoplankton Observing for Automated Real-time Management), under development by a team led by Woods Hole Oceanographic Institution (WHOI) biologist Mike Brosnahan, will vastly improve our ability to detect harmful algal blooms (HABs) and the toxins they produce and provide aquaculturists, resource managers, and others detailed, real-time information about the bloom using a web-based, user-friendly dashboard.

“Clams and oysters grown in our coastal waters depend on phytoplankton as an important food source, yet some phytoplankton produce toxins, which accumulate in shellfish and pose a threat to humans and other animals that consume them,” says Brosnahan. “The information the system provides is very powerful and holds great potential for protecting human health and maximizing aquaculture operations.”

The project’s intent is to streamline the system so that it can be adapted for a range of uses, including by farmers to protect and maximize their shellfish yields; resource managers anticipating and responding to outbreaks to protect human health, and scientists working to better understand HAB dynamics in our changing environment.

In its most sophisticated form, the PhytO-ARM system couples two powerful sensors: the Imaging FlowCytobot (IFCB), which continuously records microscope images of phytoplankton and identifies them in real time; and a new high capacity Environmental Sample Processor (ESP), a “molecular lab in a can” that can positively identify species and toxins. “This system will provide rapid biotoxin measurements, alerting managers to the presence of biotoxins that cause severe, even fatal reactions in humans,” says Brosnahan.

A smaller scale version of the system couples the IFCB with a profiling conductivity-temperature-depth (CTD) probe to provide rich pictures of the distribution of phytoplankton around shellfish beds, which can inform and trigger management actions.

“Many harmful algal bloom species migrate vertically through the water column,” says Brosnahan. “By combining these sensors we can focus sampling on where cells are most abundant. Knowledge of the vertical distribution of cells may also enable farmers to tweak nursery operations to limit the exposure of juvenile animals to harmful algae.”

Another powerful aspect of the system is in monitoring not only the organisms that are known to have caused problems for many decades, but also for detecting species that are nascent problems for the aquaculture industry. New England has a well-established biotoxin problem with Paralytic Shellfish Poisoning caused by the phytoplankton Alexandrium. But the region is experiencing emergent problems with biotoxins from Pseudo-nitzschia and Dinophysis, both of which have caused shellfish bed closures in recent years. With real-time data from PhytO-ARM sensors, resource managers can detect and monitor potentially toxic phytoplankton cells that are normally not part of their monitoring program.

Brosnahan has first-hand experience with this. In 2015, working with a proto-type PhytO-ARM system in Nauset Marsh on Cape Cod, Brosnahan and his team spotted some unusual cells. “We had finished with our work with the Alexandrium bloom and our IFCB was showing relatively high numbers of Dinophysis acuminata – a dinoflagellate that causes diarrhetic shellfish poisoning or DSP,” he says. “We were able to continue monitoring the development of the Dinophysis bloom throughout the summer and alerted the Massachusetts Department of Marine Fisheries and collaborators at FDA to a potential hazard, which ultimately resulted in the first closure of a shellfish bed due to DSP in the northeast U.S.”

Read the full story at the Woods Hole Oceanographic Institute