The International Commission for the Conservation of Atlantic Tunas (ICCAT), the organization responsible for coordinating management for Atlantic albacore tuna, established a rebuilding plan for the North Atlantic albacore stock. A rebuilding plan outlines the strategy for managing harvest at a level that will allow an overfished stock to rebuild to target population levels by a specified deadline (in northern albacore’s case, 2020). ICCAT set the annual total allowable catch for 2010 through 2016 at 28,000 metric tons, approximately 77 percent of which is allocated to the European Union. If this catch level is exceeded, ICCAT will reevaluate it and make further recommendations as needed.
- Greater amberjack
- Ocean perch
- Sea Bass
- Turbot (Greenland)
North Atlantic Albacore Tuna
ALSO KNOWN AS:
Northern Albacore, Longfin Tuna, Germon
U.S. wild-caught from Massachusetts to Louisiana
- FISHING RATE
- HABITAT IMPACTS
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Albacore on the line.LAUNCH GALLERY
Albacore tuna is a “highly migratory species” – these fish are found around the world and can travel long distances. Albacore are a temperate (cooler water) species but spawn in warmer tropical waters. Unlike non-migratory species that are only found off our coasts, we’re not the only ones fishing for albacore. Fisheries for highly migratory species such as albacore require cooperative international management to ensure the resource is abundant and global harvests are sustainable.
There are six stocks of albacore – North Pacific, South Pacific, North Atlantic, South Atlantic, Indian Ocean, and Mediterranean Sea. Most albacore on the market comes from the Pacific, and U.S. fishermen mainly target both North and South Pacific stocks (see Pacific albacore tuna). Albacore hasn’t been a main focus of the U.S. commercial tuna fisheries operating in the North Atlantic. U.S. fishermen catch less than 2 percent of the total international catch of North Atlantic albacore. Nonetheless, the United States actively participates in the conservation and management of this resource and fishery.
LOCATION & HABITAT
In general, albacore tuna live in tropical and warm temperate waters in the Atlantic, Pacific, and Indian Oceans. In the Atlantic, they’re found from Nova Scotia to northern Argentina, and from Ireland to South Africa. Juveniles prefer warmer surface waters; adults like cooler and deeper waters.
Albacore are a highly migratory species – they swim long distances throughout the oceans. Similarly sized albacore travel together in schools that can be up to 19 miles wide. Schools of albacore also sometimes include other tuna species such as skipjack, yellowfin, and bluefin tuna.
Albacore grow relatively fast, up to more than 4 feet and 88 pounds. In the Atlantic, they live up to 13 years and are able to reproduce by age 5. In the spring and summer, albacore spawn in subtropical waters of the Atlantic and throughout the Mediterranean Sea. Depending on their size, females have between 2 million and 3 million eggs per spawning season.
Albacore, like other species of tuna, have unique biological characteristics that enable them to swim at speeds over 50 miles per hour and cover vast areas during annual migrations. They have torpedo-shaped bodies, smooth skin, and streamlined fins. They also have a highly evolved circulatory system that regulates their body temperature and increases muscle efficiency; a high metabolism; and high blood pressure, volume, and hemoglobin, all of which increase oxygen absorption. Because they lack the structures needed to pump oxygen-rich water over their gills, they must constantly swim with their mouths open in order to breathe.
Albacore tuna feed near the top of the food chain, preying upon a variety of fish, crustaceans, and squid. They’re also prey for many top predators, including sharks, rays, larger tunas, and billfishes.
Albacore tuna are metallic, dark blue on the back with dusky to silvery white coloration along the sides of the belly. They have exceptionally long pectoral fins, which are nearly half the length of their bodies. The edge of the tail fin is white.
The International Commission for the Conservation of Atlantic Tunas (ICCAT) assesses the abundance of North Atlantic albacore and evaluates the sustainability of current and proposed harvest practices. They use the scientific information from these assessments to make management recommendations. ICCAT last assessed North Atlantic albacore in 2013.
Scientists assessed the North Atlantic albacore tuna stock in 2013 and concluded that it remains below its target level. The spawning stock biomass (the amount of fish in the population capable of reproducing) is at 94 percent of its target population level, up from 62 percent based on the 2009 stock assessment. The stock is considered overfished based on the ICCAT definition because ICCAT does not set different levels for the target population level and the overfished level. This means that stocks that are not at the target population level are also regarded as overfished by ICCAT. NOAA Fisheries sets the overfished level at 70 percent of the population level, so according to their definition, the stock is no longer overfished, but still rebuilding to the target population level. The 2009 assessment indicated that overfishing was occurring, but the 2013 assessment shows overfishing is no longer occurring.
NOAA Fisheries scientists continue to research improvements in how they model changes in the Atlantic albacore tuna population and the impact of fishing on the resource.
Harvesting Albacore Tuna
Albacore is a highly migratory species – they travel throughout large areas of the ocean and are harvested by many nations using different types of fishing gear. In the Atlantic, albacore are roughly divided at the equator into North and South Atlantic stocks. Albacore hasn’t been a main focus of the U.S. commercial tuna fisheries operating in the North Atlantic. They’re most often harvested incidentally in the commercial pelagic longline fishery for swordfish and other tunas. U.S. commercial fishermen also use rod and reel gear to catch albacore tuna.
Although neither gear type has an impact on habitat, pelagic longlines can incidentally catch protected species such as marine mammals, sea turtles, and sea birds. NOAA Fisheries has implemented regulations and other management measures to prevent impacts from these gears.
Who’s in charge? NOAA Fisheries Atlantic Highly Migratory Species Management Division
Atlantic albacore tuna move throughout large areas of the Atlantic Ocean and are fished by many nations using various gear types. Management by the United States alone is not enough to ensure that harvests are sustainable in the long term. The United States negotiates with Regional Fisheries Management Organizations including the International Commission for the Conservation of Atlantic Tunas (ICCAT) and the Food and Agriculture Organization of the United Nations to enhance tuna management worldwide. NOAA Fisheries sets regulations for the albacore fishery based on our science and on conservation and management recommendations from ICCAT.
Current international management:
ICCAT established a rebuilding program for northern albacore through 2020, limiting total catch and allocating the total allowable catch among member nations. If ICCAT members do not harvest their full quota in a year, they can carry over the remainder of their quota to use within two years. However, they must limit the amount carried forward to 25 percent of their initial catch quota. The United States is in compliance with the ICCAT-recommended quota, consistent with the international rebuilding plan for northern albacore.
Generally, ICCAT conservation and management recommendations include:
- Total allowable catches
- Sharing arrangements for member countries
- Minimum size limits
- Effort controls
- Time/area closures
- Trade measures
- Compliance measures
- Monitoring and inspection programs
Current domestic management: Consolidated Atlantic Highly Migratory Species Fishery Management Plan
Measures taken by NOAA Fisheries to sustainably manage this fishery also include:
- Gear restrictions
- Time/area closures
Federal management for Atlantic tunas applies to state waters as well, except in Maine, Connecticut, and Mississippi. NOAA Fisheries periodically reviews these states' regulations to make sure they're consistent with federal regulations.
NOAA Fisheries has taken the following additional measures to prevent bycatch and sustainably manage this fishery. Fishermen are:
- Required to use large circle hooks and certain types of bait that limit gear interactions with sea turtles. Circle hooks are specifically designed to minimize the damage caused by hooking, giving animals that are captured and released a better chance at survival.
- Trained to use special techniques to safely dehook and release any incidentally caught turtles.
- Required to stop fishing and move 1 nautical mile if they encounter a protected species.
- Required to protect pilot whales and Risso's dolphins, when fishing in the Mid-Atlantic Bight by limiting the length of their lines to 20 nautical miles and posting marine mammal handling/release guidelines on their vessels. In addition, if fishing in the Cape Hatteras Special Research Area, pelagic longliners must contact NOAA Fisheries at least 48 hours prior to a trip and carry observers if requested.
- Required to use weak hooks in the Gulf of Mexico to reduce incidental catch of bluefin tuna and are prohibited from using live bait to reduce bycatch of billfish.
- Restricted from areas of the Gulf of Mexico to reduce bycatch of all species.
- Required to carry vessel monitoring systems (satellite technology) onboard their boats to enforce these closures.
- Required to carry at-sea fisheries observers upon request. NOAA Fisheries reviews observer data to monitor protected species interactions and takes appropriate action as necessary.
Total U.S. harvests of northern albacore in the Atlantic have consistently been below the allotted amount from ICCAT, e.g., 425 of the 527 metric tons allowed for 2012. In 2012, commercial fishermen harvested 280 metric tons (approximately 617,000 pounds) of northern albacore tuna in the Atlantic, mainly off the northeastern coast. U.S. fishermen have not harvested southern albacore since 2004; even then, harvests were relatively small, ranging between 1 and 8 metric tons annually between 1996 and 2004.
The average ex-vessel price (the price fishermen receive for their catch) for albacore tuna increased in the Mid-Atlantic and South Atlantic regions and decreased in the North Atlantic and Gulf of Mexico in 2012. From 2005 to 2012, the average ex-vessel price of albacore tuna increased 60 percent. The ex-vessel price depends on a number of factors, including the quality of the fish (e.g., freshness, fat content, method of storage), the weight of the fish, the supply of fish, and consumer demand. In 2012, annual ex-vessel revenues for the fishery totaled $639,370.
Recreational fishermen also fish for albacore tuna, and they must have a federal permit to do so. Recreational fishing for highly migratory species such as albacore tuna provides significant economic benefits to coastal communities through individual angler expenditures, recreational charters, tournaments, and the shoreside businesses that support those activities.
Albacore has a mild, rich taste with a firm texture and large, moist flakes. Albacore meat is not as dense or firm as bluefin tuna, so it's not the best-suited tuna for sashimi. It has the most omega-3 fatty acids of any of the tuna species. Of all the tunas, albacore has the lightest-colored meat—it can range from light beige to almost brown when raw but becomes off-white from cooking. When canned, it's the only tuna meat allowed to be labeled "white meat."
The global supply of albacore tuna mainly comes from Korea, Japan, New Zealand, South Africa, Spain, Taiwan, and the United States.
Frozen: year-round; fresh: year-round, peaking in the fall
Albacore is a heart-healthy protein choice as it is low in fat and cholesterol. The FDA and EPA recommend that nursing moms, moms-to-be, and young children eat no more than 6 ounces of albacore tuna per week, as some canned albacore (“white”) tuna may have more mercury than canned “light” (skipjack, yellowfin, and bigeye tuna) tuna. However, mercury levels largely depend on the age and size of tuna when caught, and independent research suggests that smaller, younger albacore caught by surface gears generally have lower mercury levels than the larger, longline-caught albacore.
|Serving Weight||113 g / 4 oz (fresh)|
|Fat, total||2 g|
|Saturated fatty acids, total||1 g|
|Sugars, total||0 g|
|Fiber, total dietary||0 g|
North Atlantic Albacore Tuna Table of Nutrition