Finfish

SIC 0912

Companies in this industry

Industry report:

This industry classification includes establishments primarily engaged in the commercial catching or taking of finfish, including cod, menhaden, pollack, salmon, and tuna.

Industry Snapshot

The United States has three major shorelines, situated along the Atlantic Ocean, the Gulf of Mexico, and the Pacific Ocean. Together these shores, including those of Alaska and Hawaii, span more than 12,000 miles. As do many other nations, the United States holds economic jurisdiction over waters out to a distance of 200 nautical miles. This area is called the nation's exclusive economic zone (EEZ). The U.S. EEZ contains more than 2.2 million square miles. These waters are estimated to contain about 20 percent of the world's harvestable seafood.

In 2006 the U.S. commercial fishing industry landed nearly 9.5 billion pounds of finfish, up from 7.6 billion pounds in 2000. The value of all processed fishery products was $8.4 billion, up from $7.8 billion in 2005. Finfish represented approximately 96 percent of the total value of fillets and steaks, and it was approximately 73 percent of the total value of canned fishery products.

The annual per capita consumption of fishery products rose from 12.7 pounds in 1981 to a high of 16.2 pounds in 1987. From 1988 through 2002, consumption fell and stabilized at approximately 15.0 pounds per person per year, then rose again to an average of 16.4 pounds each year from 2003 through 2006. Finfish, fresh and frozen, made up about 38 percent of the total pounds, with tuna leading the group at about 19 percent.

The total export value of both edible and nonedible U.S. fishery products was $17.8 billion in 2006, representing an increase of $2.3 billion over 2005. The total import value of both edible and nonedible U.S. fishery products was $27.7 billion, an increase of $2.6 billion over 2005.

For edible fishery products, the total export value was $4.2 billion (3 billion pounds) in 2006, an increase of $164 million (37.9 million pounds) over 2005. The total import value of edible fishery products was a record $13.4 billion (5.4 billion pounds) in 2006, an increase of $1.3 billion (285.2 million pounds) over 2005.

For nonedible fishery products, the total export value was $13.5 billion in 2006, up $2.2 billion from 2005. The total import value was $14.4 billion in 2006, an increase of $1.3 billion from 2005.

During 2008 the U.S. commercial fishing industry landed 8.3 billion pounds of finfish and shellfish, down 11 percent compared to 2007. Finfish accounted for 87 percent of that total, but only 51 percent of the value that totaled $4.4 billion. For 2009, commercial landings fell to 7.9 billion pounds, as did the value to $3.9 billion. Finfish comprised 84 percent of total landings, however, only 47 percent of the value once again.

The total export value of both edible and nonedible U.S. fishery products was $28.5 billion, up from $17.8 billion reported in 2006, but down $320.5 million when compared with 2007. The total import value of both edible and nonedible fishery products was $14.2 billion, up from $13.4 billion in 2006. Even though fishery product imports fell by 120.4 million pounds, the total value increased to $476.6 million compared to 2007.

Edible fishery products totaling 6.6 billion pounds for 2008 fell by 856,700 thousand pounds from the previous year. The annual per capita consumption of fishery products was 16.0 pounds in 2008, down slightly from the 16.3 pounds per person per year reported in 2007.

Organization and Structure

Historically, independent fishermen caught fish and sold them to local packers or processors who resold them to retail markets. Although the U.S. fishing fleet still contains independent fishermen, large corporations are becoming increasingly involved in all aspects of seafood distribution.

The U.S. fisheries industry is managed by the National Marine Fisheries Service (NMFS), which is responsible for regulating commercial fishing, finding ways to control the overfishing of exploited species, collecting data, and publishing reports about commercial landings. The fishing industry, however, remains a lightly regulated one. Critics of the NMFS have at times accused the agency of concentrating efforts on helping fishermen maximize profits at the expense of protecting fish populations.

The NMFS, however, has instituted a number of measures designed to protect the fish population. One way in which the NMFS has regulated fishing is through the use of limited seasons for selected species. Because of intense pressure on selected populations, some seasons are short. The Pacific halibut, for example, was once fished during a six-month season. By 1991 the season was limited to two 24-hour periods. In September 1991 approximately 6,000 boats landed 23.7 million pounds of halibut in one day.

The NMFS has also tested the use of quotas and limited entry into established fisheries as a means of regulating stressed fish populations. Such programs have included a moratorium on new entrants into the fishery, quotas based on catch histories of the vessel or fisherman, quotas based on a percentage of the total allowable catch, quotas on specific poundage, quotas based on vessel size or gear, and quotas that can be purchased or traded.

Background and Development

Commercial fishing is one of America's oldest industries. The bountiful waters off the continent's East Coast attracted fishermen from Scandinavian countries possibly as early as one thousand years ago. The ocean also provided employment for many European settlers during the seventeenth and eighteenth centuries. Technological innovations and the institution of regulatory agencies during the 1800s prepared the industry for the modern era.

The techniques of netting, harpooning, and pole-and-line fishing used by early fishermen eventually were replaced by more efficient methods of catching fish. Trawling--pulling a funnel-shaped bag to scoop fish from the ocean floor--was introduced in the middle of the nineteenth century. Purse seines, nets that trap fish by closing in a manner similar to a drawstring purse, were introduced early in the twentieth century. Together, purse seines and trawlers catch more fish worldwide than all other types of fishing gear.

Legislation.
In addition to technological innovations, the middle of the nineteenth century also saw some fishery resources dwindle. To protect the resources, the government assumed responsibility for fisheries management. In 1871 Congress created the U.S. Commission on Fish and Fisheries and charged it with the responsibility of investigating food-fish populations and making recommendations. In 1956 Congress passed the Fish and Wildlife Act, which established the Bureau of Commercial Fisheries under the auspices of the Fish and Wildlife Service. The National Environmental Policy Act of 1969 included the requirement that an environmental impact statement be prepared for fishery regulations. Both the Endangered Species Act of 1969 and the Marine Mammal Protection Act of 1972 placed restrictions on allowable catches of threatened species and species that interact with threatened species.

One significant piece of legislation to affect U.S. commercial fishing was the Magnuson Fishery Conservation and Management Act of 1976 (Magnuson Act). The Magnuson Act extended the U.S. coastal jurisdiction from twelve miles to two hundred miles from shore and gave the federal government the exclusive authority over domestic and foreign fishing operations within the exclusive economic zone.

Depletion of Fish Populations.
The U.S. commercial fisheries industry entered the 1990s with promise and problems. Consumer demand was expected to remain stable, total catches were on an upward trend, and increases in sales were expected to be limited only by the availability of preferred species. The problems centered on charges that fish populations were being seriously depleted because of the combined impacts of overharvesting and environmental degradation. According to some experts, marine fisheries are a very highly threatened resource.

At the beginning of the 1990s, catches of many important species were significantly down from their 1980s levels across the lower 48 states. In addition to habitat impairment, conservationists and environmentalists blamed the drops on overfishing. Critics of the fishing industry claimed that nearly half of the U.S. coastal finfish population was being depleted because the size of harvests outweighed the ability of the populations to reproduce. Some scientists estimated that as many as 14 species faced commercial extinction, a state wherein too few fish of that species would remain to harvest them economically. The New England, Middle Atlantic, South Atlantic, and Gulf regions all saw total catches drop below their 1980 levels, although rising prices helped stabilize the value of the harvest.

One important species of fish cited as an example was menhaden, an oily, bony fish that is related to herring and harvested in the Atlantic and the Gulf of Mexico. The large-scale harvesting of menhaden began in the nineteenth century following the discovery that its oil could be used as a substitute for whale oil. Twentieth-century uses for menhaden included the production of fish oil, fish meal, and bait.

Although the Gulf population remained stable, the Atlantic menhaden population saw wide fluctuations. The largest Atlantic landings took place in the mid-1950s. During the middle of the following decade, the larger, older fish disappeared and the number of landings tumbled. During the 1970s the population appeared to make a tentative comeback, but in 1982 the Atlantic States Marine Fisheries Commission found it necessary to recommend protective regulations. In 1985 U.S. fishermen landed 2.7 billion pounds of menhaden, but Atlantic takings declined steadily. As a result, the last meal plant in Maine was shut down in September 1988. By 1995 total landings of menhaden had fallen to 2.0 billion pounds. In 1998 menhaden landings stood at 1.7 billion pounds, down from 2.0 billion in 1997. Atlantic takings stood at 608 million pounds.

Bycatch.
"Bycatch" was another problem plaguing the fishing industry during the early 1990s. Bycatch refers to unintentionally caught fish, birds, marine mammals, and turtles that are seriously injured or killed. In 1990 Alaskan trawlers fishing primarily for pollack reported throwing away 550 million pounds of other edible groundfish such as cod and halibut. In the late 1990s, 3.5 million fishing boats around the world were catching about 84 million metric tons of fish, plus 27 million tons of bycatch that was discarded. The practice was condemned by critics as wasteful, and fishermen realized that public concern over real or even perceived threats to nontarget species could have negative consequences. Indeed, concern about the number of dolphins killed as a result of bycatching prompted several well-publicized boycotts of leading tuna producers in the 1980s.

In an effort to avoid further legislative involvement, fishermen organized the National Industry Bycatch Coalition in 1992 to discuss possible solutions. The coalition's goals included the development of new technologies for cleaner fishing; promotion of education in how to use bycatch-reduction gear; support of management style changes to reduce throw-away rates; reduction of bycatch of threatened, endangered, and overfished species to the absolute minimum; reduction of the rate of bycatch mortality; and the development of valuable uses for dead bycatch. The coalition also expressed a determination to work with conservation groups rather than adopt an adversarial stance.

In 1996 Congress passed a bill aimed at fish conservation that required the NMFS, along with eight regional fishing councils from across the nation, to formulate plans to eradicate overfishing, minimize bycatch, and reduce the loss of marine habitats--especially on the sea bottom, which is damaged by trawling. But as the 1990s came to an end, many were questioning the outcome of the law and if the steps being taken were enough. Fisheries biologist Joshua Sladek-Nowlis of the Center for Marine Conservation told Business Week the reductions were "too little, too late." Fishermen called the tougher regulations on fishing overkill.

Fishermen are often in agreement with conservationists and environmentalists in discussing ominous environmental trends in the areas of breeding-ground pollution, shoreline development, and loss of wetlands. Approximately 75 percent of U.S.-produced seafood needs bays and estuaries for breeding grounds; both types of marine environments have suffered from pollution. Several states have been particularly hard hit in this regard. For example, Louisiana loses about 50 square miles of breeding ground every year. California has lost more than 90 percent of its original coastal wetlands.

According to a 1998 report by the National Academy of Sciences, overexploitation was responsible for a 30 percent decline of fish stocks worldwide. Also, 44 percent were nearing exploitation, the report said. It also was noted that in U.S. waters, 80 percent of commercial fish stocks were disappearing.

Overall, the United States was successful in the finfish industry throughout the 1990s and into the 2000s. In 2001 U.S. imports totaled 5.8 billion pounds, whereas exports totaled 6.6 billion pounds. Imports in 2000 stood at 5.8 billion pounds and exports at 5.2 billion pounds.

One of the most important issues facing the aquaculture industry in the early 2000s was law reform. In November 2000, the National Marine Fisheries Service imposed restrictions on finfish and other fish for twenty miles around the shore off Alaska's western Aleutian Islands to protect endangered sea lion populations. Local government officials argued that their $1 billion annual business of harvesting fish was threatened by such rules. In response, an agreement was made with the federal government that any new fishing restrictions be executed in phases and that allowed some fishing around the sea lion habitat.

Although the federal government continued to create tough new fishing laws that threatened thousands of jobs in the fishing industry, the debate over the science used in creating these laws was flamed by a federal report in December 2002 that reflected a dramatic increase in the fish count, especially cod, haddock, and pollock, off New England's coast. The report came from the National Marine Fisheries Service fall trawl, which also admitted to the fact that its gear was miscalibrated for the previous two years. With the science used to make such estimates about fish populations in question--dividing fisherman, regulators, and environmentalists--a federal judge ruled to postpone stringent new fishing restrictions from August 2003 until May 2004.

The two essential ingredients in the fishing industry are detecting fish (hunting) and catching fish (gathering). Until the modern era, fish detection was done primarily by the eye. The twentieth century introduced new methods of looking for fish. Aircraft scouting, satellite data, echo sounders, and other electronic equipment enabled fishermen to search more efficiently. Innovations also were made in catching fish. Nets made of new materials were rot resistant, less susceptible to abrasion, and more elastic. Larger purse seines became possible when better methods of hauling them were developed. Trawling became more efficient and diverse when faster and lighter trawls were made.

The Redmond, Washington, Marine Conservation Biology Institute estimated that in 1998, there were 89,000 trawling vessels in operation across the globe that fished an area larger than the lower 48 states. Many equate trawling with clearcutting forests. But industry spokespeople countered that the analogy was nothing more than a public relations spiel and said that they were striving to make changes to minimize impact on fish habitats in order to protect the resources that provided their livelihood.

Research continued during the 1990s on ways to improve on the various aspects of finfish harvesting. Areas under exploration included the introduction of electrical devices to herd fish into nets; the use of acoustical devices to hear noises characteristic of particular species; the development of more sophisticated methods of determining detailed water conditions; and determination of the applicability of luring fish with light, sound, chemicals, and electricity.

In 2006, 9.49 billion pounds of fish and shellfish were caught by U.S. fisheries (slightly lower than 2005's 9.71 billion pounds), representing a total value of $3.99 billion (slightly higher than 2005's $3.94 billion). Of that total catch in 2006, 8.35 billion pounds were finfish, representing a value of $1.93 billion. According to Ward's Business Directory of U.S. Private and Public Companies, the industry leader was Seattle, Washington-based All Alaskan Seafood Ventures.

In the mid-2000s, the importance of fish farms was growing. Typically thought of in conjunction with salmon, farms that produced cod and halibut were growing in number. In Maine, the future of the fish-farming industry was being scrutinized during an early 2003 Board of Environmental Protection hearing to debate how the state's twenty-seven existing fish farming operations could avoid polluting the Atlantic Ocean. The goal was to draft a permit to legalize all of Maine's commercial fish farming operations under the federal Clean Water Act. The resulting permit would set the precedent for environmental standards for any projected fish farming operations, including how much excess feed, feces, and antibiotics could be discharged into public waters.

Despite modern innovations, commercial fishing at the dawn of the twenty-first century remained basically a hunting and gathering operation. As research efforts continued, modern technological advances aimed at improving the livelihood of fishermen often seemed to run at cross purposes with regulatory efforts to preserve fish stocks. In 2003 the Intergovernmental Oceanographic Commission recommended that research focus on remote sensing, molecular probes, and predictive models. In addition to the technical aspects of finding and catching fish, researchers continued looking at ways to ameliorate the social, political, and economic problems of the industry. Promoters researched fish species not previously used commercially and worked on finding processing methods to make underexploited stocks more acceptable to American consumers. New versions of bycatch-reduction gear were developed and tested. Scientists continued their endeavors to understand interspecies relationships in an effort to make fisheries management more successful.

The advent of global positioning systems and depth sounders made it easier for fishermen to find stocks. Likewise, the development of "rockhoppers," which rolled along the bottom, allowed sea bottoms, including coral reefs, to be fished. At one time this was impossible to do. In 2004, thermal imaging devices, which identify object locations by heat rather than light, were being tested for use in the fishing industry.

Current Conditions

In 2007, the North Pacific Fishery Management Council (NPFMC) closed some 132,000 square nautical miles of seabed to bottom trawling, bringing the total closed area to 517,000 nautical miles. Then, in 2008, the MPFMC closed the American EEZ in the Artic Ocean to commercial fishermen due to climate change and the lack of scientific knowledge to protect new fish stocks that may enter the area as a result of climate change.

Commercial fishing took a major hit along the Gulf of Mexico following the BP oil spill that brought fishing to a halt in June 2010. According to NOAA, "Commercial fisherman in the Gulf harvested more than 1 billion pounds of finfish and shellfish in 2008." Unfortunately, the area was in the exact proximity as the BP oil spill, as was the spawning ground for bluefin tuna. The Center for Biological Diversity of Tucson, Arizona, an environmental group approached the government to add the bluefin tuna to the list of endangered species. Greg Stunz, a marine biologist at the Harte Research Institute for Gulf of Mexico Studies in Corpus Christi agreed and said "The bluefin tuna is already overfished, so if a spill takes out a year of spawning, it could lead to extinction."

The Food and Drug Administration (FDA) began hearings on September 20, 2010 on what could be the first time a genetically modified animal has been approved for human consumption. Developer, AquaBounty Technologies of Waltham, Massachusetts spent 14 years and nearly $60 million on its so-called AquAdvantage salmon. While there was opposition, the company argued their genetically engineered salmon would provide an alternative source of seafood to help reduce the impact of overfishing. Upon review, the FDA stated there was "no biologically relevant difference" between the genetically engineered salmon and Atlantic salmon.

America and the World

Prior to World War II, Japan, which has a long history of relying on sea resources, had the largest fishing operations in the world. By the 1930s the Japanese fleet fished many areas of the Pacific, including Bristol Bay, Alaska. World War II interrupted commercial fishing, but the following years saw an explosion of fishing fleets. In 1948 Japan maintained its position as the world's leading fishing nation in terms of number of pounds caught. The U.S. fishing fleet landed the second largest catch, followed by Norway, the Soviet Union, the United Kingdom, and Canada. Competition increased during the late 1950s and early 1960s as Soviet factory vessels began operating off the eastern coast of the United States and in Alaskan waters. During 1966 the combined Soviet and Japanese fleets took approximately 3 billion pounds of fish from the Bering Sea and the Gulf of Alaska. U.S. harvests, however, entered a state of decline, and by the mid-1960s the United States ranked only sixth in the world. Japan had fallen to second, and Peru, with massive catches of Peruvian anchovies, had assumed the top position.

In 1974 a new international law of the sea was agreed upon, although it was not officially ratified until 1982. Under its terms, many countries declared exclusive economic zones (EEZs) that extended 200 miles from their shores. In a similar move, the United States adopted the Magnuson Act in 1976, legislation that created a 200-mile U.S. EEZ. Under the Magnuson Act the only foreign fishing allowable within the EEZ was that portion of the allowable catch not taken by U.S. vessels. The Magnuson Act, however, did permit joint ventures in which foreign vessels were permitted to receive fish from U.S. vessels. The fish were considered part of the U.S. harvest in such instances.

Overfishing remains a serious problem internationally, and stocks of food fish have dropped severely in Southeast Asian waters, the North Sea, and the Mediterranean Sea. The reduced fish stocks threaten U.S. and European industries and the economies of some developing countries. Part of the problem lies in the fact that western-style management techniques out-compete traditional Third World country industries. Between 1989 and the mid-1990s, fishing catches worldwide increased from approximately 100 million metric tons to 109 million metric tons. In 2005 the world's aquaculture and commercial catches of fish, crustaceans, and mollusks totaled 141 million metric tons, up from 140 million metric tons in 2004. According to a report in International Agricultural Development, at the end of the twentieth century, 7.5 million people in India relied directly on commercial or personal fishing for their livelihoods, whereas in the Philippines 38,000 fishermen were put out of work because of overfishing and competition each year. Exports of fish made up a significant proportion of the gross national product of Thailand. Western countries have taken some steps to address these concerns. The European Union, for example, adopted a strategy that called for a 20 percent cut in its fishing fleet between 1993 and 1996, but most fisheries management experts believed that this might not be enough.

The quality of fish taken by both Western and other fleets also declined precipitously in the late twentieth century. Takes of many of the most profitable species--sea shrimp, Atlantic Ocean cod, herring and mackerel, Pacific Ocean perch, tuna, and halibut--were cut in half in the 20 years between 1970 and 1989. Most of the increase since 1989, according to International Agricultural Development, was in less lucrative species, especially Alaskan pollack, jack mackerel from Chile, Japanese and South American pilchards, anchoveta, and shark. These species also were considered less nutritious than the more profitable kinds.

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News and information about Finfish

Finfish Task Force to Meet Tuesday, December 5, 2017
States News Service; November 29, 2017; 462 words
...BATON ROUGE, LA -- The following information was released by the Louisiana Department of Wildlife and Fisheries (LDWF): Finfish Task Force Agenda Tuesday, December 5, 2017, 1:00p.m. The Louisiana Room 2000 Quail Drive Baton Rouge, LA 70898 I...
Australia : Finfish Bill Passes Upper House
Mena Report; September 30, 2017; 487 words
...toughest environmental regulation for finfish farming Tasmania has ever had. This will...day environmental regulation of the finfish farming industry from the Secretary of...Protection Authority; A requirement that finfish leases that have not been actively used...
Public Hearing on Proposed Amendments to 7 De Admin Code 3300 Non-Tidal Finfish (3301 Definitions)
States News Service; January 31, 2018; 440 words
...Natural Resources and Environmental Control (DNREC)/ Division of Fish and Wildlife proposes to amend Delaware's non-tidal finfish regulation 7 DE Admin Code 3301 Definitions to include that portion of Red Clay Creek from the dam just below the boundary...
US Patent Issued to OCEAN FARM TECHNOLOGIES on July 19 for "Containment Pens for Finfish Aquaculture" (Maine Inventor)
US Fed News Service, Including US State News; July 25, 2016; 398 words
...Morrill, Maine)."Containment pens for finfish aquaculture" was invented by Ocean Farm...Trademark Office: "A containment pen for finfish aquaculture, comprising a supporting...defining a containment volume for containing finfish, wherein the net comprises a plurality...
Australia : Expression of Interest: PZJA Finfish Resource Assessment Group Vacancies
Mena Report; April 10, 2017; 311 words
...three Research Members and three Industry Members for the Finfish Resource Assessment Group (RAG). The PZJA is responsible...Authority (TSRA). AFMA is seeking applicants for the PZJA Finfish Resource Assessment Group for a term of up to three years for...
Sterol Composition of Blue Mussels Fed Algae and Effluent Diets from Finfish Culture
Journal of Shellfish Research; August 1, 2016; 700+ words
...experiments. Mussels were fed algae or the effluent from cultured finfish for 6 mo, and others remained unfed for 10 wk. Mussels feeding...There is increasing interest in growing mussels adjacent to finfish aquaculture cages, such as those that are part of open-water...
European Union and FAO Support Marine Finfish Farming Development in Sri Lanka
The Daily Mirror (Colombo, Sri Lanka); February 10, 2016; 700+ words
...Authority (NAQDA) is constructing a marine finfish hatchery in Tharmapuram, Batticaloa to...national objectives to promote marine finfish farming in the country.The hatchery...the construction of this first marine finfish hatchery in Sri Lanka. Highlighting the...
Uspto Issues Trademark: Finfish
US Fed News Service, Including US State News; August 3, 2016; 483 words
ALEXANDRIA, Va., Aug. 3 -- The trademark FINFISH (Reg. No. 5004185) was issued on July 19 by the USPTO.Owner: McMorrow, Alisha Lynn INDIVIDUAL UNITED STATES 4936 Burlington...

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