Its range includes the Florida Keys in the US, the Bahamas, most of the Caribbean and most of the Brazilian coast. On some occasions, it is caught off the coasts of the US states of New England off Maine and Massachusetts.
In the eastern Atlantic Ocean, it occurs from the Congo to Senegal. Young Atlantic Goliath groupers may live in brackish estuaries, oyster beds, canals, and mangrove swamps, which is unusual behavior among groupers.
They may reach extremely large sizes, growing to lengths up to 2.5 m (8.2 ft) and can weigh as much as 360 kg (790 lb). The world record for a hook-and-line-captured specimen is 308.44 kg (680.0 lb), caught off Fernanda Beach, Florida, in 1961.
Considered of fine food quality, Atlantic goliathgrouper were a highly sought-after quarry for fishermen. It is a relatively easy prey for spear fishermen because of the grouper's inquisitive and generally fearless nature.
They also tend to spawn in large aggregations, returning annually to the same locations. Until a harvest ban was placed on the species, its population was in rapid decline.
The fish is recognized as “vulnerable” globally and “endangered” in the Gulf of Mexico. The species' population has been recovering since the ban; with the fish's slow growth rate, however, some time will be needed for populations to return to their previous levels.
Goliath groupers are believed to be protogynous hermaphrodites, which refer to organisms that are born female and at some point in their lifespans change sex to male. Males can be sexually mature at about 115 centimeters (45 in), and ages 4–6 years.
In May 2015, the Atlantic goliathgrouper was successfully bred in captivity for the first time. Tidal pools act as nurseries for juvenile E. Tamara.
In tidal pools juvenile E.Tamara are able to utilize rocky crevices for shelter. Besides shelter, tidal pools provide E. Tamara with plenty of prey such as lobster and porcelain crab.
The Atlantic goliathgrouper has historically been referred to as the “Jewish”. It may have referred to the fish's status as inferior leading it to be declared only suitable for Jews, or the flesh having a “clean” taste comparable to kosher food ; it has also been suggested that this name is simply a corruption of jaw fish or the Italian word for “bottom fish”, Giuseppe.
In 2001, the American Fisheries Society stopped using the term because of complaints that it was culturally insensitive. IUCN Red List of Threatened Species.
^ Lovato, Cleo nice Maria Cardozo; Soars, Bruno Clears; Begot, Tiago Octavio Buffalo; Montage, Luciano Coach de Assis (January 2016). “Tidal pools as habitat for juveniles of the Goliath grouper Epimetheus Tamara (Lichtenstein 1822) in the Amazonian coastal zone, Brazil”.
Risky, Delaney C.; Bakenhaster, Micah D.; Adams, Douglas H. (2015). “ Pseudorhabdosynochus species (Monogenoidea, Diplectanidae) parasitizing groupers (Serranidae, Epinephrine, Epinephrine) in the western Atlantic Ocean and adjacent waters, with descriptions of 13 new species”.
Wikimedia Commons has media related to Epimetheus Tamara. A 16-year-old girl who went deep-sea fishing recently for only her second time, reeled up an estimated 583-pound goliathgrouper, which dwarfs the women’s world record for the species.
“I was, like, in shock pretty much,” Reagan Werner told the Trinities Pioneer Press on Saturday. Werner, who is from Farmington, Minn., was fishing May 31 near Marco Island off Florida with her brother, mother, and stepfather.
“These things have amazing power,” Paul Hartman, Werner’s stepfather, told the Pioneer Press. According to the International Game Fish Assn., the heaviest goliathgrouper caught by a woman weighed 366 pounds.
That fish, caught by Betsy Walker off Panama in 1965, is the women’s world record for 80-pound-test line. Thanks to the longstanding harvesting ban, the population is growing and larger fish are again being encountered by scuba divers and catch-and-release anglers.
The once common Nassau grouper (Epimetheus stratus) and goliathgrouper (E. Tamara) have been so depleted that they are under complete protection from the South Atlantic, Gulf of Mexico, and Caribbean. From 1997-2005, our researchers collaborated with Florida State University's Institute for Fishery Resource Ecology (Dr. Chris Koenig and Dr. Felicia Coleman) to monitor the status and recovery of goliathgrouper.
This goliathgrouper research program investigated juvenile and adult Jewish abundance, distribution and migration patterns; their age and growth; and their habitat utilization. With the help of Don Maria we have tagged over 1,000 adult Jewish and have observed aggregations of goliathgrouper in both the Gulf of Mexico and more recently, the South Atlantic.
Posters created by the Center of Marine Conservation help disseminate information about our project and its requirements, highlighting our tagging study and the morphology of goliathgrouper. Given that these groupers were afforded protected status, researchers worked to utilize and develop novel non-lethal techniques to procure and analyze biological samples for life history information.
These casualties, resulting from red tide, gave our biologists a unique opportunity to collect a multitude of biological samples, without having to sacrifice healthy animals. From these decomposing carcasses, biologists were able to record length for use in an age/length relationship, and were able to extract monoliths and remove dorsal spines and rays for comparison of hard parts in age and growth analysis.
Tissue samples were also removed and sent to the Florida Marine Research Institute, so they could evaluate the level of red tide toxin. The sampling trip gave these biologists an opportunity to educate the curious beach goers about red tide and goliathgrouper (a few of which had been misidentified as baby manatees).
Attempts to evaluate the data needed to assess the status of these depleted stocks and develop rebuilding plans present unique challenges. In 2010, the Florida Fish and Wildlife Conservation Commission and NOAA Fisheries convened a benchmark goliathgrouper assessment for the continental U.S. population.
When you think of the largest fish in the ocean, images of sharks, marlins and even tuna probably come to mind first. Another one you’d be wise to start considering is the Atlantic goliathgrouper, a huge saltwater fish that leisurely swims in reefs and mangroves between North Carolina and Brazil, and also those along the West African coast.
Goliath groupers, which mostly feed on crustaceans and smaller fish, have been known to weigh in at over 700 pounds. Atlantic GoliathGrouper, by Albert KOK via Creative CommonsDuring a recent visit to the Georgia Aquarium, a guide was sharing interesting facts about the “Tropical Diver” exhibit.
This species is deemed critically endangered by the IUCN because of its reproductive issues (slow growth, late sexual maturity) and overfishing. Groups like Florida State University’s Coleman & Keening Laboratory are promoting mangrove protection and trying to shift the public’s perception of the goliathgrouper as being nothing more than a big, lazy nuisance.
It lives in shallow tropical waters at small depths that range from 16 to 164 feet (5 – 50 meters) among coral and artificial reefs. The Atlantic goliathgrouper can grow until it reaches approximately 8.2 ft (2.5 m) long and it weighs about 790 lb (360 kg).
Although the Atlantic goliathgrouper seems to be scary for its large size and even wide mouth, it is not extremely dangerous but it is courageous. Being fearless and delicious at the same time is not good for this fish as these two factors are the main reasons behind making it highly sought after by fishermen and thus harvesting it in large numbers.
Treating this fish in such a cruel way was the main reason behind making it endangered and this is why it was necessary to protect it and entirely ban harvesting it. The Atlantic goliathgrouper is fearless which means that it is not scared easily and this is why it attacks different creatures in the sea even divers and the 11 feet lemon sharks.
The Atlantic goliathgrouper eats most of what it can attack and this includes barracudas, octopus, fish, young sea turtles, crustaceans and even sharks.