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Species Profile

Goblin Shark

Mitsukurina owstoni

The deep-sea "slingshot-jaw" shark
Dianne J. Bray Museums Victoria / CC BY 3.0 AU

Goblin Shark Distribution

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This map shows coastal regions where Goblin Shark are found.

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Head of a goblin shark (Mitsukurina owstoni) with jaws extended

At a Glance

Wild Species
Also Known As Tenguzame, Tengu shark, Requin gobelin, Tiburón duende
Diet Carnivore
Activity Cathemeral
Lifespan 45 years
Weight 210 lbs
Status Least Concern
Did You Know?

It's the only living species in its family (Mitsukurinidae); all other relatives are known only from fossils.

Scientific Classification

The goblin shark is a rare deep-sea lamniform shark known for its protrusible jaws and elongated, blade-like snout. It is the only living member of the family Mitsukurinidae and is often described as a ‘living fossil’ due to its distinctive morphology and lineage.

Kingdom
Animalia
Phylum
Chordata
Class
Chondrichthyes
Order
Lamniformes
Family
Mitsukurinidae
Genus
Mitsukurina
Species
Mitsukurina owstoni

Distinguishing Features

  • Long, flattened, pointed rostrum (snout)
  • Highly protrusible jaws that can extend forward to seize prey
  • Slender body with relatively small eyes; soft-looking, flabby musculature typical of deepwater sharks
  • Pinkish to pale coloration in life (translucent skin revealing blood vessels)
  • Lamniform shark with distinctive teeth suited for grasping soft-bodied prey

Physical Measurements

Males and females differ in size

Length
♂ 9 ft 10 in (8 ft 6 in – 12 ft 6 in)
♀ 11 ft 2 in (8 ft 10 in – 20 ft 3 in)
Weight
♀ 397 lbs (331 lbs – 463 lbs)

Appearance

Primary Colors
Secondary Colors
Skin Type Deep-sea shark skin with small dermal denticles; body notably flabby/soft with relatively loose, semi-translucent skin that can show a pink cast from underlying vasculature (a recurring diagnostic impression in fresh-caught animals).
Distinctive Features
  • Taxonomy/ID: The only extant member of family Mitsukurinidae (Order Lamniformes); overall morphology is highly distinctive among living lamniform sharks.
  • Signature snout: Long, flattened, blade-like rostrum projecting well beyond the mouth; densely covered with electroreceptors (ampullae of Lorenzini), aiding prey detection in deep water.
  • Jaw mechanism: Highly protrusible jaws that can extend forward rapidly to seize prey; in situ the mouth is subterminal, but protrusion makes it appear to 'shoot' outward during feeding (a key encounter/ID trait).
  • Teeth: Narrow, awl-like anterior teeth for grasping; posterior teeth smaller and more flattened; overall dentition adapted for seizing soft-bodied or slippery prey.
  • Body form: Slender, soft-bodied, with relatively small fins for its length; heterocercal tail with an elongated upper lobe typical of lamniform sharks.
  • Eye size: Small eyes relative to body size (typical of deep-sea species), contributing to a 'ghostly' appearance together with the pink coloration.
  • Commonly seen about 2 to 3 m long. Largest reported about 3.8 m (female) and 3.6 m (male). Reported sizes vary by source and specimen checks.
  • Lives deep at continental slopes, canyons and seamounts, usually benthopelagic. Rarely seen by people — often caught about 270-960 m, with records down to about 1,200-1,300 m.
  • Human risk: Not regarded as a typical threat to humans; encounters are rare and usually involve bycatch or unusual near-surface events.

Sexual Dimorphism

Sexual dimorphism is present but subtle: females are reported to attain slightly larger maximum sizes than males, and males possess claspers (as in all sharks). External color/pattern differences between sexes are not considered diagnostic.

♂
  • Claspers present on pelvic fins (sexually mature males).
  • Maximum reported total length in the literature is slightly smaller than females (often cited ~3.6 m for males, depending on specimen record).
♀
  • Typically reported to reach larger maximum total length than males (often cited up to ~3.8 m in published specimen records).
  • No consistent sex-specific coloration or pattern differences reported; overall appearance similar to males aside from size and absence of claspers.

Did You Know?

It's the only living species in its family (Mitsukurinidae); all other relatives are known only from fossils.

Largest confirmed adults are about 3.8 m total length and ~210 kg (reported in compiled records such as Compagno, 2001; Ebert, Fowler & Compagno, 2013).

High-speed observations show its jaws can shoot forward extremely fast-peak protrusion speed ~11.2 km/h (converted from ~3.1 m/s reported by Nakaya et al., 2008, Journal of Morphology).

The pinkish color is real: its skin is relatively translucent, so blood vessels show through (a common note in morphological descriptions; e.g., Compagno, 2001).

Reported depth range is from the surface to ~1,300 m, but it's most often taken on deep continental slopes (~270-960 m) (Compagno, 2001; Ebert et al., 2013).

Newborn/very young individuals have been recorded at ~0.81 m total length, indicating large pups compared with many coastal sharks (Ebert et al., 2013).

Unique Adaptations

  • Extreme jaw protrusion ("slingshot" mechanism): rapid forward projection with measured peak speed ~11.2 km/h (converted from ~3.1 m/s), enabling capture without high-speed pursuit (Nakaya et al., 2008).
  • Elongated, blade-like rostrum packed with electroreceptors (ampullae of Lorenzini), improving detection of prey in dark deep water (standard anatomical accounts in Compagno, 2001).
  • Soft, flabby body and relatively small fins-traits typical of many deep-sea sharks that reduce energy costs where food is sparse (summarized in Compagno, 2001; Ebert et al., 2013).
  • Tooth differentiation: long, narrow anterior teeth for grasping and broader posterior teeth that can help crush/hold slippery prey (morphological descriptions in Compagno, 2001).
  • Pinkish/gray coloration from translucent tissues-effective camouflage in dim deep water where red wavelengths disappear first (noted in identification guides; Compagno, 2001).

Interesting Behaviors

  • Solitary deep-water lifestyle: most encounters are single individuals caught as bycatch on deep slopes and submarine canyons (summarized in Compagno, 2001; Ebert et al., 2013).
  • Ambush-style feeding: a relatively slow, soft-bodied swimmer that compensates by rapidly projecting its jaws to seize prey (Nakaya et al., 2008).
  • Likely benthopelagic hunting: commonly associated with the seafloor/near-bottom waters where teleosts and cephalopods are abundant (diet records summarized in Ebert et al., 2013).
  • Rare near-surface appearances: occasional captures in very shallow water (even near the surface) are considered unusual events, possibly linked to illness, currents, or vertical movements (reported in regional capture notes compiled by Ebert et al., 2013).

Cultural Significance

In Japan the goblin shark (Mitsukurina owstoni) is nicknamed after a long-nosed folk figure because of its snout. Worldwide, its strange look and rarity make it a museum and documentary icon and a symbol of how little we know about the deep sea.

Myths & Legends

In Japan, a long-nosed folk figure is shown with a very long nose. The goblin shark (Mitsukurina owstoni) has a similar look, so people nicknamed it after that legend.

The English name goblin shark for Mitsukurina owstoni comes from European goblin tales (mischievous, spooky beings). Early people thought its stretching jaws and pale, eerie look seemed otherworldly.

The genus name Mitsukurina honors Japanese scientist Kakichi Mitsukuri, and the species name owstoni honors naturalist Alan Owston, showing late 19th–early 20th century sharing of specimens and knowledge that helped show deep-sea life.

Conservation Status

LC Least Concern

Widespread and abundant in the wild.

Population Unknown

Life Cycle

Lifespan 45 years

Lifespan

In the Wild
30–60 years
In Captivity
0.04–10 years

Reproduction

Mating System Data Deficient
Social Structure Solitary
Breeding Pattern Transient
Fertilization Internal Fertilization
Birth Type Internal_fertilization

Goblin shark (Mitsukurina owstoni) mating is poorly known. They are solitary deep-sea sharks about 3.8 m long. They reproduce inside the female using male claspers. Reproductive mode, mating system, and parental care are unknown.

Behavior & Ecology

Social None (solitary) Group: 1
Activity Cathemeral
Diet Carnivore Teleost fishes (deep-sea benthopelagic fishes are the most frequently reported stomach-content component).

Temperament

Generally slow-moving/sluggish deep-sea predator; not known to be aggressive toward humans (encounters are extremely rare and mostly involve captured specimens).
Likely low sociality and low interaction rates consistent with deep-slope/bathyal ecology; no published evidence for territoriality or dominance hierarchies in this species (behavioral data are sparse).
Goblin Shark (Mitsukurina owstoni) is often reported up to about 3.8–4.0 m, though many are under 3 m. Age and how long they live are unknown because reliable age studies are lacking.

Communication

None documented; elasmobranchs including lamniform sharks lack vocal cords and do not have described species-specific call repertoires for communication in the way many bony fishes do.
Electroreception (ampullae of Lorenzini) likely important at close range in dark/low-light environments; primarily described for prey detection but also mediates sensing of nearby animals.
Olfaction/chemoreception for tracking prey and potentially locating mates via chemical cues General shark mechanism; no goblin-shark-specific pheromone studies
Mechanoreception via the lateral line to detect water movements from prey/conspecifics; likely relevant in low-visibility deep habitats.
Tactile contact during mating is likely (as in other sharks) but has not been directly described for this species; no documented courtship displays or social signaling postures specific to M. owstoni.

Habitat

Deep Sea Seabed/Benthic Open Ocean Coastal
Biomes:
Terrain:
Coastal Rocky Muddy
Elevation: Up to 4265 ft 1 in

Ecological Role

Deep-slope/upper-bathyal mesopredator (benthopelagic predator)

Regulates populations of deep-sea fishes and mobile invertebrates (top-down control) Transfers energy from midwater/benthic prey into higher trophic levels within bathyal food webs Contributes to deep-sea community structure by preying on abundant slope-associated teleosts and cephalopods

Diet Details

Main Prey:
Deep-sea benthopelagic teleost fishes Cephalopods Crustaceans

Human Interaction

Domestication Status

Wild

The goblin shark (Mitsukurina owstoni) is a wild, deep-sea lamniform shark with no history of domestication, captive breeding, or long-term aquarium keeping. Human contact is accidental: rare bycatch, scientific study, museum preservation, and occasional sale of jaws and teeth, and they generally do poorly in tanks. They live mostly 100–1,200 m deep and reach about 2–3.8 m long.

Danger Level

Low
  • Very limited exposure because the species is primarily deep-sea; encounters with divers/swimmers are exceedingly rare
  • Potential injury risk to fishers/handlers from thrashing and sharp, slender teeth if brought aboard
  • No well-documented pattern of attacks on humans; risk is mainly during capture/handling rather than in-water encounters (common conclusion in major shark incident databases and species reviews)

As a Pet

Not Suitable as Pet

Legality: Goblin shark (Mitsukurina owstoni) is not a legal or practical pet. You would need special wildlife or fish permits, and deep, cold, very large tanks; trade may also be restricted.

Care Level: Expert Only

Purchase Cost:
Lifetime Cost: $1,000,000 - $10,000,000

Economic Value

Uses:
Incidental bycatch (deepwater fisheries) Scientific research value (rare specimens) Museum/education/media value Minor/occasional local sale of meat when landed (opportunistic)
Products:
  • Whole specimen for scientific study or museum preservation
  • Meat (when incidentally landed; generally not a major commercial product)
  • Jaws/teeth (curio/collection from rare landings)

Relationships

Related Species 3

Scapanorhynchus Scapanorhynchus Shared Family
Lebachacanthus Lebachacanthus spp. Shared Order
Mitsukurina Mitsukurina spp. Shared Genus

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

Frilled shark
Frilled shark Chlamydoselachus anguineus Deep-sea, slow-swimming elasmobranch that forages along continental slopes; overlaps in habitat use (bathyal to upper-abyssal margins) and is an opportunistic predator of deep-water fishes and cephalopods. Both are commonly encountered as rare bycatch in deep-set longlines and trawls.
Greenland shark
Greenland shark Somniosus microcephalus Large-bodied deep and cold-water shark with a low metabolic rate and scavenging/predatory behavior. Ecological similarity is broad deep-water niche occupancy and feeding on meso- to bathypelagic fishes and cephalopods, though Greenland sharks are typically Arctic/sub-Arctic while goblin sharks are mainly temperate-tropical slope waters.
Bluntnose sixgill shark
Bluntnose sixgill shark Hexanchus griseus Slope-dwelling deep-water shark that frequently occupies similar depth bands on continental margins; overlaps in prey types (deep demersal fishes, cephalopods, carrion) and is a plausible competitor in benthopelagic food webs.
Great white shark
Great white shark Carcharodon carcharias Both are lamniform sharks with similar body shapes, but adults differ: great whites are coastal predators that hunt marine mammals, while the goblin shark shoots its jaw forward. Useful to compare lamniform senses and jaw function.
Basking shark
Basking shark Cetorhinus maximus A lamniform with a very different trophic role (planktivore). Included as a niche-contrast relative within Lamniformes that nonetheless overlaps geographically in some temperate regions and can occur over continental slopes.

Quick Take

  • Mitsukurinidae lineage must span 125 million years to achieve its living fossil status.
  • Sexual maturity at 16 years imposes a strict technical constraint on population growth.
  • It is paradoxical that Goblin Sharks actually decrease in length as they grow older.
  • Ambush hunting in the deep sea requires a specific scouting process to secure prey.

The Goblin Shark, which is sometimes referred to as a living fossil, is a type of shark that is found in the deep sea. This unique-looking shark is easily identified by its long snout, protruding jaws, and semitranslucent skin. Goblin Sharks have been found in all three of the major oceans. Because they live so deep under the water, there are still a lot of unknowns about this creature.

A comprehensive infographic about the Goblin Shark featuring its physical characteristics, deep-sea habitat range, and a timeline of its 125-million-year evolutionary history.
From jaws that catapult forward to a bizarre biological quirk where it actually shrinks over time—meet the ocean’s most ancient alien. © A-Z Animals

4 Incredible Goblin Shark Facts

  • These Sharks can extend their jaws to catch and bite prey more quickly than any other sharks.
  • As Goblin Sharks get older, their length decreases, and their color deepens.
  • Goblin Sharks are called living fossils because their family, Mitsukurinidae, can be traced back 125 million years.
  • These Sharks have special organs on their snouts that allow them to sense another animal’s electrical field. This helps them with hunting.

Classification And Scientific Name

The scientific name for the Goblin Shark is Mitsukurina owstoni. Mitsukurina refers to the Goblin Shark’s family, Mitsukurinidae. The second part of their scientific name, owstoni, was chosen in honor of Alan Owston. Owston was a collector of Asian wildlife who lived in the late 1800s and early 1900s, around the time they were first discovered.

Goblin sharks are in the order Lamniformes, the family Mitsukurinidae, and the class Chondrichthyes. The Lamniformes order is the group of sharks referred to as mackerel sharks. Some of the shark species that are in this same order include Great White Sharks, Mako Sharks, and Megamouth Sharks. Goblin Sharks are the only extant species in the family Mitsukurinidae.

Evolution And Origin

Due to the fact that the goblin shark has been on this earth for such a long time, it is sometimes called a living fossil. It is the only member of the family Mitsukurinidae and has such an ancient family origin that it dates back to about 125 million years ago, when it evolved during the Cretaceous period. They most likely lived at the same time as the dinosaurs.

Appearance

Head of a goblin shark (Mitsukurina owstoni) with jaws extended

Head of a goblin shark (Mitsukurina owstoni) with jaws extended.

Snout

The Goblin Shark looks quite different from other species of sharks. They have a very distinct snout that is long, flat, and pointy. Their snout, called a rostrum, is equipped with organs that are designed to help these sharks find prey in the deep, dark ocean. A Goblin Shark’s jaws are connected to ligaments within its mouth. Because of this setup, they can extend their jaws forward to catch prey that would otherwise be just out of their reach. After they bite their prey, the shark will return their jaws to be flush with the rest of their head.

These sharks have relatively slim bodies with two dorsal fins on their back and two pectoral fins on their sides. Both the dorsal and pectoral fins are rounded and small. The skin of this shark is semitranslucent, meaning you can almost see through it. Their semitranslucent skin makes a Goblin Shark appear to be pink or tan due to being able to see the blood vessels under their skin. Younger sharks may appear to be nearly white in color, while older members of the species will have a deeper color. The skin is covered with dermal denticles, a special type of scale, which gives it a rough texture.

An adult is typically between 9.8 and 13.1 feet long. However, in 2000, a large female shark was captured and estimated to be between 18 and 20 feet long. These sharks normally weigh between 330 and 460 pounds.

Distribution, Population, And Habitat

Dumbest Animals in the World: Goblin Shark

The Goblin shark lives at great depths, once caught at a depth of 4,300 feet below sea level.

These sharks tend to stay relatively deep in saltwater oceans. They prefer to swim near the upper continental slope between 890 and 3,150 feet below sea level. There are recorded instances of them being found at greater depths or closer to the surface, though. A Goblin Shark was once caught at a depth of 4,300 feet below sea level. There are also instances of these sharks being caught in fishing nets.

These sharks can be found in the Atlantic, Pacific, and Indian Oceans. They have been found near the northern Gulf of Mexico, French Guiana, Southern Brazil, Portugal, Madeira, and Senegal in the Atlantic Ocean. In the Indo-Pacific Ocean and Oceania, they have been found near South Africa, Mozambique, Taiwan, Japan, New Zealand, and Australia.

In general, juvenile sharks don’t go as deep as their adult counterparts. Younger sharks can often be found along the submarine canyons near Japan, which are at depths between 330 and 1,150 feet. Adults will often venture farther beneath the surface of the water.

Since these sharks live in the deep sea, they are not as well-studied as many other animals. There is still a lot that scientists need to learn about the species. We do not know how many Goblin Sharks there are, but most scientists do not believe the species is in danger. These sharks generally do not swim in areas where humans hunt and don’t seem to face many dangers caused by humans. Goblin Sharks have been given a conservation status of Least Concern by the International Union for Conservation of Nature (IUCN). New Zealand’s Department of Conservation recently classified these sharks as At Risk due to not having enough information about their population numbers and threats.

Predators And Prey

What Eats Goblin Sharks?

There is not a lot of information about which other animals may be predators of these sharks. However, scientists who have studied these animals and their habitats believe that some other sharks, such as Blue Sharks, may prey on them.

What Do Goblin Sharks Eat?

These sharks eat a variety of different types of food. Dragonfishes, rattails, and other teleost fish are among some of the foods they prefer. They also eat crustaceans, such as decapods and isopods, and cephalopods. Based on the types of species that these Sharks are known to eat, including bottom- and midwater-dwelling species, it seems that they will look for food at different depths.

It is hypothesized that these sharks are ambush predators. Ambush predators rely on using strategy, rather than speed, to capture their prey. Their snouts, called rostrums, have specialized organs designed to help them find food in the low-light environment. These organs enable them to sense a fish’s electric field. When they sense an animal within their range, they use their special snout and jaws to capture it. Their jaws protrude forward very quickly to bite the prey before it suspects anything.

Reproduction And Lifespan

goblin shark in ocean

The goblin shark is believed to have similar reproductive habits to other mackerel sharks.

Internal fertilization is the method of mating used by these sharks. While no pregnant sharks are studied, scientists believe their reproductive habits are similar to those of other mackerel sharks. During their gestation period, Mackerel Sharks eat undeveloped eggs that are provided by the mother; they are not connected to their mother through a placenta.

At the end of the gestation period, females give birth to a small litter of live young. When first born, a Goblin Shark is likely about 32 inches long. Once born, the shark is ready to start hunting for prey. The age for female sexual maturation is not known, and it is believed that males reach sexual maturity around the age of 16 years.

Scientists only have estimates for the lifespan of a Goblin Shark. It is believed that they can live up to 60 years.

In Fishing And Cooking

These sharks live deep below the surface of the water. People do not fish for them, but there have been a few instances of them getting accidentally caught in a fishing net. When caught, they are generally put back into the water or taken by a scientist to study. People do not cook or eat Goblin Sharks.

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Sources

  1. Australian Museum / Accessed November 18, 2020
  2. Wikipedia / Accessed November 18, 2020
  3. Eschmeyer's Catalogue of Fishes / Accessed November 18, 2020
  4. National Geographic / Accessed November 18, 2020
  5. Oceana / Accessed November 18, 2020
  6. Fact Animal / Accessed November 18, 2020
Melissa Bauernfeind

About the Author

Melissa Bauernfeind

Melissa Bauernfeind was born in NYC and got her degree in Journalism from Boston University. She lived in San Diego for 10 years and is now back in NYC. She loves adventure and traveling the world with her husband but always misses her favorite little man, "P", half Chihuahua/half Jack Russell, all trouble. She got dive-certified so she could dive with the Great White Sharks someday and is hoping to swim with the Orcas as well.
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Goblin Shark FAQs (Frequently Asked Questions)

Goblin Sharks can live in all three of the major oceans: the Atlantic Ocean, the Pacific Ocean, and the Indian Ocean. They live relatively deep below the surface of the water and can often be found near the upper continental slope between 890 and 3,150 feet below sea level. At times, Goblin Sharks may venture further beneath the surface of the water. One has been caught as deep as 4,300 feet below the surface. They also sometimes come to shallower water and have even been accidentally caught in fishing nets a few times.