B
Species Profile

Bull Shark

Carcharhinus leucas

Master of Sea and River
Pterantula, CC BY-SA 3.0, via Wikimedia Commons

Bull Shark Distribution

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This map shows coastal regions where Bull Shark are found.

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Adult bull (Carcharhinus leucas) at Shark Reef Marine Preserve, Beqa Lagoon, Fiji; May 2007 by Terry Goss. Shot w/Nikon D70S with Nikkor 12-24mm (@24mm). For more please visit my portfolio: https://www.flickr.com/photos/pterantula/sets/ (https://www.flickr.com/photos/pterantula/538133228/)

At a Glance

Wild Species
Also Known As Zambezi shark, Zambezi River shark, River shark, Estuarine whaler, Tiburón toro
Diet Carnivore
Activity Cathemeral+
Lifespan 16 years
Weight 315 lbs
Status Vulnerable
Did You Know?

Size: typically ~2.1-2.5 m total length (TL); maximum recorded reports reach ~3.4-3.5 m TL (Compagno, 1984; Last & Stevens, 2009).

Scientific Classification

A large requiem shark notable for tolerating and regularly entering freshwater systems; widespread in warm coastal waters worldwide and often found in estuaries and river mouths.

Kingdom
Animalia
Phylum
Chordata
Class
Chondrichthyes
Order
Carcharhiniformes
Family
Carcharhinidae
Genus
Carcharhinus
Species
Carcharhinus leucas

Distinguishing Features

  • Robust, stocky body with a blunt, broad snout
  • Large triangular first dorsal fin; second dorsal much smaller
  • Gray back with paler underside; fin tips usually not strongly black-marked (unlike some similar species)
  • Euryhaline physiology enabling movement between marine and freshwater

Physical Measurements

Males and females differ in size

Length
6 ft 7 in (5 ft 3 in – 7 ft 5 in)
7 ft 10 in (5 ft 11 in – 11 ft 2 in)
Weight
209 lbs (132 lbs – 287 lbs)
353 lbs (154 lbs – 507 lbs)
Top Speed
12 mph
Top speed unknown

Appearance

Primary Colors
Secondary Colors
Skin Type Tough, sandpapery skin with dense placoid scales (dermal denticles) typical of requiem sharks (Carcharhinidae); hydrodynamic, abrasion-resistant surface for shallow coastal/estuarine habitats.
Distinctive Features
  • Overall build robust and stocky ('bull'-like), with a broad, blunt snout; head appears wide and heavy compared with many other Carcharhinus (Compagno 1984; Ebert, Dando & Fowler 2021).
  • No interdorsal ridge (a useful identification character vs some similar requiem sharks that show a low ridge between the first and second dorsal fins; Compagno 1984).
  • First dorsal fin large and triangular; second dorsal fin relatively large for a requiem shark (often noted as a key feature in field IDs; Compagno 1984; Last & Stevens 2009).
  • Teeth show strong heterodonty typical of the genus: upper teeth broad, triangular, and serrated for cutting; lower teeth narrower/more erect for grasping (Compagno 1984; Ebert, Dando & Fowler 2021).
  • Bull shark (Carcharhinus leucas) has medium-sized eyes. Compared to pigeye shark (C. amboinensis) it looks less tiny-eyed and lacks an interdorsal ridge. It is often misidentified; use many features.
  • Euryhaline: bull sharks (Carcharhinus leucas) regularly enter estuaries and rivers and can live in low-salt water by adjusting osmoregulation (urea, ion balance and rectal gland); this is a key life trait.
  • Habitat/behavior linked to appearance: typically a shallow-coastal species (frequently in turbid water, surf zones, bays, and river mouths), where countershading and a robust body plan aid ambush predation and maneuvering in nearshore currents.
  • Size (reported, species-specific): commonly encountered adults ~180-250 cm total length; maximum reported to ~340 cm TL (values widely reported in shark identification references including Compagno 1984; Ebert, Dando & Fowler 2021).
  • Ecological role: upper-level predator in warm coastal ecosystems; juveniles commonly use estuaries/river mouths as nursery areas (behavioral ecology widely summarized in elasmobranch references).
  • Bull shark (Carcharhinus leucas) gives live birth with a yolk-sac placenta. Pregnancy is about 10–11 months. Litter size 1–13 (often 8–10) pups about 55–80 cm long.

Sexual Dimorphism

Sexual dimorphism is primarily size- and anatomy-based: females typically attain larger total lengths and greater body mass than males; males have external claspers. Maturity is commonly reported at smaller sizes in males than females (species accounts in Compagno 1984; Ebert, Dando & Fowler 2021).

  • External claspers on the pelvic fins (diagnostic of mature males).
  • Typically smaller maximum size than females; males generally mature at a slightly smaller total length than females (commonly summarized in species accounts).
  • Typically larger-bodied with higher maximum reported total length than males (common pattern reported for the species).
  • When gravid, females show noticeably increased abdominal girth associated with live-bearing reproduction (viviparity with placenta).

Did You Know?

Size: typically ~2.1-2.5 m total length (TL); maximum recorded reports reach ~3.4-3.5 m TL (Compagno, 1984; Last & Stevens, 2009).

Reproduction: viviparous with a yolk-sac placenta; gestation ~10-11 months; litters usually 1-13 pups; newborns ~56-81 cm TL (Compagno, 1984; Last & Stevens, 2009).

Freshwater capability: one of the best-known euryhaline sharks-can maintain internal salt balance from seawater down to near-freshwater by adjusting urea retention and rectal gland salt excretion (Pillans & Franklin, 2004).

Long-distance river travel: documented far upriver in major systems (e.g., Mississippi River specimen captured near Alton, Illinois, in 1937-often cited as ~1,600 km from the Gulf) and in Lake Nicaragua (Thorson, 1971; historical records).

Nursery strategy: juveniles commonly use low-salinity estuaries and river mouths as nurseries, likely reducing predation risk from larger marine sharks while providing abundant prey (Heupel, Carlson & Simpfendorfer, 2007; Simpfendorfer & Heupel, nursery concept).

Name meaning: the species epithet leucas is derived from a Greek word meaning "white," referring to its pale underside and countershaded appearance typical of many requiem sharks.

Unique Adaptations

  • Extreme salinity tolerance (euryhalinity): can regulate osmotic balance across a wide salinity gradient by modulating urea levels in body fluids and changing rectal gland/kidney ion handling-key physiological basis documented experimentally (Pillans & Franklin, 2004).
  • Robust, blunt-headed build for turbulent habitats: a stocky body and short, broad snout are well-suited to maneuvering and accelerating in shallow, high-flow, debris-turbid coastal/river environments.
  • Countershading camouflage: dark gray dorsal surface and pale ventral surface reduce detectability from above and below-useful in both open coastal water and murky estuaries.
  • Placental viviparity: yolk-sac placenta supports relatively large, well-developed pups (often >0.5 m TL at birth), improving survival in dynamic nearshore and estuarine nurseries (Compagno, 1984).
  • Identification vs. similar requiem sharks (esp. pigeye shark, Carcharhinus amboinensis): bull sharks generally lack an interdorsal ridge and have a broader, blunter snout; pigeye sharks commonly show an interdorsal ridge and notably small eyes-important field marks where ranges overlap (Compagno, 1984; Last & Stevens, 2009).

Interesting Behaviors

  • Estuary-and-river use: adults and juveniles regularly move between coastal marine waters and brackish/fresh reaches, often tracking prey pulses and seasonal river discharge.
  • Shallow-coastal hunting: frequently patrols surf zones, beaches, inlets, and turbid river mouths where visibility is low and ambush opportunities are high.
  • Nursery site fidelity: young-of-year often remain in specific estuaries/river sections for months, using shallow, protected habitats and gradually expanding their range as they grow.
  • Opportunistic diet: feeds on bony fishes, other sharks and rays, crustaceans, and occasionally turtles and birds; diet shifts with local availability and size class (regional stomach-content studies summarized in shark field references).
  • Broad activity window: can be active day or night; in many estuaries shows increased movement during crepuscular/low-light periods, consistent with hunting in turbid water.

Cultural Significance

Bull sharks (Carcharhinus leucas) are linked to human coastal life: local names and stories, ecotourism (e.g., Fiji), and safety and coastal management. Their nurseries overlap with ports and beaches, and they act as top estuary predators.

Myths & Legends

In Fiji, a shark guardian spirit watches the sea and tests travelers. People link this spirit to places with many sharks, like lagoon and reef passages where bull sharks (Carcharhinus leucas) appear.

Hawaii (ancestral guardian spirits): In Native Hawaiian stories, some families say shark guardian spirits protect their family members and may appear near shore or in channels, showing lasting respect for coastal sharks.

In Indigenous New Zealand stories, river and harbor guardians live in rivers, estuaries, and coastal waters. They are called large fish or shark-like creatures, showing the real big predators that live in tidal rivers.

Central America: Lake Nicaragua stories long told of a strong shark. Later studies showed bull sharks (Carcharhinus leucas) can move between the Caribbean and inland waters, supporting local tales of freshwater sharks.

Conservation Status

VU Vulnerable

Facing a high risk of extinction in the wild.

Population Decreasing

Protected Under

  • Fisheries management and shark conservation measures apply across much of the range (species commonly managed within national 'coastal shark' or 'large shark' complexes via catch limits/size limits, effort controls, and landing reporting).
  • Shark finning prohibitions in multiple jurisdictions (e.g., EU 'fins-naturally-attached' requirement and analogous national finning bans) reduce incentives for high-retention fin trade, though enforcement and retention rules vary by country.
  • Some protection occurs indirectly through marine protected areas, shark sanctuaries, and estuarine habitat protections (where nursery habitats fall within protected/managed coastal zones), but coverage is patchy and not necessarily designed around bull shark nursery corridors.

Life Cycle

Birth 9 pups
Lifespan 16 years

Lifespan

In the Wild
12–32 years
In Captivity
6–25 years

Reproduction

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

Bull shark (Carcharhinus leucas): many males and females mate in brief meetings. Fertilization is internal (claspers); females are viviparous with a yolk-sac placenta. Gestation ~10–11 months; 1–13 pups (55–80 cm); no parental care.

Behavior & Ecology

Social Loose aggregation Group: 1
Activity Cathemeral, Crepuscular, Nocturnal
Diet Carnivore Teleost fishes (bony fish); diet studies and trophic estimates consistently indicate fish are the dominant prey category for Carcharhinus leucas in most regions.

Temperament

Opportunistic, generalist predator; foraging often involves patrol behavior along drop-offs, channels, and turbidity edges.
Bold/approach-prone relative to many sharks; may investigate novel stimuli (including boats/bait) and can show assertive agonistic behavior near food.
Risk-tolerant habitat use: regularly enters very shallow, turbid water and freshwater; juveniles use low-salinity nurseries likely to reduce predation risk.
Intraspecific interactions are typically tolerant spacing/avoidance rather than coordinated sociality; competitive aggression may occur at concentrated food sources.

Communication

No confirmed vocalizations; bull sharks (elasmobranchs) lack dedicated sound-producing organs, and communication is not known to rely on acoustic calls.
Chemical cues/olfaction: detects prey odors and likely uses reproductive pheromones; important in turbid/low-visibility habitats.
Hydrodynamic/mechanosensory cues via the lateral line: detects vibrations/pressure waves from prey and nearby sharks, supporting spacing and approach/avoidance.
Electroreception (ampullae of Lorenzini): close-range detection of bioelectric fields; relevant during final prey strikes and possibly during close interactions.
Visual/body-posture signaling typical of carcharhinid agonistic displays: pectoral-fin depression, back arching, and exaggerated/jerky swimming used as threat/spacing signals Described broadly for requiem sharks and reported in bull shark interactions
Tactile contact: bumping and bite-based interactions occur during mating and competitive feeding; courtship commonly includes the male biting the female's pectoral/side prior to copulation As in many requiem sharks

Habitat

Terrain:
Coastal Riverine Sandy Muddy Island
Elevation: -5984 in – 492 ft 2 in

Ecological Role

Large coastal-estuarine apex/upper-mesopredator linking marine and freshwater food webs via regular movements into rivers and estuaries; exerts top-down control on fish and elasmobranch prey communities (trophic level ≈ 4.2).

Top-down regulation of prey populations (teleosts and smaller elasmobranchs), helping structure coastal/estuarine communities Removal of weak/sick individuals, potentially reducing disease transmission in prey populations Energy and nutrient transfer across habitat boundaries (marine-estuary-river) through euryhaline movements and feeding Carrion removal via opportunistic scavenging, contributing to nutrient recycling

Diet Details

Main Prey:
Teleosts Elasmobranchs Crustaceans Cephalopods Marine turtles Seabirds and waterbirds Marine mammals +1

Human Interaction

Domestication Status

Wild

Carcharhinus leucas (bull shark) is a fully wild species with no history of domestication. A few large public aquariums keep individuals for display and research, but this is captive care, not domestication. They need very large tanks and special life support systems because adults are big and must swim continuously.

Danger Level

High
  • One of the shark species most frequently implicated in serious bites on humans worldwide (commonly cited among the top three with white and tiger sharks in incident databases such as the International Shark Attack File).
  • High overlap with humans because it uses very shallow coastal water, surf zones, estuaries, and sometimes rivers-areas heavily used for swimming, wading, and fishing.
  • Often occurs in turbid/low-visibility water, increasing the likelihood of investigative bites or mistaken-identity encounters.
  • Large body size and robust bite force typical of large requiem sharks increases injury severity when bites occur.
  • Increased risk around fishing activity (bait, spearfishing, hooked fish) and near river mouths/estuaries where prey density is high.

As a Pet

Not Suitable as Pet

Legality: Bull shark (Carcharhinus leucas) is not a suitable private pet and is effectively illegal in most places. Where allowed, it needs permits for public display, research, or aquariums because of safety and animal welfare rules.

Care Level: Expert Only

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

Economic Value

Uses:
Commercial fisheries catch (target and bycatch) Sport fishing / recreational catch International trade (notably fins) Leather/curios (skin, jaws/teeth) Ecotourism (shark-diving, where managed) Public aquarium display (institutional) Scientific research value (tagging, physiology/osmoregulation studies)
Products:
  • Meat (fresh/salted/dried in some markets)
  • Fins (fin trade)
  • Skin (leather)
  • Teeth/jaws (curio trade)
  • Occasional liver oil (less common in modern markets)

Relationships

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

Ganges shark Glyphis gangeticus Overlapping niche as a large-bodied coastal/estuarine shark that penetrates far into low-salinity and freshwater systems. Both are predators in turbid river mouths and large rivers where osmoregulatory tolerance is critical.
Speartooth shark Glyphis glyphis Shares estuary-to-river habitat use and feeding ecology, preying on fishes in turbid tropical rivers and estuaries. Like bull sharks, it is associated with river mouths and can occupy freshwater reaches.
Tiger shark
Tiger shark Galeocerdo cuvier Ecological analogue: a large coastal apex predator with broad diet breadth (teleosts, elasmobranchs, turtles, mammals) that frequently uses nearshore habitats; overlaps with bull shark in warm coastal waters and estuaries.
Great white shark
Great white shark Carcharodon carcharias Comparable trophic role as a large apex predator in coastal systems, including predation on large fishes and marine mammals. In regions where their ranges overlap, both can occupy high trophic positions and potentially compete for prey resources.
Bullseye whaler Carcharhinus amboinensis River-associated form. Very similar habitat use and foraging mode in coastal and estuarine waters, and frequently confused with the bull shark due to similar morphology and overlapping niches as nearshore predators in warm waters.

Sharks that can live in freshwater

Bull sharks get their name from the short, blunt shape of their snouts and their aggressive behavior. They also usually butt prey with their heads before attacking. These sharks are found in warm coastal waters less than 100 feet (30 m) deep, but they can swim far up freshwater rivers and live in freshwater lakes if they choose.

They are the third most dangerous sharks to people, just behind the great white shark and the tiger shark. Their overall shape is large and stocky, with heavy, rounded bodies.

Amazing Bull Shark Facts!

Bull shark in Caribbean sea.

Bull sharks are migratory animals and swim all over the world.

• They turn up in unexpected places: In 2010 they were seen swimming in the flooded streets of Brisbane, Australia.

• They are athletic: They have been seen leaping up waterfalls like salmon to reach inland lakes.

• Some are migratory: In the Amazon, bull sharks migrate seasonally up and down the Amazon River.

• Strongest bite pressure: The highest shark bite pressure ever recorded for any shark of their size.

For our full list of facts, check out our ’13 Incredible Bull Shark Facts’ article that details the most amazing facts on this unique shark species!

Scientific Name

Bull shark facts - a bull shark swimming

The bull shark’s scientific name is Carcharhinus leucas.

The bull shark’s scientific name is Carcharhinus leucas. The word “Carcharhinus” means sharp-nosed, because most sharks in this family, like the tiger shark, have very pointed noses. Bull sharks are an exception to this, as they have short, rounded, blunt noses.

The word “leucas” is derived from the Greek word “leucos,” which means white, and describes the bull shark’s underside.

Evolution and Origins

Shark-like scales found in Colorado that date to the Ordovician Period, 455 million years ago, are the earliest fossilized proof of prehistoric sharks.

The majority of scientists think sharks first appeared 400 million years ago. Before the dinosaurs, by 200 million years! It’s thought that they descended from a small leaf-shaped fish that had no eyes, fins, or bones. Eventually, these fish evolved into the two major families of fish that exist today.

Bull sharks, however, have evolved unique adaptations that allow them to retain salt in their bodies even when they are in freshwater, including the way their kidneys work and specific glands near their tails. Researchers continue to investigate these sharks to determine how and why they acquired this peculiar skill.

Different Types of Bullshark

Here is a list of different types of bull sharks:

  • Ganges River shark
  • Fitzroy Creek whaler
  • Van Rooyen’s shark
  • Lake Nicaragua shark
  • River shark
  • Freshwater whaler
  • Estuary whaler
  • Swan River whaler
  • Cub shark
  • Shovelnose shark

Appearance and Behavior

bullshark

Bull sharks have exceptionally rounded, massive, and big bodies. They have short, blunt snouts.

Bull sharks have large, heavy bodies that appear very round. Their snouts are short and blunt. They have large dorsal fins on their backs, but they do not have an inter-dorsal ridge running down their backs as other sharks do. They are grey on top with white undersides. Young bull sharks often have dark tips on their fins. Bull shark teeth are big and triangular, with serrated edges similar to the cutting edge of a saw.

Bull shark size is typically up to 11 feet (3.5m) long, which is about the same as two large refrigerators stacked one on top of the other. They weigh between 500 pounds (230kg), about half the weight of the average horse. They can get bigger, though. The largest bull shark ever recorded was 13 feet (4.0m), and the heaviest on record was 694 pounds (315kg). Females are bigger than males of the same age.

The top swimming speed of a bull shark is 25 miles per hour (40 km/h). For comparison, the fastest swimmer on record, with 28 Olympic medals to his credit, is Michael Phelps. Even in a special outfit that allowed him to beat his Olympic records, he was only able to swim at 8.8 MPH (14.16 km/h), far slower than a shark.

Bull sharks are solitary hunters most of the time, though they do sometimes team up with other bull sharks to make hunting easier. A group of sharks is usually called a school, but may also be called a shoal. These sharks are known to be very aggressive and have been known to attack people and other sharks without any provocation.

Habitat

Bull shark image
Everywhere that has warm, shallow coastal waters is where you can find bull sharks. They also spend at least part of their lives in numerous rivers around the globe.

The bull shark can be found around the world, anywhere where there are warm, shallow, coastal waters. They also live in many rivers around the world at least part-time.

They’ve been found in the Amazon River in South America, the Mississippi River in the United States, the Brisbane River in Australia, the Tigris River in the Middle East, and the Ganges River in India. They also live at least part-time in various freshwater lakes, including Lake Nicaragua in Nicaragua and Lake Pontchartrain in Louisiana.

Some bull sharks migrate each year, such as those in the Amazon River that swim seasonally over 2300 miles (3701 km) each way up and down the river. Since bull sharks give birth to their babies in freshwater rivers, it is common for females to migrate when they are ready to have their babies.

Diet

What Do Bull Sharks Eat
Bull sharks eat fish, dolphins, seals, and stingrays.

Bull sharks are carnivores, meaning their diet is made up of meat, including fish. They are opportunistic feeders, which means that they eat just about anything they find, and they aren’t picky about their food. Their main diet consists of fish, dolphins, sea turtles, rays, birds, and other sharks, including other bull sharks.

How much they eat depends on what is available. If food is plentiful, they will eat as much as they can. If food is scarce, bull sharks can go long periods without eating. When this happens, their digestion slows down to make the food last longer and allow them to avoid starvation. It is not known just how much a bull shark needs to eat.

A full analysis of the bull shark’s diet can be found on our “What Do Bull Sharks Eat?” page!

Predators and Threats

Adult bull sharks are not generally preyed upon by anything that lives in the ocean. That makes them what is called an “apex predator,” which is an animal that is at the top of the food chain. Juvenile bull sharks are sometimes eaten by other sharks, including adult bull sharks. Bull sharks have been seen being attacked and killed by crocodiles in rivers in both Australia and South Africa.

The main threat to bull sharks is humans. They are hunted by people for their oil, hide, and meat. The numbers of bull sharks appear to be shrinking, and at least one study has found that bull sharks are not growing as large as they used to, most likely due to the bigger ones being killed.

Bull sharks are not currently considered an endangered species, but their status is listed as near threatened (NT) by the International Union for Conservation of Nature. This means that they could soon become a threatened species if steps aren’t taken to protect and preserve them.

Reproduction, Babies, and Lifespan

Bull Shark Attacking

Little is known about mating in the wild. Scientists think that the male grabs the female by the tail and holds her until she rolls over, at which time mating can take place.

Not much is known about bull shark reproductive behavior. Scientists think that the male grabs the female by the tail and holds her until she rolls over, at which time mating can take place. Females often have scars and sores thought to be the result of such actions. This behavior is similar to reproductive behavior seen in other sharks.

Bull sharks become sexually mature at about 8 to 10 years of age. They come together for mating, but then they go their separate ways rather than remaining together for any length of time. They breed from late summer to early fall, often coming together in rivers or in the estuaries that lie between rivers and the ocean. Gestation lasts 10 to 11 months.

Babies, called pups, are born in freshwater, providing them protection from the many predators that live in the sea. The mother gives birth to anywhere from 1 to 13 live pups measuring about 2.5 feet (80 cm) in length.

Once born these babies are on their own. The mother does not provide any care for them after birth. The babies begin hunting for themselves immediately, eating small fish and crustaceans and anything else they can catch and swallow.

Bull sharks live an average of 16 years in the wild. It is possible for them to live longer, especially in an aquarium. The oldest bull shark known was 32 years old.

Population

No exact count of the bull shark population exists. They are seen frequently throughout their habitat and appear to be plentiful. Despite this, it is important to have a plan for conserving them so that they don’t disappear. Currently, no plan exists for their protection.

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How to say Bull Shark in ...
Catalan
Tauró camús
Czech
Žralok bělavý
Danish
Tyrehaj
German
Bullenhai
English
Bull shark
Spanish
Carcharhinus leucas
Finnish
Härkähai
French
Requin bouledogue
Indonesian
Hiu banteng
Italian
Carcharhinus leucas
Hungarian
Bikacápa
Japanese
オオメジロザメ
Dutch
Stierhaai
English
Oksehodehai
Polish
Żarłacz tępogłowy
Portuguese
Tubarão-cabeça-chata
Swedish
Tjurhaj
Turkish
Boğa köpekbalığı
Chinese
公牛鯊

Sources

  1. David Burnie, Dorling Kindersley (2011) Animal, The Definitive Visual Guide To The World's Wildlife / Accessed December 1, 2008
  2. Tom Jackson, Lorenz Books (2007) The World Encyclopedia Of Animals / Accessed December 1, 2008
  3. David Burnie, Kingfisher (2011) The Kingfisher Animal Encyclopedia / Accessed December 1, 2008
  4. Richard Mackay, University of California Press (2009) The Atlas Of Endangered Species / Accessed December 1, 2008
  5. David Burnie, Dorling Kindersley (2008) Illustrated Encyclopedia Of Animals / Accessed December 1, 2008
  6. Dorling Kindersley (2006) Dorling Kindersley Encyclopedia Of Animals / Accessed December 1, 2008
Rebecca Bales

About the Author

Rebecca Bales

Rebecca is an experienced Professional Freelancer with nearly a decade of expertise in writing SEO Content, Digital Illustrations, and Graphic Design. When not engrossed in her creative endeavors, Rebecca dedicates her time to cycling and filming her nature adventures. When not focused on her passion for creating and crafting optimized materials, she harbors a deep fascination and love for cats, jumping spiders, and pet rats.
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Bull Shark FAQs (Frequently Asked Questions)

Bull sharks cannot survive by eating plants because their bodies cannot digest them. This means they are not herbivores or omnivores. Bull sharks are carnivores. They live exclusively on a diet of other animals. They will eat anything they can catch, including fish, sea mammals, birds, and other sharks. They also eat dead or rotting animals when they encounter them, including dead whales and dead sharks.

When they are in rivers or lakes bull sharks sometimes grab animals that come to the water to drink. They catch birds by swimming up under seabirds resting on the surface of the water or fishing to feed themselves or their young.