What Do Sharks Eat? 50 Foods They Love the Most

Sharks are some of the ocean’s most formidable predators, ranging from the tiny dwarf lanternshark to the massive great white. Understanding what sharks eat is essential to appreciating their ecological role, their hunting strategies, and the balance they maintain in marine ecosystems. Sharks occupy a wide range of habitats, from shallow coastal waters to the deep ocean, and their diets vary widely depending on species, size, and prey availability.

The diets of sharks are incredibly diverse. While many people picture them as relentless hunters of large fish and marine mammals, the reality is that sharks are opportunistic feeders. They consume everything from plankton to other sharks, depending on their physical adaptations, hunting skills, and environmental conditions. Knowing what sharks eat also helps scientists monitor the health of ocean ecosystems and the sustainability of marine populations.

What Do Sharks Eat? 50 Foods They Love the Most

Sharks are carnivorous and their diet includes a wide range of marine organisms. Here’s a comprehensive list of 50 foods that sharks consume, demonstrating their varied and adaptive feeding habits:

• 1. Fish (various species)
• 2. Herring
• 3. Mackerel
• 4. Sardines
• 5. Anchovies
• 6. Tuna
• 7. Salmon
• 8. Cod
• 9. Flounder
• 10. Halibut
• 11. Groupers
• 12. Rays
• 13. Skates
• 14. Eels
• 15. Squid
• 16. Octopus
• 17. Cuttlefish
• 18. Crustaceans (shrimp, crabs, lobsters)
• 19. Krill
• 20. Plankton
• 21. Sea lions
• 22. Seals
• 23. Sea lions (various species)
• 24. Seabirds
• 25. Penguins
• 26. Dolphins (rare/large species)
• 27. Whales (calves or scavenged remains)
• 28. Sea turtles
• 29. Turtle eggs (when accessible)
• 30. Marine mammals (general)
• 31. Sea snakes
• 32. Small sharks
• 33. Other sharks (cannibalism)
• 34. Carrion (dead animals)
• 35. Seal pups
• 36. Fish eggs
• 37. Zooplankton
• 38. Jellyfish
• 39. Sea squirts
• 40. Squid eggs
• 41. Crab larvae
• 42. Shrimp larvae
• 43. Clams
• 44. Mussels
• 45. Octopus eggs
• 46. Clupeids (e.g., menhaden)
• 47. Small baitfish
• 48. Surf fish
• 49. Bones/scavenged carcass bits
• 50. Marine worms

Sharks’ feeding habits reflect their adaptability. For instance, filter-feeding species like whale sharks consume krill and plankton, while predatory species such as tiger sharks are capable of eating large fish, marine mammals, and even other sharks. This wide-ranging diet allows them to survive in diverse environments and maintain their position as apex predators.

Understanding these 50 foods gives us a clear picture of the ecological significance of sharks, their role in controlling prey populations, and how their dietary flexibility ensures survival across the world’s oceans. In the following sections, we will explore each category of food in detail, starting with fish and other common prey items.

What Do Sharks Eat in the Wild?

1. Fish (Various Species)

Fish form the cornerstone of most shark diets. From small schooling fish to larger solitary species, sharks rely on their speed, agility, and keen senses to locate and capture fish efficiently. Fish provide sharks with essential proteins, omega-3 fatty acids, and energy required for growth, reproduction, and sustaining their high metabolism. Different shark species specialize in different types of fish. For example, the great white shark primarily hunts larger pelagic fish such as tuna and mackerel, while smaller reef sharks focus on reef-dwelling species like damselfish or parrotfish. Sharks often use ambush tactics or fast pursuits to isolate and capture individual fish from schools, relying on their lateral line system to detect subtle movements in the water.

Feeding behavior can vary widely; some sharks, like mako sharks, are known for their high-speed chases, whereas carpet sharks or nurse sharks tend to feed on fish hiding in crevices. Understanding fish consumption is critical, as it highlights the predator-prey balance that sharks maintain in ocean ecosystems, preventing overpopulation of certain fish species and supporting biodiversity.

2. Herring

Herring are small, nutrient-rich schooling fish that are a vital food source for many mid-sized and large sharks. They are abundant in coastal and open ocean environments, forming dense schools that provide both easy and challenging opportunities for predators. Sharks, including species such as the shortfin mako or blue shark, often hunt herring in coordinated bursts, using their acute vision and electroreception to detect movements within the school. Herring are rich in omega-3 fatty acids, which are essential for sharks’ heart, brain, and overall health, and their high caloric content allows sharks to sustain long hunting excursions.

Sharks employ different feeding strategies depending on the density of herring schools. Some species engage in “herding” behavior, corralling the fish into tighter formations for easier capture, while others take advantage of currents or vertical stratification to ambush fish from below. By preying on herring, sharks also indirectly regulate smaller predators that feed on these schooling fish, maintaining ecosystem balance.

3. Mackerel

Mackerel are fast-swimming, migratory fish that provide sharks with high-energy meals. These fish are particularly important to species such as tiger sharks, shortfin makos, and thresher sharks. Mackerel are rich in protein and fats, making them an efficient food source for sustaining long-distance movements and rapid bursts of speed during hunting. Sharks often exploit schools of mackerel, using their strong jaws and serrated teeth to seize multiple individuals in quick succession.

Feeding on mackerel requires both speed and precision. Sharks often time their attacks to coincide with the densest parts of fish schools, minimizing energy expenditure while maximizing caloric intake. In addition, mackerel hunting exposes sharks to other prey interactions, such as competing with seabirds and marine mammals, emphasizing the interconnected nature of oceanic food webs. This makes mackerel a key component of both coastal and pelagic shark diets.

4. Sardines

Sardines are small, oily fish that occur in massive schools and are a staple for numerous shark species, including blue sharks, makos, and various reef-associated species. Their high fat content offers sharks a concentrated energy source, supporting both growth and reproductive needs. Sardines often occupy near-surface waters, which exposes them to predation from sharks that patrol both pelagic zones and coastal shallows.

Sharks use a combination of speed, ambush tactics, and electroreception to hunt sardines efficiently. Feeding on sardines often occurs in tandem with other predators, creating feeding frenzies where multiple species exploit the dense schools simultaneously. This behavior not only demonstrates the shark’s opportunistic nature but also plays an essential ecological role by regulating sardine populations, preventing overgrazing on plankton communities, and supporting marine biodiversity.

5. Anchovies

Anchovies are small, silvery fish found in coastal and offshore waters. These fish are highly nutritious, providing sharks with proteins, lipids, and essential fatty acids. Many shark species, especially those in shallow or temperate regions, rely on anchovies as a primary food source. Anchovies often form dense shoals, which can be both an advantage and a challenge for predators, as sharks must capture individuals with precise strikes while avoiding being disrupted by rapid school movements.

Hunting anchovies highlights the adaptability of sharks, as some species engage in surface feeding while others ambush from below. Their feeding behavior can influence the distribution and behavior of anchovy schools, indirectly affecting other species that rely on anchovies for food, such as seabirds and larger predatory fish. By targeting anchovies, sharks play a critical role in maintaining the balance of nearshore and offshore ecosystems.

6. Tuna

Tuna are large, fast-swimming, migratory fish that represent high-calorie meals for many apex shark species. Species such as the mako, tiger, and great white shark often hunt tuna, using bursts of speed and stamina to overcome their prey. Tuna are rich in protein, fats, and essential nutrients that fuel sharks’ high-energy lifestyles, including migration, hunting, and mating activities. Capturing tuna requires remarkable hunting skill, with sharks often attacking from below or behind to take advantage of blind spots in the fish’s sensory field.

Tuna predation exemplifies the shark’s role as an apex predator. By feeding on tuna, sharks help control the populations of these migratory fish, influencing pelagic food webs and indirectly affecting plankton and smaller fish populations. Sharks’ hunting of tuna also demonstrates their ability to adapt to both open-ocean and coastal ecosystems, showcasing their dietary versatility and ecological significance.

7. Salmon

Salmon, particularly during their spawning migrations, are an essential food source for sharks in temperate and subarctic regions. Sharks target salmon when they are abundant and concentrated in rivers or coastal zones, allowing efficient energy intake. Salmon provide a rich source of protein, fats, and omega-3 fatty acids, which are critical for sustaining the shark’s metabolism and supporting reproduction. Predation on salmon also occurs opportunistically, especially when salmon are weak or injured during migration, highlighting the opportunistic feeding strategy common to many shark species.

Sharks hunting salmon often compete with bears, birds, and other predators in coastal regions, demonstrating the interconnectedness of ecosystems. By regulating salmon populations, sharks indirectly influence nutrient cycles, as salmon serve as key vectors of marine nutrients into freshwater systems during their spawning. This underscores the complex ecological role that sharks play in maintaining both marine and riparian ecosystems.

8. Cod

Cod are bottom-dwelling or demersal fish that serve as prey for various shark species, including Greenland sharks, spiny dogfish, and some coastal species. Cod are high in protein and fat, providing substantial energy rewards for predators. Feeding on cod often requires sharks to forage along the seabed, highlighting their adaptability in different marine habitats. Sharks utilize their acute sense of smell and lateral line system to detect cod hiding near the ocean floor.

By consuming cod, sharks help regulate the population dynamics of demersal fish, preventing overpopulation and the subsequent depletion of benthic invertebrates. This balance is crucial for maintaining healthy ocean floor ecosystems and supporting the diverse species that rely on them. Cod predation also demonstrates the shark’s ability to switch between pelagic and benthic feeding strategies depending on availability, showcasing their dietary flexibility.

9. Flounder

Flounder are flatfish that live on sandy or muddy bottoms and are commonly preyed upon by benthic or coastal shark species. These fish provide moderate protein and fat content, contributing to the energy needs of sharks, particularly smaller or mid-sized species that inhabit shallow coastal waters. Hunting flounder requires precision, as these fish are well-camouflaged against the seabed. Sharks often rely on tactile and chemical cues to locate hidden flounder, highlighting the importance of their sensory adaptations.

Feeding on flounder allows sharks to exploit a niche that fewer predators can access, reducing competition for resources. It also affects the benthic community, as predation pressure on flounder influences the distribution and abundance of invertebrates and other small fish that these flatfish consume. This interaction emphasizes the complex ecological web in coastal marine habitats where sharks play a key regulatory role.

10. Halibut

Halibut are large, bottom-dwelling flatfish that provide high-calorie meals for many shark species, particularly in colder waters. Rich in protein and lipids, halibut are especially valuable for sustaining the energy-intensive hunting patterns of apex predators. Sharks hunting halibut often exhibit ambush strategies, waiting near structures or drop-offs to capture prey that ventures too close. This behavior underscores sharks’ ability to adapt to the benthic environment and exploit available food efficiently.

By preying on halibut, sharks influence the population structure of benthic fish communities, contributing to ecosystem stability. The selective pressure imposed by shark predation can affect the behavior and growth patterns of halibut populations, illustrating the dynamic interactions between predator and prey in marine ecosystems. Feeding on halibut demonstrates the shark’s versatility in both diet and hunting strategy, reinforcing its ecological significance as a top predator.

11. Groupers

Groupers are large, slow-moving reef fish that are prime targets for many coastal and reef-dwelling shark species, including tiger sharks and Caribbean reef sharks. Rich in protein and fat, groupers provide substantial energy for growth, hunting, and reproduction. Sharks typically rely on stealth and surprise to capture groupers, as these fish are often well-camouflaged among coral reefs. Their feeding involves a combination of ambush tactics and powerful bursts of speed to subdue prey.

Predation on groupers also influences the reef ecosystem by regulating the populations of these predatory fish, which themselves feed on smaller reef organisms. By controlling grouper populations, sharks indirectly maintain the balance of the coral reef food web, preventing overpredation on herbivorous fish that help maintain coral health. This highlights the cascading effects of shark feeding habits on reef ecosystems.

12. Rays

Rays are flattened, bottom-dwelling fish that include stingrays, eagle rays, and manta rays. Many shark species, such as hammerheads and tiger sharks, specialize in feeding on rays due to their nutrient-rich flesh and high caloric content. Hunting rays requires precision, as these prey can deliver painful stings or quickly evade capture. Sharks often pin rays against the seafloor or corner them in shallow waters before biting, using serrated teeth to cut through tough skin and cartilage.

By preying on rays, sharks help control populations that might otherwise overconsume benthic invertebrates, maintaining a balanced seafloor ecosystem. Rays’ ecological role as grazers or predators of invertebrates is regulated by shark predation, demonstrating the interconnectedness of predator-prey dynamics and the vital role of sharks in maintaining marine biodiversity.

13. Skates

Skates, relatives of rays, are another bottom-dwelling prey group that many sharks feed upon. They inhabit sandy or muddy substrates, often in colder waters, making them accessible to benthic foragers like Greenland sharks or sandbar sharks. Skates provide essential proteins and fats, and their slow movement makes them easier for sharks to capture compared to faster prey. Sharks locate skates using electroreception and chemical cues, detecting the subtle movements of these camouflaged fish beneath the sediment.

Feeding on skates affects the benthic community by regulating populations of these mid-level predators, which in turn influences populations of crustaceans, worms, and smaller fish. This trophic control highlights the ecological importance of sharks in structuring marine food webs and maintaining the stability of seafloor ecosystems.

14. Eels

Eels, including moray and conger species, are long, flexible fish that inhabit crevices, reefs, and rocky substrates. Sharks that consume eels, such as tiger sharks, must exhibit agility and persistence to extract prey from tight spaces. Eels provide a high-protein, energy-rich food source that supports the metabolic demands of sharks, particularly in environments where other prey may be scarce. Sharks often hunt eels at night or in low-visibility conditions when the prey is less active and more vulnerable.

By preying on eels, sharks indirectly influence reef and rocky substrate ecosystems, as eels control populations of smaller fish and invertebrates. Shark predation helps maintain balanced trophic structures, preventing eels from dominating certain ecological niches. This interaction demonstrates the importance of sharks in regulating species diversity and sustaining healthy marine habitats.

15. Squid

Squid are fast, agile cephalopods that serve as a critical component of many shark diets, including pelagic species such as blue sharks and makos. Squid are rich in protein, lipids, and essential nutrients, making them a high-energy food source for migratory and deep-sea sharks. Hunting squid often involves speed and precision, as these cephalopods can release ink and rapidly change direction to escape predators. Sharks utilize keen vision, electroreception, and timing to capture squid effectively.

Squid predation affects oceanic ecosystems by regulating cephalopod populations, which themselves consume zooplankton and small fish. This ensures balanced energy flow from lower trophic levels up to apex predators. Sharks’ ability to capture fast, evasive prey like squid highlights their adaptability and critical role in pelagic food webs, ensuring the stability of both predator and prey populations.

16. Octopus

Octopus are intelligent and flexible cephalopods that offer substantial nutritional benefits to sharks, including high protein and essential fatty acids. Hunting octopus requires strategy and patience, as these animals can camouflage, squeeze into narrow crevices, and release ink as a defense. Sharks often forage in reef systems or rocky coastal areas, using tactile and chemical senses to detect octopus hiding among rocks or coral. Consuming octopus provides sharks with energy-rich meals, supporting growth, reproductive success, and long-distance migrations.

Predation on octopus helps regulate cephalopod populations, which in turn controls the abundance of crustaceans and small fish consumed by octopus. This predator-prey relationship is vital for maintaining the balance of reef and benthic ecosystems. Sharks’ feeding on octopus also illustrates their opportunistic diet and the importance of behavioral adaptations in hunting complex prey.

17. Cuttlefish

Cuttlefish are closely related to squid and octopus and serve as important prey for medium and large shark species. Rich in protein and lipids, cuttlefish are nutritious and provide substantial energy for sharks. Hunting cuttlefish requires stealth and speed due to their advanced camouflage and rapid escape abilities. Sharks often use visual cues, vibrations, and electroreception to locate and capture cuttlefish hiding among the seafloor, seagrass beds, or coral.

By feeding on cuttlefish, sharks influence the abundance and behavior of cephalopods in marine ecosystems, which helps regulate the populations of smaller invertebrates and fish that cuttlefish prey upon. This trophic control highlights sharks’ essential ecological role as apex predators and their capacity to impact multiple levels of the food web.

18. Crustaceans (Shrimp, Crabs, Lobsters)

Crustaceans such as shrimp, crabs, and lobsters are consumed by both benthic and pelagic shark species. These animals are rich in protein, minerals, and essential nutrients that support the sharks’ growth and energy requirements. Sharks typically forage along the seabed to locate these prey items, employing strong jaws and sharp teeth to crack shells and extract soft tissues. Some sharks, like horn sharks and leopard sharks, specialize in crushing hard-shelled crustaceans using molariform teeth.

Crustacean predation helps maintain benthic ecosystem balance, as unchecked populations of crabs or shrimp can overgraze seagrass beds or consume large numbers of smaller invertebrates. Sharks’ feeding behaviors also influence the distribution and abundance of crustaceans, which can impact nutrient cycling and habitat structure in coastal and reef ecosystems.

19. Krill

Krill are small, shrimp-like crustaceans that form massive swarms in polar and temperate oceans. While tiny, krill provide a vital source of energy for filter-feeding sharks such as whale sharks and basking sharks. These small crustaceans are rich in protein and lipids, and feeding on dense swarms allows sharks to consume thousands of calories with minimal effort. Filter-feeding sharks rely on specialized gill rakers to strain krill from the water efficiently, demonstrating a remarkable adaptation for plankton consumption.

Krill predation affects the entire marine food web, as these small crustaceans are primary consumers that feed on phytoplankton. Sharks’ reliance on krill demonstrates their role in transferring energy from lower trophic levels to apex predators. This feeding behavior also highlights the diversity of shark diets, ranging from tiny planktonic organisms to large marine mammals.

20. Plankton

Plankton, including both phytoplankton and zooplankton, forms the base of many oceanic food webs. Filter-feeding sharks, such as whale sharks and basking sharks, consume vast amounts of plankton daily, obtaining essential nutrients and energy. Plankton provides proteins, fats, and micronutrients necessary for growth, reproduction, and migration. Sharks filter water using their gill rakers, capturing plankton efficiently even while swimming at slow speeds.

Feeding on plankton also demonstrates the ecological importance of sharks beyond predation, as they help regulate plankton populations indirectly by consuming organisms that feed on plankton and influencing the vertical migration of planktonic species. This highlights the interconnectedness of marine ecosystems and the diverse feeding strategies sharks employ to thrive across multiple habitats.

21. Sealions

Sea lions are agile marine mammals that provide a high-energy food source for large predatory sharks, including great white sharks and tiger sharks. They are rich in protein and fat, which are crucial for sustaining sharks during long migrations or fasting periods between meals. Hunting sea lions requires sharks to employ ambush tactics, often attacking from below with powerful bursts of speed to surprise their prey. Sharks may also target young or weaker individuals, which are easier to capture and provide significant nutritional benefit.

Predation on sea lions plays an important ecological role by regulating their populations, which in turn affects fish stocks and other marine species that sea lions consume. This predation also influences sea lion behavior, including haul-out locations and foraging strategies, demonstrating the complex interactions between apex predators and marine mammals.

22. Seals

Seals, similar to sea lions, are key prey for larger shark species, particularly in colder coastal waters. They are highly nutritious, providing abundant calories from both lean protein and blubber. Sharks typically hunt seals using stealth and patience, exploiting the element of surprise near breeding colonies or along migration routes. This hunting behavior is critical for sharks to meet their energy requirements, especially for species that undertake long-distance migrations.

Shark predation on seals helps maintain the balance of marine ecosystems, preventing seal populations from overconsuming fish and squid stocks. By keeping seal numbers in check, sharks indirectly support the health of commercial fisheries and sustain overall biodiversity, highlighting the ecological significance of these predatory interactions.

23. Sea Lions (Various Species)

Different species of sea lions, including California and South American sea lions, serve as prey for sharks in both temperate and tropical regions. Sharks exploit their strong swimming abilities and hunting strategies to capture these animals, often targeting juveniles or isolated individuals. The high fat content in sea lions is particularly valuable, providing energy reserves that allow sharks to survive periods of food scarcity.

The predation pressure from sharks shapes sea lion populations and behavior, including their reproductive timing and colony locations. These interactions demonstrate how shark diets influence broader marine food webs and reinforce their role as apex predators regulating population dynamics across multiple species.

24. Seabirds

Seabirds, such as gulls, cormorants, and terns, occasionally fall prey to coastal and reef-dwelling sharks, especially when feeding near the water’s surface. Birds provide moderate amounts of protein and fat, which can supplement a shark’s diet, particularly in regions where fish are scarce. Sharks typically capture seabirds by leaping out of the water or snapping at individuals that are swimming or diving. This opportunistic feeding behavior highlights the versatility of shark hunting strategies.

Feeding on seabirds also impacts the behavior and distribution of bird populations, as they may avoid certain foraging areas due to predation risk. These interactions illustrate the influence of sharks on both aquatic and aerial ecosystems, emphasizing their role in maintaining ecological balance.

25. Penguins

Penguins, especially in Antarctic and sub-Antarctic waters, are prey for large predatory sharks such as the Greenland and great white sharks. Penguins are rich in protein and fats, essential for the high energy demands of sharks. Hunting penguins requires sharks to approach with stealth and often attack during the birds’ swimming or diving activities. The abundance and accessibility of penguins can influence shark distribution in polar regions.

Predation on penguins helps regulate their populations, which in turn affects fish and krill populations that penguins feed on. This demonstrates the interconnectedness of apex predators and mid-level consumers in marine food webs, illustrating how sharks help maintain ecosystem stability even in extreme environments.

26. Dolphins (Rare / Large Species)

While sharks rarely prey on dolphins, certain large species like tiger sharks or great whites may target juvenile or weakened individuals. Dolphins provide high-protein, energy-dense meals that can sustain a shark for extended periods. Capturing dolphins requires speed, precision, and the ability to anticipate evasive maneuvers, showcasing sharks’ remarkable hunting adaptations.

Although infrequent, shark predation on dolphins can influence social structures, pod behaviors, and migration patterns. The presence of sharks may encourage dolphins to adjust foraging and travel strategies to reduce predation risk, reflecting the broader ecological effects of shark diets beyond direct predation.

27. Whales (Calves or Scavenged Remains)

Whale calves or carcasses provide enormous energy resources for large sharks, including great whites and tiger sharks. While adult whales are rarely attacked due to their size, calves or dead individuals offer high-fat, protein-rich meals that can sustain sharks for weeks. Scavenging behavior allows sharks to capitalize on nutrient-dense food sources without expending extensive energy in hunting.

Feeding on whale carcasses also contributes to nutrient cycling in marine ecosystems, as sharks help break down large organic matter and redistribute nutrients through scavenging activities. This behavior underscores the importance of sharks in maintaining ecological balance and supporting deep-sea and coastal food webs.

28. Sea Turtles

Sea turtles, particularly juvenile or small species, are occasionally preyed upon by large sharks such as tiger sharks and great whites. Turtles provide valuable protein and energy, though their hard shells make hunting challenging. Sharks often employ stealth and powerful bites to access the softer tissues of the turtle, particularly around the neck or flippers. Predation on turtles helps regulate their populations and influences nesting behaviors.

By controlling sea turtle numbers, sharks indirectly affect seagrass bed health and coral reef ecosystems, as turtles are important grazers and bioengineers. This illustrates how shark feeding behavior impacts both predator-prey dynamics and habitat health, reinforcing their pivotal ecological role.

29. Turtle Eggs (When Accessible)

Sharks may opportunistically consume sea turtle eggs when they encounter nesting beaches or washed-up clutches. These eggs are nutrient-dense, containing proteins and lipids essential for shark energy needs. Feeding on eggs does not require hunting skills but provides a convenient and high-calorie food source, especially during coastal migrations. This behavior is most common in tiger sharks, which are known to patrol near nesting grounds.

Consumption of turtle eggs can affect turtle reproductive success and nesting strategies. However, it is a natural part of coastal food webs, demonstrating the opportunistic and adaptable feeding strategies of sharks. This interaction also highlights the complex relationships between marine predators and their prey across different life stages.

30. Marine Mammals (General)

Sharks consume a variety of marine mammals beyond sea lions, seals, and dolphins, including small whales and porpoises. These mammals offer high-protein, energy-rich meals capable of sustaining apex predators for extended periods. Hunting marine mammals requires strategic ambush tactics, stealth, and timing, particularly since these animals are agile and capable of escaping quickly. Shark predation on marine mammals is typically opportunistic, focusing on vulnerable, young, or injured individuals.

Predation on marine mammals affects their population dynamics, distribution, and behavior. Sharks’ feeding habits help regulate prey populations, which in turn influences fish stocks and overall marine biodiversity. This illustrates the broad ecological impact of sharks and their critical role as apex predators in maintaining balanced, healthy marine ecosystems.

31. Sea Snakes

Sea snakes are specialized, venomous reptiles that inhabit tropical and subtropical oceans. Some shark species, particularly tiger sharks and grey reef sharks, include sea snakes in their diet due to their high protein and fat content. Hunting sea snakes requires caution, as their venom can be dangerous if ingested improperly. Sharks rely on swift attacks, often immobilizing the snake with powerful bites before swallowing it whole.

By preying on sea snakes, sharks help regulate the populations of these reptiles, which are predators of fish and invertebrates. This predation maintains the balance of reef and coastal ecosystems, preventing sea snakes from excessively depleting fish stocks. Sharks’ ability to hunt venomous prey demonstrates their adaptability and the evolutionary advantages of apex predators in diverse marine habitats.

32. Small Sharks

Cannibalism among sharks is not uncommon, especially in species like the great white, tiger, and sand tiger sharks. Consuming smaller sharks provides a nutrient-rich meal, offering protein, fat, and essential nutrients crucial for growth and survival. Sharks often target juvenile or smaller individuals within their own species or closely related species, demonstrating opportunistic feeding behavior. This practice also helps reduce intraspecific competition for resources.

Feeding on small sharks contributes to regulating population dynamics, preventing overcrowding, and promoting the health of larger individuals. It also influences social hierarchies within shark populations, as dominant predators assert control over prey availability. This cannibalistic behavior exemplifies sharks’ adaptability and the complex interactions that sustain marine ecosystems.

33. Other Sharks (Cannibalism)

In addition to preying on smaller individuals, some sharks consume other species of sharks, often during territorial disputes or in resource-scarce environments. This behavior is particularly observed in apex predators like tiger sharks and bull sharks. Consuming other sharks provides substantial energy and nutrients, supporting their metabolic needs. The act of preying on other sharks demonstrates sharks’ opportunistic hunting strategies and ability to exploit a wide range of prey.

This interspecific predation has ecological significance, as it can influence the distribution, population sizes, and behavior of multiple shark species. By keeping other shark populations in check, apex sharks maintain balance within the predator hierarchy, ensuring ecosystem stability and biodiversity.

34. Carrion (Dead Animals)

Sharks are not solely active hunters; many species are opportunistic scavengers that consume carrion, including dead fish, marine mammals, and other decomposing animals. Scavenging provides an energy-efficient way to obtain nutrients without expending the effort required to hunt live prey. Species like tiger sharks, great whites, and bull sharks often feed on carcasses, especially during migrations or periods when live prey is scarce.

Scavenging by sharks contributes to nutrient recycling within marine ecosystems. By consuming dead animals, they help prevent the spread of disease and facilitate the breakdown of organic matter, supporting ecological health. This behavior demonstrates the versatility and adaptability of sharks in exploiting available food sources to survive in diverse marine environments.

35. Seal Pups

Seal pups are vulnerable prey for many coastal shark species, particularly great whites and tiger sharks. Rich in fat and protein, seal pups provide high-energy meals that support growth and metabolic demands. Sharks typically target pups on beaches or in shallow waters, using stealth and ambush techniques to catch them before they can escape. Predation on seal pups is often opportunistic and occurs in regions with high seal breeding activity.

By feeding on seal pups, sharks help regulate seal populations, preventing overpopulation and potential depletion of fish stocks. This predation also influences seal colony behaviors, including nesting locations and maternal care, demonstrating how sharks shape the ecological dynamics of coastal ecosystems and maintain balance between predator and prey species.

36. Fish Eggs

Fish eggs, including those of clupeids, salmon, and reef fish, are a nutrient-rich but often small prey item for many shark species. Sharks, particularly smaller or juvenile individuals, consume fish eggs to supplement their diet during periods of high reproductive activity in fish populations. Eggs are rich in proteins, lipids, and essential nutrients that provide energy for growth and metabolic processes.

Consumption of fish eggs by sharks can influence fish population dynamics by affecting recruitment rates. While predation on eggs is natural, it helps maintain healthy population sizes and ensures that no single species dominates the ecosystem. This highlights sharks’ role in sustaining balanced and diverse marine communities from the earliest stages of the food web.

37. Zooplankton

Zooplankton, including tiny crustaceans and larvae, form an essential food source for filter-feeding sharks such as whale sharks and basking sharks. Rich in protein and lipids, zooplankton provide the necessary energy to support the growth and migratory behavior of these large species. Sharks use specialized gill rakers to efficiently filter and concentrate plankton from seawater, demonstrating an incredible adaptation for feeding at lower trophic levels.

By consuming zooplankton, sharks help control population densities of these small organisms, which affects the abundance of phytoplankton and the overall productivity of the marine ecosystem. This feeding strategy illustrates the diversity of shark diets and their role in transferring energy across multiple trophic levels, from microscopic organisms to apex predators.

38. Jellyfish

Jellyfish are soft-bodied, gelatinous prey that some shark species, including whale sharks and bull sharks, feed on opportunistically. While not as energy-dense as fish or mammals, jellyfish provide hydration and essential nutrients. Sharks often consume large aggregations of jellyfish by swimming through swarms and filtering or biting individual specimens. This strategy allows them to feed efficiently with minimal energy expenditure.

Feeding on jellyfish regulates their populations, which can otherwise experience explosive growth due to overfishing of natural predators or nutrient enrichment in coastal waters. By controlling jellyfish numbers, sharks indirectly support fish populations and maintain the stability of planktonic and benthic ecosystems, highlighting their ecological importance.

39. Sea Squirts

Sea squirts, or tunicates, are sessile filter-feeding invertebrates found attached to rocks, reefs, and submerged surfaces. Some benthic shark species, including horn sharks, include sea squirts in their diet due to their protein-rich bodies. Sharks forage along the seafloor, consuming these animals along with other sessile invertebrates. This opportunistic feeding behavior supplements the sharks’ energy intake and contributes to their diverse diet.

By feeding on sea squirts, sharks influence the distribution and abundance of these invertebrates, which play roles in nutrient cycling and water filtration. This interaction demonstrates how sharks contribute to maintaining ecological balance not only through predation on mobile prey but also by regulating stationary organisms within marine ecosystems.

40. Squid Eggs

Squid eggs, often deposited in clusters on the seafloor or attached to structures, are consumed by sharks as an opportunistic food source. These eggs are nutrient-rich, containing protein and lipids critical for shark growth, especially for smaller or juvenile individuals. Sharks locate egg masses using keen senses of smell and electroreception, efficiently exploiting this high-energy resource when available.

Predation on squid eggs affects cephalopod population dynamics and recruitment rates, which in turn influences the availability of adult squid as prey for other predators. This ecological interaction illustrates the interconnectedness of marine food webs and highlights sharks’ role in regulating both adult and early life stages of various marine species, ensuring ecosystem stability and biodiversity.

41. Crab Larvae

Crab larvae are small, planktonic stages of crabs that drift in coastal waters and estuaries. Many shark species, particularly juveniles and smaller coastal sharks, feed on these larvae to supplement their diet. Crab larvae are rich in protein and essential nutrients, offering energy for growth and development. Sharks locate crab larvae using their highly developed senses of smell and lateral line system, efficiently consuming them in areas with high larval density.

Feeding on crab larvae helps regulate crab populations, preventing excessive numbers from destabilizing benthic ecosystems. Sharks’ consumption of these microscopic prey items demonstrates the breadth of their dietary adaptability, from planktonic organisms to large marine mammals, underscoring their role in maintaining balance across trophic levels.

42. Shrimp Larvae

Shrimp larvae are another planktonic food source that supports juvenile and filter-feeding sharks. Rich in protein and lipids, these larvae provide a concentrated source of energy, especially during seasonal plankton blooms. Sharks often feed on shrimp larvae by swimming through swarms in estuarine or coastal waters, using their sensory systems to detect and capture them with minimal energy expenditure.

Consumption of shrimp larvae by sharks impacts shrimp population dynamics, indirectly affecting benthic communities and sediment turnover. This feeding behavior highlights sharks’ ecological significance in regulating small prey populations while also benefiting from abundant, easily accessible resources during seasonal peaks.

43. Clams

Clams, including soft-shelled species, are benthic mollusks consumed by bottom-dwelling sharks such as horn sharks and nurse sharks. These mollusks provide protein, carbohydrates, and minerals like calcium, supporting the sharks’ metabolic and skeletal needs. Sharks employ strong jaws and specialized teeth to crush the shells, accessing the nutrient-rich tissues inside. This foraging method allows them to exploit a stationary but energy-dense food source effectively.

By feeding on clams, sharks regulate mollusk populations, which can influence sediment structure and nutrient cycling in benthic habitats. This interaction illustrates the broader impact of shark diets on ecosystem health, emphasizing their role as both predators and ecological engineers within marine environments.

44. Mussels

Mussels are filter-feeding bivalves that attach to rocks, reefs, and man-made structures in shallow waters. Certain benthic sharks, like horn sharks, include mussels in their diet. Mussels are rich in protein and trace minerals, which provide energy and support growth. Sharks consume mussels by crushing their shells with strong, molar-like teeth, accessing the nutritious soft tissue inside.

Shark predation on mussels helps control bivalve populations, preventing monopolization of hard substrates and promoting diversity in benthic communities. This feeding behavior highlights the ecological role of sharks beyond active predation on mobile prey, illustrating their influence on both the composition and stability of marine habitats.

45. Octopus Eggs

Octopus eggs, often clustered in hidden crevices or attached to the seafloor, are opportunistically consumed by sharks. These eggs are highly nutritious, containing concentrated proteins and lipids, and are an accessible food source when adult octopuses are not available. Sharks detect egg masses using smell and electroreception, carefully extracting and consuming them without significant energy expenditure.

Feeding on octopus eggs can influence local cephalopod population dynamics, affecting the abundance of adult octopuses available for other predators. This interaction demonstrates sharks’ opportunistic feeding strategies and their ecological role in regulating early life stages of marine species, contributing to ecosystem balance and biodiversity maintenance.

46. Clupeids (e.g., Menhaden)

Clupeids, including species like menhaden, are small, schooling fish rich in protein and oils. These fish are a primary prey item for many pelagic shark species, including great whites and bull sharks. Sharks often hunt clupeids in coordinated attacks, using bursts of speed to penetrate schools and capture individual fish. The high nutritional content of clupeids supports sharks’ energy demands for growth, reproduction, and long migrations.

Predation on clupeids regulates fish school densities and influences the distribution of prey in coastal and pelagic ecosystems. Sharks’ reliance on these schooling fish demonstrates their adaptability in both hunting strategies and prey selection, highlighting their ecological importance in controlling fish populations and maintaining marine food web balance.

47. Small Baitfish

Small baitfish, including anchovies, sardines, and juvenile herring, are vital for young sharks and smaller species. These fish provide high protein, omega-3 fatty acids, and essential nutrients, supporting rapid growth and development. Sharks employ speed, stealth, and coordinated hunting techniques to capture these agile prey, often exploiting dense schools to increase feeding efficiency.

By consuming small baitfish, sharks influence prey distribution, school behavior, and population dynamics, which has cascading effects on the broader ecosystem. This feeding strategy highlights sharks’ role as regulators of fish populations and demonstrates their adaptability in both shallow and pelagic environments.

48. Surf Fish

Surf fish, found in shallow coastal waters and surf zones, are opportunistic prey for species like blacktip and bull sharks. These fish provide protein, essential fats, and vitamins, offering an accessible and energy-rich food source. Sharks hunt surf fish by patrolling shorelines, exploiting tidal movements, and ambushing prey in turbulent waters, showcasing their hunting versatility and sensory acuity.

Shark predation on surf fish regulates their populations, maintaining balance between coastal prey and predator species. This interaction affects local biodiversity, shoreline ecosystems, and the dynamics of nearshore fish communities, emphasizing the ecological significance of sharks in coastal food webs.

49. Bones/Scavenged Carcass Bits

Sharks frequently scavenge carcasses, consuming not only soft tissues but also bones and remaining fragments. This behavior allows them to extract residual nutrients, including calcium and phosphorus, which contribute to skeletal development and metabolic function. Species like tiger sharks and great whites are particularly adept at consuming carcasses efficiently, using their powerful jaws and serrated teeth to break down tough materials.

By feeding on scavenged remains, sharks play a critical role in nutrient recycling within marine ecosystems. This scavenging behavior reduces waste, controls pathogen spread, and ensures that energy from deceased organisms is reintegrated into the food web, underscoring their ecological importance as both predators and recyclers.

50. Marine Worms

Marine worms, including polychaetes and other benthic species, are consumed by bottom-feeding sharks such as horn sharks and nurse sharks. These worms provide protein and trace nutrients, supporting energy needs for daily activity and growth. Sharks forage along the seafloor, using tactile and chemical senses to locate worms hidden within sediment or crevices.

Shark predation on marine worms influences benthic community composition, sediment turnover, and nutrient cycling. By consuming these invertebrates, sharks help maintain healthy seafloor ecosystems and contribute to the diversity and stability of marine habitats. This final component of their diet demonstrates the extensive range and adaptability of sharks’ feeding strategies across multiple ecological niches.

How Diet Varies by Species or Subspecies

Shark diets vary significantly across species, habitats, and even regional populations. Apex predators like great whites and tiger sharks consume a wide array of prey including marine mammals, large fish, and carrion, while smaller sharks, such as horn sharks or blacktip reef sharks, focus on invertebrates, crustaceans, and small fish. Adaptations such as jaw strength, tooth shape, and sensory organs determine which prey a shark can capture and consume. For example, filter-feeding species like whale sharks and basking sharks have specialized gill rakers to consume plankton and small schooling fish efficiently, while benthic sharks crush mollusks with molar-like teeth. This variation allows sharks to occupy different ecological niches and reduces competition for food among species.

Seasonal Diet Changes

Sharks’ diets also change seasonally, influenced by prey availability, migration patterns, and water temperatures. Many coastal species target seal pups and seabird chicks during breeding seasons, while plankton blooms attract filter-feeding sharks in spring and summer. Winter may drive sharks to deeper waters or scavenging behavior when prey becomes less abundant. Seasonal shifts ensure sharks maintain energy for reproduction, growth, and long migrations, highlighting their adaptability and ecological resilience.

What Do Sharks Eat in Captivity or Around Humans?

In captivity, sharks are typically fed diets that replicate their natural food sources, including fish, squid, crustaceans, and occasionally formulated feeds. Zoos and aquariums monitor nutrient content carefully to ensure proper growth and health. Unlike in the wild, captive sharks do not have to hunt, which reduces caloric expenditure but requires balanced nutrition. It is crucial to avoid feeding unsuitable human foods, processed meats, or anything toxic, as these can lead to malnutrition, digestive issues, or health complications.

Feeding Behavior & Hunting Techniques

Sharks employ a variety of hunting and foraging strategies adapted to their environment and prey type. Ambush predators like great whites rely on speed, stealth, and surprise attacks, while filter-feeders cruise through plankton-rich waters. Sharks use acute senses—olfaction, electroreception, vision, and the lateral line system—to detect prey, even from considerable distances. Their jaws, teeth, and flexible bodies enable them to capture, immobilize, and swallow prey whole or in pieces, depending on the species. Scavenging is also common, allowing sharks to efficiently exploit carrion and leftover food.

Ecological Role of Sharks’ Diet

Sharks play a crucial role in maintaining healthy marine ecosystems. By preying on weak, sick, or overabundant species, they help regulate populations and prevent trophic cascades. Predation on smaller fish, invertebrates, and plankton indirectly supports biodiversity and ecosystem balance. Scavenging contributes to nutrient recycling, preventing the accumulation of decaying matter. Through these activities, sharks support ocean health, fishery sustainability, and overall biodiversity.

Fun Facts About Sharks’ Eating Habits

• Some sharks exhibit cannibalism, feeding on smaller or juvenile sharks within their own species.
• Filter-feeding sharks can consume thousands of planktonic organisms in a single day without actively hunting.
• Sharks have an incredible sense of smell, capable of detecting blood or chemical signals from miles away.
• Some species, like tiger sharks, are known as “garbage eaters” because they opportunistically feed on human waste or debris.
• Sharks can go weeks without food after a large meal due to their slow digestion and efficient energy use.

Conclusion

Sharks are highly adaptable predators with a diet spanning fish, invertebrates, marine mammals, eggs, and even carrion. Their feeding habits vary by species, habitat, and season, allowing them to thrive across the world’s oceans. By preying on a wide range of organisms, sharks maintain balance within marine ecosystems, contribute to nutrient cycling, and regulate prey populations. Understanding what sharks eat helps us appreciate their ecological importance and the intricate web of life they support. Protecting sharks ensures the stability and health of marine environments worldwide.

50+ FAQs About What Sharks Eat

1. What do sharks eat?

Sharks are opportunistic predators that consume a wide variety of prey including fish, squid, crustaceans, marine mammals, eggs, and occasionally carrion. Their diet depends on species, habitat, and prey availability.

2. Do all sharks eat the same food?

No. Diets vary by species. Apex predators like great whites eat marine mammals and large fish, while smaller sharks feed on invertebrates, small fish, and plankton.

3. Can sharks eat plankton?

Yes. Filter-feeding species like whale sharks and basking sharks consume plankton, including krill, small fish, and microscopic organisms, using specialized gill rakers.

4. Do sharks eat other sharks?

Some shark species, including tiger sharks and sand tiger sharks, exhibit cannibalism and may eat smaller or juvenile sharks within their species.

5. What fish do sharks eat?

Sharks consume a variety of fish, including herring, mackerel, sardines, anchovies, tuna, salmon, cod, and flounder, depending on species and location.

6. Do sharks eat crustaceans?

Yes. Many sharks, especially benthic species like nurse sharks, eat crabs, lobsters, shrimp, and krill, which provide protein and essential nutrients.

7. Can sharks eat mollusks?

Yes. Sharks such as horn sharks feed on clams, mussels, octopus, and squid, using specialized teeth to crush shells and access soft tissues.

8. Do sharks eat marine mammals?

Large apex sharks, including great whites and tiger sharks, eat seals, sea lions, dolphins, and occasionally whales, typically targeting young, sick, or injured individuals.

9. Can sharks eat birds?

Yes. Some coastal sharks feed on seabirds, penguins, or nestlings that are within reach, particularly during breeding seasons.

10. Do sharks eat eggs?

Sharks consume fish eggs, turtle eggs, and octopus eggs opportunistically, taking advantage of highly nutritious and accessible food sources.

11. How do sharks hunt?

Sharks use a combination of speed, stealth, sensory perception (smell, electroreception, vision), and ambush strategies to locate and capture prey efficiently.

12. Can sharks scavenge?

Yes. Sharks often scavenge on carcasses, including dead fish, marine mammals, and other sharks, extracting nutrients from soft tissues and bones.

13. Do sharks eat small baitfish?

Yes. Small baitfish like anchovies, sardines, and juvenile herring are important prey for juvenile and smaller shark species, providing high protein and energy.

14. Do sharks eat squid?

Squid is a common food for many shark species, offering high protein and fats. Sharks capture squid using their speed, agility, and sensory detection in open water.

15. What do juvenile sharks eat?

Juvenile sharks often feed on plankton, small fish, crustaceans, and invertebrates that are easier to catch and digest, gradually transitioning to larger prey as they grow.

16. Do sharks eat worms?

Yes. Bottom-dwelling sharks like horn sharks consume marine worms such as polychaetes, which are rich in protein and minerals, foraging along the seafloor.

17. Do sharks eat turtles?

Some large shark species consume small sea turtles or turtle eggs, typically targeting vulnerable juveniles or accessible nests.

18. Do sharks eat carrion?

Yes. Sharks scavenge on dead animals, including fish, marine mammals, and occasionally other sharks, which allows them to access energy-rich food without hunting actively.

19. Do sharks eat jellyfish?

Yes. Some species, like whale sharks, feed on jellyfish as part of their filter-feeding diet, taking advantage of dense swarms in the open ocean.

20. Do sharks eat zooplankton?

Yes. Filter-feeding sharks, especially juveniles and large species like whale sharks, consume zooplankton along with small schooling fish and krill.

21. How often do sharks eat?

Sharks can survive for days or even weeks without food after a large meal due to slow digestion. Feeding frequency depends on species, prey availability, and size of the meal.

22. Do sharks eat squid eggs?

Yes. Sharks take advantage of squid egg masses, which are nutrient-rich and stationary, providing an easy food source when adult squid are unavailable.

23. Do sharks eat clupeids?

Yes. Clupeids like menhaden are abundant schooling fish consumed by many pelagic sharks, providing protein, fats, and essential nutrients for energy-demanding lifestyles.

24. Do sharks eat surf fish?

Yes. Coastal species like blacktip and bull sharks target surf fish, hunting near shorelines and exploiting tidal movements to capture prey.

25. Do sharks eat small mammals?

While rare, some sharks in estuarine or riverine habitats may opportunistically feed on small mammals that enter the water, such as rodents or bats.

26. Do sharks eat shrimps?

Yes. Shrimps, both adult and larval, are consumed by benthic and filter-feeding sharks, providing concentrated protein and energy, especially for juveniles.

27. Do sharks eat squid larvae?

Yes. Sharks consume squid larvae during seasonal plankton blooms, taking advantage of abundant, energy-rich prey in pelagic zones.

28. Do sharks eat clams and mussels?

Yes. Benthic sharks like nurse and horn sharks crush clams and mussels with specialized teeth to access soft tissues, providing high protein and essential minerals.

29. Do sharks eat sea snakes?

Some sharks, particularly tiger sharks, consume sea snakes opportunistically, using their strong jaws to subdue these venomous reptiles safely.

30. Do sharks eat small sharks?

Cannibalism occurs in several shark species, especially in juveniles and intra-species interactions, as a high-protein food source and population control mechanism.

31. Do sharks eat seabirds?

Yes. Coastal sharks may capture seabirds, penguins, and nestlings, especially when birds are swimming, injured, or near the water’s surface.

32. Do sharks eat dolphin calves?

Large apex sharks occasionally prey on young or vulnerable dolphins, particularly in areas where their habitats overlap with shark hunting grounds.

33. Do sharks eat whale calves?

Some large sharks, like great whites and tiger sharks, may scavenge or opportunistically feed on whale calves, particularly those stranded or injured.

34. Do sharks eat octopus eggs?

Yes. Sharks detect and consume octopus egg clusters in crevices, taking advantage of this energy-dense food source without hunting adult octopuses.

35. Do sharks eat squid eggs?

Yes. Squid egg masses are highly nutritious and relatively stationary, making them a convenient food source for opportunistic predators.

36. Do sharks eat marine worms?

Yes. Benthic sharks feed on polychaetes and other marine worms, providing protein and trace minerals while influencing sediment turnover and ecosystem balance.

37. Do sharks eat clupeids like menhaden?

Yes. Clupeids form a significant part of many pelagic sharks’ diets, supporting rapid growth and high energy needs.

38. Do sharks eat fish eggs?

Yes. Sharks consume fish eggs when accessible, especially during spawning events, taking advantage of nutrient-rich and abundant prey.

39. Do sharks eat plankton?

Yes. Filter-feeding sharks consume plankton along with small schooling fish and krill, extracting energy efficiently from abundant microscopic prey.

40. Do sharks eat zooplankton?

Yes. Juvenile and filter-feeding sharks feed on zooplankton, contributing to early growth stages and energy intake in the open ocean.

41. Do sharks eat jellyfish?

Yes. Certain species feed on jellyfish swarms, consuming large quantities at once to obtain energy despite low protein content per individual organism.

42. Do sharks eat sea squirts?

Yes. Some benthic sharks feed on tunicates like sea squirts, supplementing their diet with sessile, protein-rich invertebrates.

43. Do sharks eat surf fish?

Yes. Coastal sharks often prey on surf fish that inhabit shallow waters near beaches, taking advantage of tidal movements for hunting.

44. Do sharks eat bones or carcass bits?

Yes. Sharks scavenge on dead animals, consuming bones, flesh, and scraps to extract residual nutrients and minimize waste in marine ecosystems.

45. Do sharks eat marine mammals?

Yes. Apex predators feed on seals, sea lions, and occasionally dolphins, primarily targeting young, sick, or stranded individuals for easier capture.

46. Do sharks eat small geese or birds?

Yes. Opportunistic coastal sharks may prey on small or juvenile birds near water surfaces, especially during nesting seasons or in shallow coastal areas.

47. Do sharks eat reptiles like turtles?

Yes. Some species consume juvenile turtles, turtle eggs, and occasionally sea snakes, supplementing their diet with high-protein reptiles.

48. Do sharks eat insects?

While rare, some juvenile sharks in estuarine or brackish habitats may consume large aquatic insects or larvae that drift in the water column.

49. Do sharks eat shrimp larvae?

Yes. Planktonic shrimp larvae serve as a protein-rich and abundant food source for juvenile and filter-feeding sharks, particularly in coastal areas.

50. Do sharks eat squid?

Yes. Squid are a primary prey item for many pelagic sharks, providing protein, fats, and essential nutrients critical for energy-intensive lifestyles and migrations.

51. Do sharks eat carrion?

Yes. Many sharks, including tiger and great white sharks, scavenge on dead animals, recycling nutrients and playing a crucial ecological role in marine ecosystems.

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