H
Species Profile

Herring

Clupeidae

Small fish, huge impact.
Four Oaks/Shutterstock.com

Herring Distribution

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This map shows coastal regions where Herring are found.

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Found in 85 countries

Silver Atlantic herring fish swimming in clear sea water

At a Glance

Family Overview This page covers the Herring family as a group. Stats below are general traits shared across the family.
Also Known As Sardine, Pilchard, Sprat, Shad, Alewife, Whitebait
Diet Filter Feeder
Activity Diurnal+
Lifespan 6 years
Weight 1.1 lbs
Status Not Evaluated
Did You Know?

Family-wide size spans ~4-75 cm (tiny dwarf herrings to large shads); weights range from a few grams to ~4 kg.

Scientific Classification

Family Overview "Herring" is not a single species but represents an entire family containing multiple species.

Herrings are small-to-medium, silvery, schooling ray-finned fishes that are key forage species in marine (and some brackish) food webs and are globally important to commercial fisheries.

Kingdom
Animalia
Phylum
Chordata
Class
Actinopterygii
Order
Clupeiformes
Family
Clupeidae

Distinguishing Features

  • Laterally compressed, silvery body with easily shed scales
  • Single soft-rayed dorsal fin (typical of clupeiform fishes)
  • Often a keeled belly (row of scutes) in many clupeids
  • Strong schooling behavior; plankton-feeding using gill rakers

Physical Measurements

Males and females differ in size

Length
10 in (2 in – 1 ft 6 in)
10 in (2 in – 1 ft 6 in)
Weight
0 lbs (0 lbs – 2 lbs)
0 lbs (0 lbs – 2 lbs)
Top Speed
25 mph

Appearance

Primary Colors
Secondary Colors
Skin Type Thin cycloid scales often shed easily with a strong silvery guanine sheen; body smooth. Many species have a ventral keel with abdominal scutes that can be felt and a mucus layer like most bony fish.
Distinctive Features
  • Overall body form: streamlined, laterally compressed, pelagic clupeiform shape; small-to-medium-bodied forage fishes rather than large predators.
  • Family-level size range (generalized across Clupeidae): ~8-60 cm total length depending on species; most commonly encountered adults fall in the ~12-35 cm range in many fisheries and surveys.
  • Mass range (broad family generalization): from a few grams in the smallest adults to roughly 1-2 kg in the largest-bodied species; most are well under 1 kg.
  • Fins: single dorsal fin (no adipose fin), typically a deeply forked caudal fin suited to sustained schooling swimming; pectoral fins moderate; pelvic fins usually abdominal.
  • Head/mouth: relatively small terminal mouth; large eyes; jaws not strongly protrusible compared with many other teleost groups.
  • Gill rakers: generally fine to moderately developed for planktivory (filtering/retaining small prey); raker form and spacing vary notably among genera and correlate with diet.
  • Scutes/keel: many species have a series of abdominal scutes forming a ventral keel; prominence varies by species and can be an important identification clue within clupeids.
  • Lateral line: typically absent or reduced (a common clupeiform trait), contributing to the visually "clean" silvery flank.
  • Behavior/ecology (family generalization): strongly schooling/shoaling pelagic fishes are the norm; schools can be immense and behavior is highly coordinated, but some species form smaller aggregations or shift schooling intensity with age, season, or predation pressure.
  • Trophic role: key forage fish linking plankton (phyto-/zooplankton) to higher predators (fish, seabirds, marine mammals); diets range from primarily planktonic filtering to mixed planktivory with small nekton, varying by species and life stage.
  • Habitat breadth: primarily marine coastal/shelf and oceanic pelagic zones; many species use brackish estuaries, and some undertake seasonal coastal-offshore migrations. A subset shows anadromous or estuary-dependent life histories (variation is substantial across the family).
  • Commercial importance: globally significant to reduction fisheries (fishmeal/oil) and direct human consumption (fresh, salted, smoked, canned). Populations are commonly managed as distinct stocks with strong year-class variability and sensitivity to ocean conditions.
  • Lifespan range (across the family, generalized): roughly ~2-25 years depending on species, latitude, growth rate, and fishing pressure; many species are shorter-lived, while some larger/lower-mortality stocks can reach multiple decades.
  • Spawning/seasonal appearance: breeding condition can change body shape (more robust/rounded), scale loss frequency, and skin texture; some species develop temporary roughness or breeding tubercles (see dimorphism).

Sexual Dimorphism

Sexual dimorphism in Clupeidae is generally subtle externally and often seasonal. Many species show little permanent color difference between sexes; differences are more often in size/condition (especially near spawning) or temporary breeding structures/texture.

  • In some species/stock contexts, males may develop seasonal breeding tubercles or roughened scale/skin texture during spawning runs (degree varies widely by species).
  • Males may be slightly slimmer in profile when not in peak spawning condition, though overlap with females is extensive and field sexing is often unreliable without examination.
  • Females are often (not always) slightly larger on average and become noticeably deeper-bodied/rounder when gravid; this is the most common practical visual cue near spawning, but varies by species and season.
  • Color differences are typically minimal; any apparent brightness differences are usually due to condition (scale reflectance, fat content) rather than sex-specific pigmentation.

Did You Know?

Family-wide size spans ~4-75 cm (tiny dwarf herrings to large shads); weights range from a few grams to ~4 kg.

Lifespans vary widely: some small clupeids live ~1-3 years, while Atlantic herring can reach ~20+ years.

Many clupeids are plankton specialists with fine gill rakers, yet some shift to larger zooplankton or small fish as they grow.

Clupeids can form enormous schools that move like a single organism-an anti-predator strategy that also shapes entire food webs.

Some shads (Alosinae) can detect ultrasonic frequencies-useful for sensing predators like toothed whales in certain contexts.

Reproduction is diverse: some species lay adhesive eggs on seabeds or vegetation (common in "true herrings"), while others broadcast pelagic eggs in open water.

They underpin major commercial fisheries (herrings, sardines, shads), managed by stock/region because populations can fluctuate strongly with ocean conditions.

Unique Adaptations

  • Silvery, reflective sides and countershading that camouflage individuals in open water; effectiveness depends on water clarity and light angle.
  • A laterally compressed, "clupeiform" body with a single dorsal fin and forked tail suited for efficient sustained swimming in the pelagic zone.
  • A ventral keel of abdominal scutes (prominent in many clupeids) that can deter predators or reduce handling success; degree of scuting varies among genera.
  • Fine, often elongated gill rakers that enable efficient capture of tiny zooplankton-key to their role as plankton-to-predator energy conduits.
  • Specialized hearing in parts of the family: shads (Alosinae) possess auditory specializations enabling detection of higher-frequency sounds, including ultrasound in some species.
  • Relatively delicate, easily shed scales in many species-possibly reducing parasite load and making capture/handling by predators more difficult.

Interesting Behaviors

  • Mass schooling and synchronized turning ("bait-ball" dynamics) that reduce individual predation risk; school size and tightness vary by species, life stage, and predators present.
  • Seasonal migrations are common: many move between offshore feeding areas and coastal/estuarine spawning grounds; some lineages (e.g., several shads) are anadromous, running into rivers to spawn.
  • Diel vertical migration: in many species, schools track plankton by moving deeper by day and shallower at night-though patterns vary with light, temperature, and predator pressure.
  • Feeding modes range from particulate picking to filter-feeding; juveniles often focus on smaller plankton, with diet breadth expanding in larger-bodied species.
  • Spawning strategies vary across the family-some spawn over specific substrates (gravel/vegetation), others release eggs into the water column; timing often cues to temperature, currents, and plankton blooms.
  • High predator coupling: clupeid schools can attract seabirds, marine mammals, and large fish, creating short-lived but intense feeding aggregations.

Cultural Significance

Herring (Clupeidae) are key forage fishes with cultural and economic roles. Salted, pickled, smoked herring shaped North Atlantic/Baltic diets and trade. Sardines and shads (hilsa, American shad) fuel regional foods. Populations vary, so fisheries use limits and closures to protect spawning and food for seabirds, cods, tuna, and whales.

Myths & Legends

Dutch coastal tradition credits Willem Beukelszoon with popularizing gibbing (gill-and-gut curing), a legend that says this helped make herring a main part of Dutch sea trade and wealth.

The 'red herring' is a lasting idea for misdirection in English stories and speech. It comes from strong-smelling smoked herring used with tracking dogs and later as a metaphor in books and politics.

The name "sardine" is widely associated (by long-standing naming tradition) with the island of Sardinia, reflecting how Mediterranean place-names and seafaring trade routes became embedded in the identity of clupeid fishes.

In many European Christian communities, herring's prominence in Lent and other fasting periods generated enduring seasonal customs and sayings-historical cultural associations that framed herring as a dependable 'fish of abstinence' and coastal survival food.

Along parts of the Pacific Northwest coast, herring and their spawn are central to long-practiced seasonal harvest traditions and community narratives about returning fish and spring renewal (cultural associations recorded in ethnographic and historical accounts).

You might be looking for:

Atlantic herring

33%

Clupea harengus

The most widely referenced "herring" in Europe and the North Atlantic; major commercial forage fish.

Pacific herring

22%

Clupea pallasii

Common herring of the North Pacific; ecologically important schooling fish.

European sprat

12%

Sprattus sprattus

A small clupeid sometimes grouped with herrings in common usage.

Sardinella (pilchards)

11%

Sardinella spp.

Clupeids closely related to herrings; sometimes called herrings regionally (e.g., round herring).

Menhaden

10%

Brevoortia spp.

Clupeids often called 'bunker' in North America; related herring-like fishes.

Round herring

7%

Etrumeus teres

A clupeid commonly called a herring; widespread in temperate seas.

Life Cycle

Birth 35000 frys
Lifespan 6 years

Lifespan

In the Wild
1–25 years
In Captivity
1–15 years

Reproduction

Mating System Promiscuity
Social Structure Aggregation Group
Breeding Pattern Transient
Fertilization Broadcast Spawning
Birth Type Broadcast_spawning

Clupeidae show promiscuity: mass spawning in schools and spawning aggregations. They use broadcast-spawning (external fertilization). Pair bonds are rare; associations are short and centered on spawning. No parental care. Timing, place, and migration vary.

Behavior & Ecology

Social School Group: 10000
Activity Diurnal, Crepuscular, Cathemeral
Diet Filter Feeder Copepods (often the dominant, preferred zooplankton prey across many Clupeidae species/regions)
Seasonal Migratory 932 mi

Temperament

Generally non-aggressive, risk-averse, and highly social; individuals rely on group cohesion and rapid collective evasion rather than territoriality or dominance hierarchies.
Herring feeding and movement are shaped by danger from predators and uneven plankton; many show coordinated vertical and horizontal movements, with timing from mostly daytime to dawn/dusk or day-and-night, varying by habitat, season, life stage.
Ecological generalization across the family: predominantly marine small pelagic forage fishes, with some species/populations using brackish and estuarine habitats; migratory behavior ranges from strongly migratory (seasonal inshore/offshore or along-coast movements) to more resident populations.
Herring (Clupeidae) range from a few centimeters up to about 60+ cm. Lifespans often run 2–3 years in small species to 15–20+ years in larger ones, and age varies with environment and fishing.

Communication

Sound production is limited but present in some clupeids: brief clicks/knocks or low-frequency pulses associated with schooling cohesion or disturbance; some species can produce air-release sounds (reported in certain herrings). Presence and function vary across the family.
Hydrodynamic cueing via the lateral line to maintain spacing/alignment within schools A primary coordination mechanism across the family
Visual signaling and orientation (body flashes/contrast changes) important for schooling; effectiveness and reliance vary with water clarity and light level.
Chemical cues/pheromones used in reproductive synchronization and possibly aggregation in some species; strength of evidence varies among taxa and contexts.
Tactile/near-field interactions within dense schools (contact avoidance and alignment responses), especially at high densities during predator attacks or spawning aggregations.

Habitat

Biomes:
Marine Freshwater Wetland Boreal Forest (Taiga) Temperate Forest Temperate Grassland Mediterranean Savanna Tropical Rainforest Tropical Dry Forest Tundra +5
Terrain:
Coastal Island Riverine Sandy Muddy Rocky
Elevation: Up to 1181 ft 1 in

Ecological Role

Core mid-trophic 'forage fish' guild in marine and brackish ecosystems: they convert primary production (phyto-/zooplankton) into fish biomass and move energy to higher trophic levels (predatory fish, seabirds, marine mammals). Strong schooling behavior and seasonal migrations/spawning aggregations are common, but timing, habitat use (coastal vs offshore; marine vs brackish), and reliance on phyto- vs zooplankton vary substantially across the family.

Major energy transfer from plankton to higher predators (trophic coupling) Key prey base supporting commercial and recreational predators Support globally important commercial fisheries and fishmeal/oil production Nutrient transport via migrations and excretion (linking coastal/offshore and surface/deeper waters) Carbon export/biological pump contributions via fecal pellets and mortality Potential regulation of plankton communities through high grazing pressure during blooms

Diet Details

Main Prey:
Zooplankton Krill Cladocerans Amphipod Mysids Chaetognaths Fish eggs and larvae Small pelagic invertebrate larvae +2
Other Foods:
Phytoplankton Microalgae and suspended organic particles

Human Interaction

Domestication Status

Wild

Clupeidae (herrings, sardines, shads, menhadens) are wild marine and brackish fish not farmed. They range about 8–70 cm, often form large schools, are mostly pelagic or anadromous, and mainly eat plankton. Humans catch them for food, bait, and fishmeal, process them (salting, smoking, canning), and manage fisheries closely to avoid overfishing.

Danger Level

Low
  • Not aggressive and not considered physically dangerous to swimmers/handlers; no venom.
  • Injury risk mainly from handling: slippery fish, sharp gill covers/fin rays, punctures from bones.
  • Food-related risks: fish-bone choking hazards; allergies; spoilage-related illness if improperly stored/processed (general seafood risk).
  • Parasite risk if eaten raw/undercooked (varies by species/region; mitigated by proper cooking/freezing standards).
  • Occupational hazards in fisheries/processing (cuts, repetitive strain, machinery) are the more significant human safety issues than the fish themselves.

As a Pet

Not Suitable as Pet

Legality: Herring (Clupeidae) are usually not banned as aquarium fish, but many species are not sold in legal ornamental trade. Collecting or keeping wild herring is often controlled by fishing rules, seasons, size limits, marine protected areas, transport rules, and licenses.

Care Level: Expert Only

Purchase Cost: Up to $30
Lifetime Cost: $1,000 - $10,000

Economic Value

Uses:
Commercial food fisheries Subsistence/artisanal fisheries Bait fisheries Industrial reduction (fishmeal/fish oil) Recreational fishing (limited, varies by region) Ecosystem services (forage base supporting larger fisheries)
Products:
  • Fresh/chilled whole fish
  • Frozen products
  • Canned sardines/herring-style products
  • Smoked/salted/pickled products
  • Roe (including processed roe products)
  • Fishmeal
  • Fish oil (including omega-3 rich oils in some fisheries)
  • Bait (live or dead, cut bait)
  • Fertilizer/animal feed ingredients (via meal/oil streams)

Relationships

Related Species 14

Atlantic herring Clupea harengus Shared Family
Pacific herring Clupea pallasii Shared Family
European sprat Sprattus sprattus Shared Family
Pacific sardine Sardinops sagax Shared Family
Atlantic menhaden Brevoortia tyrannus Shared Family
American shad Alosa sapidissima Shared Family
Alewife
Alewife Alosa pseudoharengus Shared Family
Blueback herring Alosa aestivalis Shared Family
European pilchard Sardina pilchardus Shared Family
Round herring Etrumeus teres Shared Order
Gizzard shad Dorosoma cepedianum Shared Family
Threadfin shad Dorosoma petenense Shared Family
Scaled sardine Harengula jaguana Shared Family
Bonga shad Ethmalosa fimbriata Shared Family

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

European anchovy Engraulis encrasicolus Small pelagic, schooling planktivore. Occupies a very similar forage-fish niche in coastal-shelf food webs, often co-occurring with clupeids and sharing diet and predators.
Peruvian anchoveta Engraulis ringens Dominant upwelling forage fish. Like many clupeids, it forms immense schools and transfers plankton production to higher trophic levels, supporting major fisheries.
Capelin Mallotus villosus Cold-water schooling forage fish; overlaps with northern clupeids as prey for cod, seabirds, and marine mammals, and as a consumer of zooplankton.
Lesser sandeel Ammodytes tobianus Schooling, small-bodied forage fish heavily preyed upon by seabirds and predatory fishes; occupies a similar ecological role despite preferential use of sandy substrates compared with most clupeids.
European sprat Sprattus sprattus Within the same clupeid forage-fish functional group. Illustrates how 'herring-like' niches are filled by multiple small pelagic species that can dominate regional food webs.

Types of Herring

20

Explore 20 recognized types of herring

Atlantic herring Clupea harengus
Pacific herring Clupea pallasii
European sprat Sprattus sprattus
Brisling sprat Sprattus sprattus
Pacific sardine Sardinops sagax
European pilchard (sardine) Sardina pilchardus
Round herring Etrumeus teres
Indian oil sardine Sardinella longiceps
Flat sardine Sardinella gibbosa
Atlantic menhaden Brevoortia tyrannus
Gulf menhaden Brevoortia patronus
American shad Alosa sapidissima
Allis shad Alosa alosa
Twaite shad Alosa fallax
Alewife
Alewife Alosa pseudoharengus
Blueback herring Alosa aestivalis
Gizzard shad Dorosoma cepedianum
Threadfin shad Dorosoma petenense
Bonga shad Ethmalosa fimbriata
Scaled sardine Harengula jaguana

Herring are forage fish, also known as silver darlings or silver of the sea. These fish are pelagic, meaning they live in the open sea beyond the low tide mark. Most live in the temperate, shallow waters of the North Pacific and North Atlantic Oceans. They are a major food source, serving as baitfish and for human consumption in various recipes with different tastes, including fermented, pickled, smoked, and dried. Some species are vulnerable due to overfishing.

5 Incredible Herring Facts

A massive school of Herring scad

The Atlantic and Pacific herring species make up the vast majority of herring caught in global fisheries.

  • The Atlantic and Pacific herring species make up the vast majority of herring caught in global fisheries, with the Araucanian herring contributing a smaller share.
  • The Atlantic herring is one of the most commonly caught herring species, often accounting for a significant portion of the global herring catch.
  • A school in the North Atlantic Ocean can contain up to 3 billion fish, occupying an area of up to 4.8 cubic kilometers with fish densities ranging from 0.5 to 1.0 fish/cubic meter.
  • Herring fish can move up to 10 times their body length per second.
  • Herring fish have excellent hearing.

Classification and Scientific Name

Types of rare fish - Bluefin Tuna

The Bluefin Tuna is a fierce predator that feeds on herring, mackerel, and other ocean fish.

The definition of this fish is a small forage fish that usually belongs to the family Clupeidae. Clupea is the type genus of the family Clupeidae, although there are other genera. For example, the wolf herrings are in the genus Chirocentrus and the family Chirocentridae, although “wolf herring” can refer to either of the two species. The three species of the Clupea genus are the Atlantic, the Pacific, and the Araucanian herring.

Evolution and Origins

A pack of Indo-Pacific Blue Marlin predatory fish hunts a school of Pacific Herring fish.

Herring is a type of forage fish that commonly travels in expansive groups near fishing banks and coastal areas, mainly inhabiting shallow, temperate waters in the North Pacific and North Atlantic Oceans. They can also be found in the Baltic Sea and off the western coast of South America.

According to scientists, herring have been an essential part of the food and culture in the Salish Sea for over 12,500 years since human settlement in the area. Despite a decline in herring populations in certain parts of the region, their significance has persisted throughout history and into the present day.

Species

There are around 190 to 200 recognized species in the family Clupeidae. Some notable species are:

  • Araucanian (Clupea bentincki)
  • Pacific (Clupea pallasii)
  • Atlantic (Clupea harengus)
  • Baltic (Clupea harengus membras)
  • Wolf: 2 species, the Dorab wolf-herring (Chirocentrus dorab) and the Whitefin wolf-herring (Chirocentrus nudus)
  • River herring: 2 species, the Blueback herring (Alosa aestivalis) and Alewife (Alosa pseudoharengus)

Appearance

Herring fish are bright silver with a bluish or greenish back. All species in the family Clupeidae share a soft, single, spineless dorsal fin, small head, protruding lower jaw, and no lateral line, while those in the family Chirocentridae are ray-finned. Their length and weight vary depending on the species.

School of silverside herrings from the coral reefs

Herring fish are bright silver with a bluish or greenish back.

Distribution, Population, and Habitat

Atlantic species live on both sides of the Atlantic Ocean, while Pacific species live in the North Pacific Ocean, and Araucanian species live off the coast of Chile. Many species are marine, while others are anadromous, such as the blueback and alewife species of river herrings. On the other hand, the toothed river herring or Papuan river sprat (Clupeoides papuensis) is a freshwater species.

Predators and Prey

The definition of these fish in terms of diet is a small forage fish or a filter-feeding fish. They consume many animals that are smaller than themselves, including various types of zooplankton and phytoplankton. They make up for their small size by forming huge schools, and with their excellent hearing, they can quickly react to predators.

What do herring eat?

These fish eat copepods, arrow worms, krill, mysids, pteropods, annelids, and pelagic amphipods. They also eat other tiny crustaceans and worms, smaller fish, diatoms, tintinnids, fish larvae, larval snails, molluscan larvae, and menhaden larvae.

What eats herring?

The Western grebes, common murres, Atlantic puffins, razorbills, common terns, and Arctic terns are some examples of seabirds that depend on these fish. Marine mammals that eat them are dolphins, porpoises, whales, seals, and sea lions, while the predatory fish that eat these fish are sharks (including thresher sharks and spinner sharks), swordfish, sailfish and other billfish, tuna, salmon, striped bass, cod, and halibut. Fishermen catch mostly Clupea species.

Reproduction and Lifespan

These fish reproduce through spawning. They spawn once a year after reaching sexual maturity at 3 or 4 years of age, although at least one Atlantic species spawns every month of the year. Some species are anadromous, meaning they live in salt water but migrate to fresh water for spawning, such as the blueback and the alewife.

The season and location in which the fish spawns depend on the species. For example, those in Greenland spawn in 0 to 5m (0 to 16ft) of water, while those in the North Sea spawn down to 200m (660ft) in the fall. Females lay the eggs on the seabed, on rock, stones, gravel, sand, or in algae beds, with the highest survival being in crevices and behind solid structures in order to avoid open exposure to predators. They may lay anywhere from 20,000 to over 50,000 eggs, depending on their age, size, and species, with averages varying among populations.

The eggs sink, settle, and stick together as well as to any sediment or debris due to their mucous coating. They need continuous microturbulence from wave action or coastal currents to ensure the layers are not too thick with mucus, which would deplete their oxygen and kill them. Their incubation time is 40 days at 3 °C (37 °F), 15 days at 7 °C (45 °F), or 11 days at 10 °C (50 °F). Herring eggs experience sharply reduced survival rates at temperatures above 18–19 °C (64–66 °F). Individual eggs are 1 to 1.4mm (3/64 to 1/16in) in diameter.

Fishing and Cooking

The Pacific thread herring, red-eye round herring, and whitehead’s round herring make up the remaining 10% of these fish caught in fisheries, and they are not of the Clupea genus. However, all species are important, even the smallest ones. One of its main uses is baitfish.

There are also useful by-products of fish oil, which is used as a nutritional supplement, and fishmeal, which is used as farm animal feed.

However, their most important use is as a food source, with a taste at its most basic described as mild, oily, and flaky. The most common recipes involve them being eaten raw, salted, fermented, dried, pickled, or smoked, with the eggs being valued as a caviar substitute. They are most commonly eaten in Baltic countries and the British Isles.

Fermented herring

The most popular example of fermented herring is the Swedish surströmming, which has been traditional since the 16th century. It uses Baltic fish, which are lightly salted and fermented for 6 months before being canned. A newly opened can is said to have one of the most putrid smells in the world.

Dried herring

Dried herring is a common breakfast staple in the Philippines along with garlic rice and eggs. The fish is typically dried with salt and is also called salted dried herring.

Pickled herring

German, Nordic, Dutch, Polish, Baltic, and Jewish cuisines all include pickled herrings. The two-step process involves curing with salt and then removing the salt and adding other spices or flavorings.

Kippered or red herring

Kippered or red herring is called kippers. They turn red due to being smoked, a curing process that is done on the fish during the spawning season, when they don’t taste as good. Canned kippered fish is called “kipper snacks” and is typically eaten in the British Isles and Scandinavia.

Population

These fish populations fluctuate with fishing and reproduction, which replaces the older fish with young ones. The species with a Vulnerable conservation status according to the IUCN are: Blueback (Alosa aestivalis), Venezuelan (Jenkinsia parvula), Galapagos thread herring (Opisthonema berlangai), Denticle (Denticeps clupeoides), Cuban longfin herring (Neoopisthopterus cubanus), and Vaqueira longfin herring (Opisthopterus effulgens). Their common threat is overfishing.

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Sources

  1. Wikipedia / Accessed December 31, 2020
  2. MiMi / Accessed December 31, 2020
  3. National Geographic / Accessed December 31, 2020
  4. eHow UK / Accessed December 31, 2020
  5. World Wildlife Fund / Accessed December 31, 2020
  6. Nutrition Advance / Accessed December 31, 2020
Rebecca Bales

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Rebecca Bales

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Herring FAQs (Frequently Asked Questions)

The definition of a herring is usually a small forage fish from the family Clupeidae, with most being from the genus Clupea.