K
Species Profile

Kokanee Salmon

Oncorhynchus nerka

Red in the fall, lake-born for life
topseller/Shutterstock.com

Kokanee Salmon Distribution

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Invasive Species

This map shows coastal regions where Kokanee Salmon are found.

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Kokanee salmon underwater

At a Glance

Wild Species
Also Known As landlocked sockeye, blueback
Diet Carnivore
Activity Cathemeral+
Lifespan 4 years
Weight 1.5 lbs
Status Least Concern
Did You Know?

Kokanee are not a separate species-they're a freshwater life-history form (ecotype) of sockeye salmon, Oncorhynchus nerka (Groot & Margolis, 1991).

Scientific Classification

Kokanee are freshwater-resident sockeye salmon that complete their entire life cycle in lakes and connected streams, rather than migrating to the ocean. They are well known for turning bright red during spawning.

Kingdom
Animalia
Phylum
Chordata
Class
Actinopterygii
Order
Salmoniformes
Family
Salmonidae
Genus
Oncorhynchus
Species
Oncorhynchus nerka

Distinguishing Features

  • Landlocked, freshwater-resident life history (no ocean phase)
  • Adults often develop intense red body coloration and green head during spawning (typical of sockeye)
  • Relatively slender, silvery appearance outside spawning season
  • Planktivorous feeding in lakes; often associated with deep, cold water

Physical Measurements

Males and females differ in size

Length
11 in (9 in – 1 ft 4 in)
12 in (8 in – 1 ft 8 in)
Weight
1 lbs (0 lbs – 3 lbs)
1 lbs (0 lbs – 3 lbs)
Top Speed
10 mph
swimming

Appearance

Primary Colors
Secondary Colors
Skin Type Smooth, mucous-coated skin with small cycloid scales typical of salmonids.
Distinctive Features
  • Life-history form (ecotype) of Oncorhynchus nerka: freshwater-resident "kokanee" vs anadromous sockeye.
  • Typically 20-45 cm total length; many populations mature at ~3-5 years (commonly 4).
  • Semelparous: adults undergo spawning color change, spawn in tributary streams or lake shoals, then die.
  • Non-spawning appearance: bright silver sides with blue/green back; minimal or no dark spotting on back or tail.
  • Spawning appearance: body bright red; head olive-green; fins may darken, especially in males.
  • Slender, laterally compressed body; deeply forked caudal fin; adipose fin present.
  • Numerous, fine gill rakers adapted for zooplankton feeding in lakes (often a key ID trait).
  • Size, body depth, and spawning coloration intensity can vary widely among managed/stocked and wild populations.

Sexual Dimorphism

During spawning, males become deeper-bodied with a pronounced hump and hooked jaw (kype) and often show more intense red/green coloration. Females are typically smaller-bodied with a less developed kype and subtler color change.

  • More intense spawning red body and darker fins
  • Develops hooked jaw (kype) with enlarged teeth
  • Often develops a dorsal hump and deeper body profile
  • Less pronounced kype; head profile remains smoother
  • Spawning red usually less intense, with more gray/green on head and back
  • Body typically less humped and more streamlined than males

Did You Know?

Kokanee are not a separate species-they're a freshwater life-history form (ecotype) of sockeye salmon, Oncorhynchus nerka (Groot & Margolis, 1991).

Adults commonly mature at ~2-4 years of age and die after spawning once (semelparity), a hallmark of Pacific salmon (Groot & Margolis, 1991).

Typical adult size in many lakes is about 20-35 cm fork length (often ~0.2-0.7 kg), but some populations can exceed 40 cm depending on lake productivity and density (regional fisheries agency reports vary by lake).

Spawning males develop a pronounced hump and hooked jaw (kype) while bodies turn bright red and heads turn olive/green-one of the most dramatic seasonal color shifts among freshwater fish.

They build gravel nests ("redds") in tributary streams or lake shores; females use powerful tail beats to excavate and cover eggs in oxygenated gravel.

Because they stay in lakes, kokanee fuel inland food webs-moving lake-grown nutrients into streams when they spawn and die, much like ocean sockeye do in coastal watersheds.

Many kokanee fisheries are actively managed with hatchery supplementation and/or egg takes; population size can swing sharply with lake level changes, temperature, and competition with other planktivores.

Unique Adaptations

  • Freshwater residency (ecotypic adaptation): kokanee complete the entire O. nerka life cycle in freshwater, often evolving smaller adult size and different age-at-maturity than anadromous sockeye in the same species complex.
  • Spawning morphology: males develop a hump and kype that improve leverage and fighting/positioning during spawning competition-classic sexually selected traits in Pacific salmon.
  • Physiological tuning to lake environments: kokanee are adapted to feeding primarily on zooplankton (especially in open-water phases), with gill raker structure and foraging behavior suited to pelagic prey (lake-specific diets vary).
  • Pigmentation shift: rapid seasonal changes in carotenoid deposition and skin physiology produce the signature red body coloration near spawning, aiding species/sex recognition and signaling condition in dense spawning aggregations.
  • Semelparity with nutrient transfer: the one-time reproductive strategy concentrates energy into a single spawning event and then transfers that biomass to freshwater ecosystems upon death.

Interesting Behaviors

  • Lake-resident life cycle: juveniles rear in lakes (pelagic or nearshore) and do not migrate to sea; adults return to tributaries or shoreline gravels to spawn (a resident form of O. nerka).
  • Schooling and diel movement: kokanee often school in open water and shift depth daily to track zooplankton and preferred temperature/light levels (patterns vary by lake and season).
  • Redd construction and mate competition: females dig redds; males compete intensely, using body size, hump development, and kype display to monopolize access to females.
  • Strong homing-but local: like other salmon, kokanee can show homing to natal tributaries or spawning beaches within a lake system, though straying rates vary among populations and habitats.
  • Post-spawn die-off: adults typically cease feeding near spawning, complete reproduction, and die-creating seasonal carcass pulses that feed scavengers and fertilize streams/lake margins.

Cultural Significance

Kokanee Salmon (Oncorhynchus nerka), the landlocked sockeye, support inland recreational fisheries and lake towns through fishing and tourism. Their spawning and carcasses feed streams and shorelines. Managers count spawners, limit harvest, protect stream gravels and flows, and use hatcheries.

Myths & Legends

In Coast Salish and nearby stories, "Salmon People" are beings who become fish to feed people; respectful harvest and returning the first bones to the water help salmon, including sockeye and kokanee (Oncorhynchus nerka), return.

First Salmon ceremonies of Indigenous Pacific Northwest people welcome the season's first Kokanee Salmon (Oncorhynchus nerka), return its remains to the river, and show respect and give back, keeping a living bond with salmon runs.

Kokanee Salmon (Oncorhynchus nerka): In Northwest Coast stories, Raven, a transformer, frees salmon or makes them available to people, teaching lessons about sharing and proper behavior.

Name origin as cultural association: "kokanee" is widely attributed to an Okanagan/Interior Salish word meaning "red fish," reflecting the striking scarlet spawning coloration that stands out in clear tributaries and along lake shores.

Conservation Status

LC Least Concern

Widespread and abundant in the wild.

Population Decreasing

Life Cycle

Birth 900 frys
Lifespan 4 years

Lifespan

In the Wild
2–7 years
In Captivity
2–6 years

Reproduction

Mating System Polygynandry
Social Structure Aggregation Group
Breeding Pattern Transient
Fertilization Substrate Spawning
Birth Type Substrate_spawning

On spawning streams, females excavate gravel redds and release eggs while a dominant male and often additional sneaker males release milt. Both sexes may mate multiple times; no parental care beyond redd construction, and adults typically die after spawning.

Behavior & Ecology

Social School Group: 200
Activity Cathemeral, Crepuscular
Diet Carnivore Daphnia spp. (large-bodied cladocerans, where available)
Seasonal Migratory 31 mi

Temperament

Non-territorial and strongly schooling during lake-resident feeding phase; density-dependent variation among lakes (Quinn 2018).
Spawning males become aggressive and territorial near redds; females defend redd briefly during oviposition (Quinn 2018).
Semelparous: typically matures at age 3-5 years (often 4), then dies after spawning (Burgner 1991; Quinn 2018).
Strong natal-site fidelity mediated by olfactory imprinting; homing to spawning tributaries or lake shore gravels (Hasler & Scholz 1983; Quinn 2018).

Communication

No confirmed vocalizations; salmonids lack specialized sound production and are generally considered silent Quinn 2018
Visual signaling via dramatic spawning coloration Bright red body, green head) and courtship displays (Quinn 2018
Chemical cues Pheromones/odorants in urine, milt, and ovarian fluid) used in maturation and mate interactions (Hasler & Scholz 1983; Quinn 2018
Hydrodynamic and mechanosensory cues via lateral line to maintain schooling spacing and synchronize turns Quinn 2018
Tactile interactions during courtship Nudging/parallel swimming) at redds (Quinn 2018
Substrate vibrations and visual cues from redd digging Tail beats) that attract mates and deter rivals (Quinn 2018

Habitat

Terrain:
Riverine Mountainous Valley Plateau
Elevation: Up to 6561 ft 8 in

Ecological Role

Mid-trophic pelagic zooplanktivore that links plankton production to higher predators and contributes spawning-derived nutrient inputs to lake/stream food webs.

Regulates zooplankton community composition and size structure via size-selective predation Provides a key prey base for piscivores (e.g., lake trout, bull trout, rainbow trout, birds, and mammals depending on the system) Transfers energy from pelagic plankton to littoral/riverine food webs during migrations Nutrient cycling and enrichment: carcasses and gametes after spawning subsidize stream and nearshore productivity

Diet Details

Main Prey:
Zooplankton Copepods Mysid shrimp Amphipods Aquatic insect larvae and pupae Terrestrial insects Small fish +1

Human Interaction

Domestication Status

Wild

Kokanee Salmon (Oncorhynchus nerka) are a freshwater form of sockeye, not a separate or domesticated species. They are managed as wild but many populations are stocked from hatcheries (captive rearing, not true domestication). Human impacts include recreational fishing, dams and barriers, water-quality and climate changes, and competition with native fish.

Danger Level

Low
  • Very low direct physical danger; possible puncture/cuts from hooks, gill covers, or fin rays during handling
  • Food safety risk if improperly handled/undercooked (as with other fish): potential exposure to parasites/pathogens; follow local advisories and proper cooking/freezing guidance
  • Occupational/recreational exposure risk to fish-associated bacteria via cuts (e.g., opportunistic waterborne infections) when handling fish in freshwater environments

As a Pet

Not Suitable as Pet

Legality: Kokanee Salmon (Oncorhynchus nerka) are not sold as aquarium pets. Many places limit possession, transport, or collection of live fish and often ban private keeping. Schools and researchers need permits and biosecurity rules.

Care Level: Expert Only

Purchase Cost: Up to $200
Lifetime Cost: $5,000 - $50,000

Economic Value

Uses:
Recreational fishing (major value via lake fisheries and tourism; often supported by hatchery stocking) Food/subsistence and local commercial harvest (regionally important; typically smaller scale than anadromous sockeye) Hatchery production and fisheries management (cost centers and economic multipliers) Ecosystem services (nutrient transport within freshwater, prey for birds/mammals, food-web support) HUBS (salmonids / O. nerka group): interactions span commercial and recreational fisheries, Indigenous subsistence/cultural use, hatchery supplementation, conservation/restoration, disease management, and impacts from dams, shoreline development, and climate-driven warming/low-oxygen events in lakes
Products:
  • Recreational angling catch (fresh or smoked; often marketed locally as 'kokanee salmon')
  • Hatchery eggs, fry, and fingerlings for stocking programs
  • Guiding/charter services and associated tourism in kokanee lake systems
  • Ecological monitoring/indicator value (lake productivity, thermal habitat constraints, and food-web change assessments)

Relationships

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

Sockeye Salmon
Sockeye Salmon Oncorhynchus nerka Same species but different life history: kokanee are the freshwater-resident, non-migratory form (inhabiting lakes and tributary streams) rather than the ocean-migrating form. They turn red with green heads to spawn, die after spawning (semelparous), and mature in about 3–4 years, usually reaching about 30–50 cm in length.
Lake Whitefish Coregonus clupeaformis Shares a cold-water lake niche and often overlaps in pelagic (open-water) foraging on zooplankton. Both can be important prey for large piscivores (e.g., lake trout) and may compete for zooplankton when abundant.
Arctic Char
Arctic Char Salvelinus alpinus Cold-water salmonid of lakes and connected streams. Where present, it can overlap in habitat use and prey (invertebrates and fish). Like kokanee, many lake populations show strong size- and age-structure tied to lake productivity and predator regimes.
Rainbow Trout
Rainbow Trout Oncorhynchus mykiss Lake-resident rainbow trout commonly co-occur in lakes and tributaries with kokanee; they overlap in juvenile rearing habitats and can share diet (aquatic insects and zooplankton, especially for smaller trout). Predator-prey dynamics are common: larger trout can prey on juvenile kokanee in some systems.
Alewife
Alewife Alosa pseudoharengus In large lakes, especially where introduced, alewife occupy a similar pelagic planktivore niche to kokanee. They feed heavily on zooplankton and can potentially compete for the same prey base; both species can strongly affect zooplankton community structure when abundant.

The kokanee salmon (Oncorhynchus nerka) is a non-anadromous type of sockeye salmon. Alternate names for this fish include kokanee trout, silver trout, Kennerly’s trout, Kennerly’s salmon, little redfish, kikanning, and Walla. Like other Pacific salmon, it only spawns once and then dies, limiting its lifespan to four or five years. It inhabits landlocked freshwater lakes in the United States, Canada, Russia, and Japan.

4 Kokanee Salmon Facts

  • They die after spawning: These fish are semelparous, meaning they spawn only once before dying. Since they only spawn in their fourth or fifth year, very few members of this species live past that mark.
  • They change color: During spawning season, both males and females change color from a bluish-silver to bright or dark red. Males are more vibrant than females.
  • They’re a subspecies of sockeye: These fish aren’t a separate species; rather, they’re a type of nonmigratory sockeye salmon.
  • They lay eggs in a trench: Females dig a trench or “redd” with their tails, then lay eggs inside. Males release milt to fertilize the eggs, which may number well over 1,000.

Kokanee Salmon Classification and Scientific Name

The scientific name for kokanee salmon is Oncorhynchus nerka. The name is a mixture of Greek and Russian. Oncorhynchus derives from the Greek terms for “nail” and “snout” while nerka is the Russian word for anadromous sockeye salmon. Kokanee salmon are a type of sockeye that are non-anadromous, or land-locked. Unlike this species, most sockeye are migratory, moving upriver from the ocean to spawn. Kokanee comes from the Sinixt word kekeni, an Indigenous term for the land-locked form of sockeye.

The species belongs to the class Actinopterygii (ray-finned fishes) within the superclass Osteichthyes (bony fishes). Scientists further place it in the order Salmoniformes and the family Salmonidae, which contains about 11 genera and over 200 species, including salmon, trout, chars, whitefishes, and graylings. Sockeye, including kokanee, belong to the genus Oncorhynchus (Pacific salmon and trout).

Kokanee salmon (Oncorhynchus nerka)

Kokanee salmon (Oncorhynchus nerka) is a type of sockeye that is non-anadromous, or land-locked.

Kokanee Salmon Appearance

Before spawning, kokanee salmon have steel blue to bluish-green heads and backs, silver sides, and silvery-white bellies. Unlike most other salmon and trout, they do not have dark spots on their backs, though they may have speckles on their dorsal fins. During spawning, males develop a hump and a hooked jaw with teeth (a “kype”). They also turn bright red with dark green heads and black snouts and jaws. Females undergo a similar change, though their colors are duller. The color change is a result of a diet rich in carotenoids, which are pigments responsible for bright red, orange, and yellow coloration in animals and plants. The bright red attracts potential mates, but it also makes these fish more vulnerable to predators.

These landlocked fish are typically smaller than anadromous sockeye. This is likely due to a less robust food supply in lakes and rivers as opposed to marine environments. While sockeye can grow up to 33 inches long and weigh as much as 17 pounds, kokanee salmon usually measure no more than 12 to 15 inches. They can weigh between three to five pounds, though most individuals don’t exceed one pound. However, the largest kokanee on record, according to the International Game Fish Association (IGFA), measured 27 inches in length and weighed an impressive 9.67 pounds.

This species has fine scales that arrange themselves in rings, which (much like the rings of a tree) can help determine an individual’s age. It also has six types of fins with eight individual fins in total: a dorsal fin, an adipose fin, a caudal fin, an anal fin, two pelvic fins, and two pectoral fins.

Kokanee salmon (Oncorhynchus nerka) turn red to attract mates

Kokanee salmon (Oncorhynchus nerka) turn bright red during spawning to attract mates.

Kokanee Salmon Distribution, Population, and Habitat

Kokanee salmon inhabit landlocked areas of the United States, Canada, Russia, and Japan. Within the United States, they occur in a number of states, including Alaska, Washington, Oregon, California, Montana, Idaho, New York, Wyoming, Nevada, Colorado, Arizona, New Mexico, New England, North Carolina, and Utah. In Canada, they inhabit British Columbia, Alberta, Saskatchewan, and the Yukon Territory.

These fish spend their whole lives in cool lakes, typically swimming at depths of 15-90 feet, though some go deeper than this. At spawning time, they move closer to the shore or upstream into tributaries.

As of 2025, the IUCN Red List has not separately assessed the conservation status of kokanee salmon; the assessment is for the species as a whole, sockeye salmon (Oncorhynchus nerka), and not specifically for the non-anadromous kokanee form. As of 2010, it lists sockeye salmon as Least Concern due to its stable populations. However, NOAA Fisheries lists sockeye populations in Lake Ozette (Washington) and Snake River (Idaho) as protected under the Endangered Species Act. The WWF warns of potential threats to other Pacific salmon species, including climate change, poaching, habitat destruction, river blockages, and overharvesting.

Kokanee salmon are smaller than anadromous sockeye

Kokanee salmon are typically smaller than anadromous sockeye due to a less robust food supply in lakes and rivers.

Kokanee Salmon Evolution and History

The ancient ancestors of kokanee salmon lived as far back as 65 to 95 million years ago in the Cretaceous Period. During this time, they underwent a significant autotetraploid event in which they developed twice the number of chromosome arms and DNA content. Scientists speculate that this resulted in greater diversity and faster evolution.

By the early Miocene Epoch, approximately 15 to 20 million years ago, two genera within Salmonidae split from each other. The first genus, Salmo, comprises Atlantic salmon; the other, Oncorhynchus, contains Pacific salmon. Oncorhynchus speciated throughout the Miocene, producing all extant species by six million years ago. Although fossils of Pacific salmon from the ensuing Pleistocene are rare, scientists speculate that northwestern North America’s active geologic history inspired greater diversity among Oncorhynchus than Salmo.

It is possible that kokanee salmon came from lake-type sockeye rather than sea-type sockeye. The lake-type may have become landlocked at some point and evolved into its current non-anadromous form. Taxonomists currently debate whether or not kokanee and sockeye salmon belong to two different species. Though they often inhabit the same habitats during spawning season, the two types do not automatically mate with each other.

Interestingly, one study in Skaha Lake, British Columbia, introduced a sockeye population to a kokanee population and observed the hybrid spawn. It was discovered that 92% of hybrid individuals were non-anadromous, with 76% being the offspring of resident non-anadromous females. Some sockeye offspring have been known to become non-anadromous, while some kokanee offspring have become anadromous.

Black Kokanee Salmon

A unique subtype of kokanee, black kokanee, exists in Lake Saiko in Japan and the Anderson and Seton lakes in British Columbia. Some scientists consider the Japanese type to be its own species, Oncorhynchus kawamurae. These isolated populations on either side of the Pacific exhibit black nuptial coloration and spawn much deeper than most sockeye salmon, anywhere between 65-230 feet below the surface.

The lack of shared mtDNA haplotypes or a monophyletic grouping suggests that the Japanese populations likely split from the Anderson-Seton populations during two different evolutionary episodes. This may correspond to the multiple proposed postglacial splits of regular kokanee from sockeye.

Kokanee Salmon Predators and Prey

Kokanee salmon are omnivores, though they prefer animal matter to plant matter. Because of their small size, they are restricted to diminutive prey and are themselves easy targets for a number of predators.

What Do Kokanee Salmon Eat?

Kokanee salmon eat zooplankton, aquatic insects, freshwater shrimp, and small plants. Since zooplankton are so tiny, these fish use comb-like gill rakers on their gills to separate minuscule organisms from the water.

What Eats Kokanee Salmon?

The primary aquatic predators of kokanee salmon include lake trout, rainbow trout, char, sturgeon, and burbot, depending on the specific lake in which they reside. They are also the targets of bears, wolves, otters, osprey, and bald eagles, not to mention humans. The risk increases dramatically during spawning season when both males and females turn a conspicuous red.

An osprey flies off with a kokanee salmon

Large birds such as the osprey feed on kokanee salmon.

Kokanee Salmon Reproduction and Lifespan

Unlike sockeye, kokanee salmon do not migrate from the rivers of their birth to the ocean. Instead, they move to nearby lakes, where they spend four to five years growing and maturing. After this, they reach sexual maturity and are ready to spawn either in the lake shallows or upstream in tributaries. Like all Pacific salmon, they are semelparous, dying soon after spawning. Because of their mating habits, these fish live only four to five years.

Typically, in their fourth year, males and females make their way to the site of their birth during a period of time called a “run.” Runs occur between August and December, depending on the location. The female digs a trench, or a “redd.” Other, subordinate males may be in attendance, though the dominant male will fight them off using his kype and hump. The female may also be aggressive toward them as well as other females.

Once ready, the female and dominant male descend together into the redd. They gape and vibrate until they release eggs and milt (sperm). One female typically lays approximately 1,000 eggs, though she may lay more or fewer depending on the availability of food sources. The other males may also release their milt on her other side.

The female covers the fertilized eggs as she digs a new redd just upstream in preparation to spawn again. Both males and females may mate with multiple partners. The eggs incubate for approximately 110 days, usually hatching in February or March. Newly hatched alevins depend on attached egg yolk sacs for nutrition for the first two to three weeks of life. Once they develop into fry and then juveniles, they move downstream to a nearby lake or into deeper waters to feed and grow.

Kokanee salmon (Oncorhynchus nerka) spawning

Kokanee salmon spawn either in lake shallows or upstream in tributaries, and like all Pacific salmon, they die soon after spawning.

Kokanee Salmon in Cooking and Fishing

Kokanee salmon are popular recreational or sport fish, though other sockeye salmon are important to commercial fisheries. NOAA estimates the 2021 worldwide commercial catch for sockeye salmon at 272 million pounds with a total value of $459 million. The vast majority of sockeye comes from Alaska, though fisheries net smaller numbers off the West Coast, mainly around Washington and Oregon. Though they are great for canning, these fish are also good fresh or frozen. For this species, fisheries typically use gillnet purse seines or reef nets.

Though kokanee salmon are small, they are aggressive and fight hard to free themselves, making them valuable to recreational and sport anglers. These fish travel in schools, making it possible to catch multiple fish in one session. They are active during the day but are likeliest to bite at dawn and dusk when the light is low. The best types of bait are pink maggots, dye-cured shrimp, or canned corn, though anglers should be careful not to overload their hooks. One or two pieces of bait per hook should be sufficient.

Kokanee salmon flesh is soft, rich, and vibrantly red with a pleasant, relatively mild taste. Acceptable ways to cook kokanee salmon include grilling, roasting, frying, smoking, and baking. Check out this comprehensive guide to smoked kokanee or explore a number of methods for preparing this delectable fish. This recipe for herbed kokanee with roasted garlic and lemon butter is a great way to get started.

This fish yields relatively lean meat, much like that of sockeye flesh. Per 155 grams, it contains 261 calories, 39 grams of protein, and 10 grams of fat.

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Sources

  1. Fish Base / Accessed December 12, 2022
  2. IUCN Redlist / Accessed December 12, 2022
  3. WWF / Accessed December 12, 2022
  4. NOAA Fisheries / Accessed December 12, 2022
  5. SeafoodSource / Accessed December 12, 2022
  6. World Record Academy / Accessed December 12, 2022
  7. NRC Research Press / Accessed December 12, 2022
  8. Canadian Science Publishing / Accessed December 12, 2022
  9. National Library of Medicine / Accessed December 12, 2022
  10. Beyond the Chicken Coop / Accessed December 12, 2022
  11. Hunter Angler Gardner Cook / Accessed December 12, 2022
  12. The Sporting Chef / Accessed December 12, 2022
Kathryn Dueck

About the Author

Kathryn Dueck

Kathryn Dueck is a writer at A-Z Animals where her primary focus is on wildlife, dogs, and geography. Kathryn holds a Bachelor’s Degree in Biblical and Theological Studies, which she earned in 2023. In addition to volunteering at an animal shelter, Kathryn has worked for several months as a trainee dog groomer. A resident of Manitoba, Canada, Kathryn loves playing with her dog, writing fiction, and hiking.

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Kokanee Salmon FAQs (Frequently Asked Questions)

Kokanee salmon are non-anadromous (landlocked) sockeye salmon, which means they belong to the same species, Oncorhynchus nerka. Instead of migrating to the ocean to feed, kokanee salmon remain in fresh water their whole lives.