A
Species Profile

Amur Leopard

Panthera pardus orientalis

Ghost of the Snowy Forest
kyslynskahal/Shutterstock.com

Amur Leopard Distribution

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Size Comparison

Human 5'8"
Amur Leopard 2 ft 4 in

Amur Leopard stands at 41% of average human height.

At a Glance

Wild Species
Also Known As Far Eastern leopard, Siberian leopard, Manchurian leopard, Korean leopard, Ussuri leopard
Diet Carnivore
Activity Nocturnal+
Lifespan 12 years
Weight 50 lbs
Did You Know?

Subspecies ID: Panthera pardus orientalis (a leopard, not a separate species).

Scientific Classification

A critically endangered large felid and subspecies of the leopard, adapted to temperate forests with cold winters; known for relatively thick fur and pale coat patterning compared with many other leopard populations.

Kingdom
Animalia
Phylum
Chordata
Class
Mammalia
Order
Carnivora
Family
Felidae
Genus
Panthera
Species
Panthera pardus

Distinguishing Features

  • Subspecies of leopard (Panthera pardus) adapted to colder climates
  • Typically longer, thicker winter coat; paler background coloration than many other leopard subspecies
  • Rosettes often more widely spaced; overall appearance can seem lighter and ‘frostier’
  • Solitary, crepuscular/nocturnal ambush predator; broad diet depending on local prey availability

Physical Measurements

Males and females differ in size

Height
2 ft 4 in (2 ft 1 in – 2 ft 7 in)
1 ft 12 in (1 ft 9 in – 2 ft 2 in)
Length
6 ft 10 in (6 ft 2 in – 7 ft 5 in)
6 ft 2 in (5 ft 6 in – 6 ft 9 in)
Weight
88 lbs (71 lbs – 106 lbs)
75 lbs (55 lbs – 93 lbs)
Tail Length
2 ft 10 in (2 ft 8 in – 2 ft 11 in)
2 ft 10 in (2 ft 7 in – 3 ft 1 in)
Top Speed
36 mph
No subspecies speed; ~58 km/h

Appearance

Primary Colors
Secondary Colors
Skin Type Amur Leopard (Panthera pardus orientalis) has a dense double coat that gets thicker in winter; guard hairs on the back are about 5 cm in summer and up to 7 cm in winter.
Distinctive Features
  • Panthera pardus orientalis, the Amur leopard, is a subspecies of leopard, adapted to cold-temperate forests and harsh winters in the Russian Far East (Primorye) and nearby NE China.
  • Relatively thick, long winter coat compared with many other leopard subspecies; winter fur can obscure body contours and makes the coat appear paler/creamier (Heptner & Sludskii, 1992).
  • Pale background coloration (cream/buff) with large, widely spaced rosettes; rosette borders are thick and dark, aiding pattern contrast in snowy or low-light forest conditions (Heptner & Sludskii, 1992; Nowell & Jackson, 1996).
  • Adult size (reported for P. p. orientalis): head-body length ~107-136 cm (males) and ~86-107 cm (females); tail length ~82-90 cm (Heptner & Sludskii, 1992).
  • Reported adult mass (P. p. orientalis): males ~32-48 kg; females ~25-43 kg (Nowell & Jackson, 1996; values consistent with regional summaries drawing on Russian Far East specimens).
  • Typical leopard facial morphology: broad muzzle, prominent vibrissae pads, and strong canines; ears with dark backs and lighter markings; long tail aiding balance in steep, forested terrain (Nowell & Jackson, 1996).
  • Amur leopards are solitary, territorial cats that mark with scrapes and urine, use trails and ridges, and are mostly active at dawn, dusk, and night, using dappled forest light as camouflage.
  • Longevity: commonly reported ~10-15 years in the wild; up to ~21 years in captivity for leopards, including Amur leopard captive records cited in conservation literature (Nowell & Jackson, 1996).
  • Conservation context affecting observed individuals: critically endangered subspecies with threats including habitat loss/fragmentation, prey depletion, and poaching; some individuals may show scars, worn ear margins, or coat damage from snares/encounters (IUCN/Stein et al., 2020).

Sexual Dimorphism

Sexual dimorphism is present primarily in overall size and robustness (typical for Panthera pardus). In P. p. orientalis, males average larger and heavier with broader head/neck musculature; females are smaller and lighter, with largely similar coat coloration/patterning (Heptner & Sludskii, 1992; Nowell & Jackson, 1996).

  • Larger body size: head-body length ~107-136 cm (Heptner & Sludskii, 1992).
  • Heavier mass: ~32-48 kg reported (Nowell & Jackson, 1996).
  • More robust build: thicker neck/shoulders and broader skull typical of male leopards (Nowell & Jackson, 1996).
  • Smaller body size: head-body length ~86-107 cm (Heptner & Sludskii, 1992).
  • Lighter mass: ~25-43 kg reported (Nowell & Jackson, 1996).
  • More gracile frame relative to males; coat pattern and coloration generally similar to males (Nowell & Jackson, 1996).

Did You Know?

Subspecies ID: Panthera pardus orientalis (a leopard, not a separate species).

Winter fur can reach ~7 cm long (notably on the belly), helping it endure snowy, subzero winters (reported in field/captive descriptions for this subspecies).

Adult size (typical): males ~32-48 kg; females ~25-43 kg; head-body length ~107-136 cm; tail ~82-90 cm (values commonly reported for Amur leopards in zoological/field references).

Leopard reproduction data (applies to this subspecies): gestation ~90-105 days; litter usually 1-3 cubs (rarely 4).

Wild longevity is typically ~10-15 years; in captivity individuals can exceed 20 years (commonly cited up to ~21).

They often drag and cache kills (under vegetation or up trees/rocks) to reduce scavenging losses-classic leopard behavior used in snowy, open winter forests too.

Range is concentrated in SW Primorye (Russian Far East) with a small, recovering population across the border in NE China; the core refuge includes Russia's Land of the Leopard National Park (est. 2012).

Unique Adaptations

  • Cold-climate coat: thicker, longer winter pelage than many leopard populations; pale cream-to-straw background with widely spaced rosettes improves camouflage in snowy, leafless temperate forests.
  • Relatively long limbs and large paws (often noted in morphological descriptions) aid travel over snow and rough, mountainous terrain.
  • Broad diet flexibility: can switch among deer, wild boar (often young), badgers, hares, and smaller prey-important where prey numbers fluctuate seasonally.
  • Edge-and-ridge hunting: effective use of forest-meadow ecotones and topographic funnels in the Sikhote-Alin/Primorye landscapes.
  • Low-density persistence: behavioral ecology suited to large home ranges and sparse prey, though this increases vulnerability to habitat fragmentation and road impacts.

Interesting Behaviors

  • Solitary spacing: adults are mostly solitary and maintain overlapping but strongly defended core areas using scent marking (urine spraying, scrapes) and claw marks on trees.
  • Crepuscular/nocturnal hunting: activity often peaks at dusk/night, with flexible timing where human disturbance is high.
  • Ambush predation: uses cover (forest edges, gullies, ridgelines) to stalk close before a short burst chase; key prey in this region include roe deer and sika deer where available.
  • Caching: commonly drags carcasses to concealed sites; in steep terrain may pull prey uphill to reduce detection and scavenging.
  • Seasonal movement: shifts travel routes with snow depth and prey movements; uses ridges/packed trails in deep snow to conserve energy.
  • Female denning: dens in rocky crevices/caves or dense cover; mothers keep cubs hidden for weeks and move them if disturbed.
  • Long-distance dispersal: subadults may roam widely to establish territories-critical for maintaining gene flow between Russia and NE China fragments.

Cultural Significance

Amur Leopard (Panthera pardus orientalis) is a symbol of temperate forest conservation and Russia and China work together on protected areas and wildlife corridors. In many cultures leopards mean stealth, power, and royalty—images that help conservation but can also drive demand for pelts.

Myths & Legends

Korea/Manchuria (broader big-cat folklore): in Korean folk belief, great cats (tigers and sometimes leopards) are mountain guardians/spirits that can punish wrongdoing or protect sacred places-stories that blend the boundaries between striped and spotted "mountain kings."

In China, leopards stand for military courage and fierce power. Leopard designs on military clothes and sayings about leopard-like bravery show a long cultural image of the leopard as a fearsome hunter.

West African folklore (leopard tales): in many traditional stories, Leopard appears as a powerful but sometimes tricked figure-often outwitted by smaller, clever animals (such as tortoise), teaching lessons about arrogance versus cunning.

Aesop's fable tradition (Mediterranean): tales featuring a spotted big cat (often rendered as leopard/panther in retellings) use the animal as a symbol of impressive strength paired with dangerous unpredictability.

Biblical/proverbial tradition: the enduring line "Can the leopard change his spots?" (Jeremiah 13:23) uses the leopard's pattern as a metaphor for the permanence of one's nature-one of the most widespread cultural references to leopards globally.

Rudyard Kipling's 'How the Leopard Got His Spots' is a famous tale that explains leopard spots by story, not science, shaping views of the Amur leopard (Panthera pardus orientalis) for over a century.

Conservation Status

CR Critically Endangered

Facing an extremely high risk of extinction in the wild.

Population Increasing

Protected Under

  • CITES Appendix I (international commercial trade in wild specimens prohibited, except under exceptional circumstances).
  • Russian Federation: listed in the Red Data Book of the Russian Federation (protected species; hunting prohibited) and protected within core habitat including Land of the Leopard National Park (Primorsky Krai).
  • People's Republic of China: nationally protected wildlife (Class I protection) within key range areas; major habitat protection includes Northeast China Tiger and Leopard National Park.
  • Key biology (field references summarized in IUCN/peer-reviewed sources): adult mass typically ~32-48 kg (males) and ~25-43 kg (females); head-body length ~107-136 cm; tail length ~82-90 cm; shoulder height ~64-78 cm. Lifespan ~10-15 years in the wild; >20 years recorded in captivity. Behavior: largely solitary and territorial; predominantly crepuscular/nocturnal; broad diet dominated by medium-sized ungulates where available; large home ranges relative to many leopard populations due to low prey densities in the temperate forest system.
  • HUBS (Panthera pardus subspecies landscape): conservation statuses span from Least Concern/Not Threatened at local scales to Endangered/Critically Endangered in several subspecies with restricted ranges. Common threats across the group include habitat loss/fragmentation (logging, agriculture, infrastructure), prey depletion, illegal killing/poaching and trade, and human-wildlife conflict; genetic risks are most acute in the smallest, isolated subspecies. Notable high-risk taxa include Amur leopard (P. p. orientalis, CR) and other range-restricted leopard lineages facing heavy persecution and habitat fragmentation.

Life Cycle

Birth 2 cubs
Lifespan 12 years

Lifespan

In the Wild
8–15 years
In Captivity
15–23 years

Reproduction

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

Amur leopard (Panthera pardus orientalis) adults are mostly solitary. Males hold large territories overlapping several females (polygyny). Pairing is short during female estrus; mating often in winter, births in May–June. Gestation ~90–105 days; litters 1–3; only mother cares.

Behavior & Ecology

Social Solitary (no fixed group name) Group: 1
Activity Nocturnal, Crepuscular, Cathemeral
Diet Carnivore Siberian roe deer (Capreolus pygargus)

Temperament

Secretive, cryptic, and avoidance-oriented; tends to minimize encounters with humans and dominant competitors where possible (typical leopard behavior; Nowell & Jackson 1996).
Territorial in adults; communicates ownership primarily through scent marking and scraping, with increased aggression during boundary disputes or when surprised at close range (Sunquist & Sunquist 2002).
Maternal defensiveness is pronounced: females with dependent cubs show heightened risk-taking and aggression when cubs are threatened; tolerance is highest toward their own offspring (Nowell & Jackson 1996).
Amur leopards can change when and where they are active with human pressure and prey, more nocturnal or crepuscular with high disturbance, more active day and night where disturbance is low or prey/heat allow.

Communication

Rasping 'sawing' call/hoarse repeated cough-like vocalization used in advertising and mate attraction Reported for leopards; Nowell & Jackson 1996
Roar As a Panthera species) used in long-distance communication and competitive contexts; less frequently heard than in lions but present in leopards (Sunquist & Sunquist 2002
Growls, snarls, hisses during agonistic encounters; mews/calls between mother and cubs; purring in close-contact affiliative contexts General leopard repertoire; Sunquist & Sunquist 2002
Scent marking: urine spraying on vertical objects, feces deposition, and scent rubbing; functions in territorial advertisement and reproductive signaling Nowell & Jackson 1996; Sunquist & Sunquist 2002
Scrape marking: hind-foot scraping often combined with urine/feces to leave multimodal signals along travel routes and boundaries Nowell & Jackson 1996
Visual signaling: body posture Arched back, tail position), facial expressions, and stare/approach-avoid displays in close-range encounters (Sunquist & Sunquist 2002
Tactile communication: mother-cub contact Grooming, carrying, nudging) essential for bonding and guidance; also occurs briefly during mating (Sunquist & Sunquist 2002

Habitat

Biomes:
Temperate Forest Boreal Forest (Taiga)
Terrain:
Mountainous Hilly Valley Riverine Rocky Plains
Elevation: Up to 3280 ft 10 in

Ecological Role

Apex/mesopredator regulating medium-sized ungulate populations in temperate forest ecosystems (and exerting strong top-down effects where densities allow).

Controls and selectively removes vulnerable individuals of deer and wild boar populations (top-down regulation) Contributes carrion to scavenger communities via partially consumed kills and cached carcasses Indirectly influences vegetation dynamics by altering ungulate browsing pressure (trophic cascade potential) Maintains ecosystem functional diversity by predation on a range of mammals across seasons

Diet Details

Main Prey:
Siberian roe deer Sika deer Red deer Wild boar Manchurian hare Asian badger Raccoon dog +1

Human Interaction

Domestication Status

Wild

Panthera pardus orientalis (Amur leopard) is wild, not domesticated. It is Critically Endangered, listed on CITES Appendix I. Humans hunted it for pelts and killed it over livestock. Now efforts use anti‑poaching, habitat protection, camera and tracking, and zoo breeding. It lives mainly in Russia’s Primorye near the China border. Threats: habitat loss, fewer prey, retaliation, illegal trade.

Danger Level

Moderate
  • Physical injury or death is possible if an Amur leopard is cornered, wounded, habituated, or defending a kill/cubs; like all leopards, it is capable of delivering deep bites/claw injuries.
  • Human-leopard conflict typically manifests as livestock/pet depredation near forest edges; retaliatory killing and snaring risk increases where human land use overlaps leopard movement corridors (pattern documented broadly across leopard subspecies; IUCN).
  • Direct attacks on people in the Amur leopard's current range are considered rare because remaining populations occur in low-density, heavily forested landscapes with comparatively limited human encounter rates; risk increases around attractants (unsecured livestock, carcass dumps) or in captivity/handling contexts.
  • Occupational hazards: researchers, rangers, and animal-care staff face elevated risk during capture, immobilization, transport, or veterinary procedures.

As a Pet

Not Suitable as Pet

Legality: Keeping an Amur leopard as a pet is illegal or effectively banned. Trade is restricted by CITES Appendix I and many countries (U.S., EU, Russia, China). Only accredited zoos, licensed wildlife centers, or scientific and conservation institutions may have them.

Care Level: Expert Only

Purchase Cost:
Lifetime Cost: $250,000 - $600,000

Economic Value

Uses:
Conservation funding and employment (protected areas, rangers, monitoring teams) Scientific research value (ecology, genetics, disease surveillance, reintroduction planning) Ecotourism/flagship-species value (rare, high-profile biodiversity icon) Ecosystem value (apex/mesopredator role supporting trophic balance via prey regulation) Cultural/educational value (public outreach, zoo education)
Products:
  • No legal commercial products (CITES Appendix I).
  • Historically targeted for pelts/skins; any current pelt or live-animal trade is illegal.
  • Indirect economic outputs: conservation grants, tourism spending near protected areas, and institutional zoo visitation/education revenues (non-extractive).

Relationships

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

“The Amur Leopard may be the rarest big cat on Earth” 

The Amur leopard is an isolated subspecies of leopards surviving along the border of Russia and China. While the Amur leopard may be the rarest big cat on Earth, its numbers have been rebounding thanks to incredible conservation efforts.

Incredible Amur Leopard Facts

  • The Amur leopard lives in extreme environments in Russia’s far east and has unique adaptations like a coat that grows significantly during the winter season to protect it against harsh conditions that can reach below -30 degrees Celsius!
  • In 2000, a survey found just 30 Amur leopards in a small area along the border of Russia and China, making the Amur leopard the rarest big cat on Earth. 
  • Thanks to conservation efforts, today the Amur leopard’s population is estimated to have increased to more than 100 individuals in the wild, and more than 300 in zoos across the world.

Ready for more Amur leopard facts? Make sure to read ’10 Incredible Amur Leopard Facts!’

Amur leopards are critically endangered and the rarest big cat on earth.

Scientific Name

The scientific name for the Amur leopard is Panthera pardus orientalis. The genus Panthera covers big cats ranging from tigers to lions, to jaguars and leopards. Pardus originates from Greek and means ‘spotted,’ while orientalis relates to the geography Amur leopards inhabit, having been first described in Korea.

Evolution

Saber - toothed tiger ( Hoplophoneus primaevus ) skeleton . Isolated background .

The Saber-tooth cat was an Ice Age ancestor of the leopard.

Miacids were primitive animals that were on one of the first rungs of the evolutionary ladder for many animals living on the earth today. Miacids existed 62-63 million years ago and gave rise to cats, bears, dogs, skunks, mongooses, and hyenas. Miacids dwelled in Eurasia and North America and passed on the predatory trait of hunting to their ancestors.

The Proailurus came from the group of Miacids known as Viverravidae which led to the evolution of cats. Traits of the animal that are still present in cats are binocular vision, similar dental structure, fur, tail, and a meat diet. Fossils of Proailurus have been found in Europe and Asia.

Pseudaelurus appeared next, approximately 20 million years ago. It originated in Eurasia and was the first cat to reach North America. This cat’s fur had rosettes like a leopard’s.

The Smilodon, or saber-tooth cat, came along next and was one of the largest cats ever to have lived. This ancestor of the leopard became extinct during the Ice Age during the Pleistocene Epoch, around 10,000 BC. Homotherium is another ancient feline found in North America until around 10,000 years ago.

Amur leopards are decent from a 19th-century northeastern Asian leopard subspecies that ranged over southeastern Russia, Korea, and northeastern China.

Appearance

Amur Leopard Laying Down Looking at Camera

Amur leopard’s coats fade in the winter to match their surroundings.

Like all leopard subspecies, the Amur leopard is covered by ‘rosette’ markings across its coat. The coloration of leopards varies with their surrounding environment, and as the Amur leopard lives in the most northerly environment of all leopard subspecies, in winter its coat becomes paler than other subspecies. During the winter, its coat also grows about 7 cm (2.75 in) to insulate the Amur leopard from temperatures in its habitat that can reach -30 degrees Celsius (-24 F).

Male Amur leopards typically weigh 32 to 48 kg, while females weigh 25 to 43 kg. This makes the Amur leopard smaller than the African leopard subspecies on average, although The Wild Cats Conservation Alliance has recorded male Amur leopards reaching 75 kg (165 lbs).

Behavior 

Amur leopards are solitary animals that hunt nocturnally.

The Amur leopard is largely solitary with the exception of mothers with their offspring and adults during mating season. Like other leopard subspecies, the Amur leopard hunts nocturnally. However, camera traps have shown the species may be more active than other leopard subspecies during daylight hours.

Home range sizes vary depending on the habitat, food available, and the season. While home ranges have been observed exceeding 160 square km, the core areas where Amur leopards hunt is typically much smaller.

Habitat

Today, Amur leopards live in a small range along the Chinese-Russian border. Traditionally the subspecies ranged across Korea and upper Manchuria. However, today almost its entire population lives in Russian forests about 30 mi (48 km) to the west of the Russian port city of Vladivostok.

Temperatures in this region can top over 30 degrees Celsius (90 F) during the summer and can drop below negative 30 degrees Celsius (-24 F) during the winter, making it a more extreme environment than where other leopards live. Amur leopards are most commonly observed on camera traps in higher altitudes along the temperate forests in the hills and mountains of the region.

The Amur leopard

The Amur leopard can only be found wild in a small range along the Chinese-Russian border.

Population — How Many Amur Leopards Are Left?

In 2000, a survey of Amur leopards found that as few as 30 individuals remained in the wild, leaving the species critically close to extinction. Since that survey, a concerted effort by conservation groups and the governments of Russia and China has helped the population rebound.

Russia created a ‘Land of the Leopard Park’ that covers 647,000 acres of leopard habitat. Today, the vast majority of leopards live within the borders of this protected habitat.

As of 2018, it is estimated that at least 103 leopards live in Russia, with a smaller number of sightings occurring across the borders of China, and North Korea.

Learn more about the most endangered species on the planet here.

Diet and Prey

Amur leopards prey on sika deer, roe deer, and small mammals.

The Amur leopard is a carnivore that lives on a diet consisting predominately of sika deer, roe deer, and other small mammals such as squirrels, rodents, and hares. A solitary hunter, the Amur leopard ambushes its prey with bursts of energy that include tremendous leaping ability and speeds of up to 35 miles per hour (56 km/h).

Like other leopard subspecies, the Amur leopard can climb trees for rest and also protect its kills from other predators and scavengers. Due to the extreme environments, Amur leopards live in, winter proves more difficult when less prey is available and snow makes it difficult for leopards to blend in with their background. During this time, Amur leopards will expand their home range in search of more available prey.

Predators and Threats 

Largest cats - Siberian tiger

Wherever their ranges overlap – the Siberian Tiger preys on the Amur leopard.

The Amur leopard faces few threats from predators, aside from humans who have hunted Amur leopards for their coats. While the Amur leopard is a top predator in their habitat, their range does overlap with the Siberian tiger.

In many regions where tiger and leopard territories overlap, leopards have struggled with the competition of another apex predator. However, researchers watching the growth of Siberian tiger populations haven’t detected an adverse effect on Amur leopards.

Reproduction and Life Cycles

Amur Leopard Cub

Amur leopard cubs live with their mothers for up to 24 months before establishing their own territories.

Amur leopard females reach sexual maturity and can first breed at around three years of age. Gestation periods range from about 90-105 days. Litters can range between 1 to 6 cubs, although 2 to 3 cubs are the most common litter size.

Due to the extreme conditions Amur leopards live in, it takes longer to raise an adolescent to independence than the leopard subspecies in Africa. Cubs may live with their mother for up to 24 months before establishing their own territory.

Zoos Are a Good Place to See Amur Leopards

While the remaining population of Amur leopards in the wild remains critically low, approximately 300 survive in zoos across the world.

Amur Leopard at Philadelphia Zoo

Select zoos where you can see the Amur leopard in person:

  • Beardsley Zoo(Bridgeport, Connecticut): Welcomed two new Amur leopard cubs in March 2019.
  • Minnesota Zoo: Located in the zoo’s “Russia’s Grizzly Coast” section.
  • Santa Barbara Zoo: Home to two Amur leopards, Ajax and Wyatt.
  • Hogle Zoo (Salt Lake City, Utah): Home to Zaya and her calf Jilin, who was born In May 2018.
  • Denver Zoo: I first arrived at the zoo in 1989!

Interesting Amur Leopard Facts 

A tunnel to help save the Amur leopard?

  • In 2016 Russia completed a 575 meter (1,886 ft) tunnel to divert traffic from an area where remaining Amur leopard populations remained. Russia and China have cooperated on protecting the remaining Amur leopard populations. While the Chinese side of the border is more densely populated, the Russian habitat is largely uninhabited. Which has helped the species rebound.

The Amur leopard has tiny hooks on its tongue!

  • The amur leopard has “denticles” or tiny hooks on its tongue. These hooks allow the leopard to lick the bones of its prey and collect even more meat.

New habitat reintroduction could be in the Amur leopards’ future

  • While the wild population of Amur leopards has rebounded to more than 100 individuals as of 2018, the population in captivity remains far larger. Special environments such as Scotland’s Highland Wildlife Park have built specialized Amur leopard habitats with the goal of creating populations that can be reintroduced into the wild. The reintroduction of captive Amur leopards could increase the size of their habitat and continue increasing genetic diversity from today’s levels.
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Sources

  1. David Burnie, Dorling Kindersley (2011) Animal, The Definitive Visual Guide To The World's Wildlife / Accessed January 2, 2020
  2. Tom Jackson, Lorenz Books (2007) The World Encyclopedia Of Animals / Accessed January 2, 2020
  3. David Burnie, Kingfisher (2011) The Kingfisher Animal Encyclopedia / Accessed January 2, 2020
  4. Richard Mackay, University of California Press (2009) The Atlas Of Endangered Species / Accessed January 2, 2020
  5. David Burnie, Dorling Kindersley (2008) Illustrated Encyclopedia Of Animals / Accessed January 2, 2020
  6. Dorling Kindersley (2006) Dorling Kindersley Encyclopedia Of Animals / Accessed January 2, 2020
  7. David W. Macdonald, Oxford University Press (2010) The Encyclopedia Of Mammals / Accessed January 2, 2020
Lisha Pace

About the Author

Lisha Pace

After a career of working to provide opportunities for local communities to experience and create art, I am enjoying having time to write about two of my favorite things - nature and animals. Half of my life is spent outdoors, usually with my husband and sweet little fourteen year old dog. We love to take walks by the lake and take photos of the animals we meet including: otters, ospreys, Canadian geese, ducks and nesting bald eagles. I also enjoy reading, discovering books to add to my library, collecting and playing vinyl, and listening to my son's music.

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Amur Leopard FAQs (Frequently Asked Questions)

The Amur leopard is endangered predominately because of poaching for its coat and habitat loss. The species once ranged across the Korean peninsula, but is believed to have gone extinct there in the 1960s. Today Amur leopards are protected by anti-poaching laws and have protected habitat, but need to see its populations continue rebounding to escape threats posed by inbreeding and potentially devastating diseases.