A
Species Profile

Ape

Primates

Tailless thinkers of the treetops
Ari Wid/Shutterstock.com

Ape Distribution

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Size Comparison

Human 5'8"
Ape 2 ft 6 in

Ape stands at 43% of average human height.

ape

At a Glance

Order Overview This page covers the Ape order as a group. Stats below are general traits shared across the order.
Also Known As Simian, Anthropoid, Primate, Great ape, Lesser ape, Tailless monkey, Man-ape
Diet Omnivore
Activity Diurnal
Lifespan 20 years
Weight 250 lbs
Status Not Evaluated
Did You Know?

All apes lack external tails-one of the simplest ways to tell apes from most monkeys.

Scientific Classification

Order Overview "Ape" is not a single species but represents an entire order containing multiple species.

"Apes" are tailless primates in the hominoid lineage, including gibbons (lesser apes) and the great apes (orangutans, gorillas, chimpanzees/bonobos, and humans). They are characterized by relatively large brains, flexible shoulder joints, forward-facing eyes with stereoscopic vision, and complex social behaviors.

Kingdom
Animalia
Phylum
Chordata
Class
Mammalia
Order
Primates

Distinguishing Features

  • No external tail (in contrast to most monkeys)
  • Broad chest and highly mobile shoulders/arms; many are adapted for climbing or brachiation
  • Large brain-to-body size and extended juvenile period
  • Complex social cognition and tool use in several species (notably Pan and Homo)

Physical Measurements

Males and females differ in size

Height
0 in (0 in – 1 in)
2 ft 11 in (1 ft 5 in – 5 ft 11 in)
Length
2 ft 11 in (1 ft 5 in – 5 ft 11 in)
Weight
132 lbs (11 lbs – 441 lbs)
11 lbs (10 lbs – 249 lbs)
Tail Length
Top Speed
34 mph
Slow on ground

Appearance

Primary Colors
Secondary Colors
Skin Type Primates have skin with dense to moderate hair that varies by species and habitat. Faces, ears, palms, soles and much of hands and feet are often bare. Great apes have more hair; humans have less.
Distinctive Features
  • Tailless primates (hominoids): lack an external tail across the entire group; balance and locomotion rely on trunk/limb control rather than tail support.
  • Broad thorax and highly mobile shoulder joints: adaptations supporting suspensory behaviors (especially brachiation in lesser apes) and versatile climbing; scapula positioned dorsally with wide range of arm motion.
  • Long, powerful arms relative to legs in many species (especially gibbons and orangutans); great apes often show robust upper-body musculature; humans show relatively longer legs for habitual bipedalism.
  • Forward-facing eyes with stereoscopic vision; relatively large brains and complex facial musculature enabling nuanced expressions (extent and display vary among taxa).
  • Hands with opposable thumbs and nails (not claws); precision and power grips support feeding, climbing, and (in great apes) frequent tool use in some populations.
  • Locomotor diversity across the group (explicit variation): gibbons specialize in brachiation; orangutans are highly arboreal and use cautious quadrumanous climbing; chimpanzees/bonobos and gorillas combine climbing with terrestrial knuckle-walking; humans are habitual bipeds.
  • Apes vary: small gibbons 45–65 cm, 5–8 kg; large gorillas 140–180 cm, 140–220+ kg. Many apes, especially gibbons and orangutans, have arm spans longer than their height.
  • Lifespans: many gibbons about 25–35+ years; great apes about 35–50+ years; humans up to 70–80+ (often longer today). In captivity some non-human apes can reach about 40–60+ years.
  • Apes are active by day, social, and flexible. They often eat fruit (gorillas eat more leaves; chimpanzees eat insects and meat). Social life ranges from paired gibbons to fission-fusion chimpanzees/bonobos, cohesive gorillas, and solitary orangutans.
  • Geographic split (broad): African apes include gorillas, chimpanzees/bonobos, and humans; Southeast Asian apes include orangutans and gibbons. Habitat use spans tropical forests to more open mosaics (notably in humans and some chimpanzee populations).
  • Conservation generalization: many non-human apes face major threats from habitat loss/fragmentation, hunting/bushmeat, illegal trade, and disease; conservation status varies by species and population, but overall risk is high across multiple lineages, especially forest-dependent taxa.

Sexual Dimorphism

Sexual dimorphism occurs across apes and varies by species and mating system. It is strong in gorillas (large males, head crests), notable in orangutans (male cheek flanges, throat pouches), modest in many gibbons, and moderate in humans. Fur and facial traits differ.

  • Often larger average body size and greater upper-body robustness in many species (especially gorillas and orangutans); magnitude varies widely among apes.
  • In gorillas, mature males commonly develop a silver-gray saddle ('silverback') and pronounced sagittal/nuchal cresting linked to muscle attachment.
  • In orangutans, fully mature males may develop prominent cheek flanges and an enlarged throat sac; not all adult males are flanged at all times (development can be socially influenced).
  • Canines and facial/jaw robustness may be more pronounced in males of several non-human apes, though degree differs by species.
  • In some gibbons, vocal apparatus differences contribute to sex-specific duet structure (appearance differences may be subtle).
  • Typically smaller average body size than males in strongly dimorphic species; degree varies and can be minimal in some gibbons.
  • Pelage patterns may be similar to males in many species, though some gibbons exhibit sex- or morph-related color differences depending on species.
  • In species with extended maternal care, females often show body/behavioral adaptations for infant carrying; appearance effects are mostly related to posture and carried young rather than fixed coloration.
  • In several apes, females may show less pronounced cranial cresting and overall facial robustness than males (where dimorphism exists).

Did You Know?

All apes lack external tails-one of the simplest ways to tell apes from most monkeys.

Apes span a huge size range: from small gibbons to the largest gorillas.

Many apes build sleeping nests; chimpanzees, gorillas, and orangutans often make a fresh one each night.

Gibbons are "lesser apes" (family Hylobatidae) famous for brachiation and loud duets; great apes (Hominidae) include orangutans, gorillas, chimpanzees/bonobos, and humans.

Orangutans and gibbons live naturally in Southeast Asia, while gorillas and chimpanzees/bonobos are native to Africa; humans originated in Africa and became global.

Tool use is widespread in apes (most famously in chimpanzees), and several ape species show local traditions ("animal culture").

Apes generally have slow life histories-long childhoods and strong learning-linked to large brains and complex social life.

Unique Adaptations

  • Tailless body plan with a broad, shallow ribcage and a highly mobile shoulder joint-well suited to climbing and overhead reaching.
  • Forward-facing eyes with stereoscopic vision for depth perception-useful for moving through complex forest canopies.
  • Relatively large brains for body size (especially pronounced in great apes and humans), supporting extended learning, memory, and social cognition.
  • Precision handling: flexible hands with strong grips; humans have especially refined precision grip, while other apes excel at powerful grasping and climbing.
  • Slow pace of life: long gestation, extended childhood, and long lifespans-facilitating learning and social bonds but making populations slow to recover from losses.
  • Advanced vocal and social signaling: gibbons' long-distance songs; great apes' expressive faces/gestures; humans' language as an extreme elaboration of primate communication.
  • Geographic and ecological specialization: orangutans are largely arboreal and solitary compared with many other great apes; gorillas include more terrestrial lifestyles; gibbons are canopy specialists.

Interesting Behaviors

  • Locomotion diversity: gibbon brachiation (arm-swinging), orangutan careful climbing, gorilla/chimp knuckle-walking, and habitual bipedalism in humans; many species also climb well.
  • Social systems vary widely: gibbons often form pair-bonded family groups; chimpanzees and bonobos commonly live in fission-fusion communities; gorillas often form groups centered on a dominant male; humans show highly variable, culture-shaped societies.
  • Communication is multimodal: facial expressions, gestures, touch (notably grooming), and rich vocal repertoires-plus gibbon song duets that can carry long distances.
  • Foraging flexibility: many are fruit-focused when available, but diets range from largely leafy (some gorillas) to broad omnivory (chimpanzees and humans).
  • Learning and tradition: juveniles spend years observing and practicing skills (tool use, foraging routes, social etiquette), and some behaviors differ by community or region.
  • Nest/bed building: great apes commonly construct sleeping platforms in trees or on the ground; nesting choices reflect habitat, safety, and weather.
  • Conflict and cooperation: alliances, reconciliation, play, and (in some species) coordinated aggression can all occur-patterns differ strongly among taxa and populations.

Cultural Significance

Apes (primates) look and act like humans, so they are symbols of kinship, intelligence, and the wild. They shape stories in Africa and Southeast Asia, influence science (evolution, tool use, social behavior), help lead forest conservation, and raise ethics about captivity and habitat loss.

Myths & Legends

Borneo and Sumatra (local folklore): orangutans are sometimes described as "forest people"-humans who retreated into the forest and chose silence, echoing the name's meaning "person of the forest".

Japan (folklore): a red-haired spirit or creature associated with the sea or deep forests; in many tales it loves alcohol and can befriend humans or reveal wonders when treated kindly.

Medieval Europe (the "Wild Man"/Woodwose tradition): a hairy wilderness figure in art and legend, sometimes portrayed with ape-like features, symbolizing untamed nature beyond society.

Himalayan and alpine stories about the "abominable snowman" or "wild man" tell of humanlike, hairy beings in remote mountains, linked today to apes or ancient humans but rooted in local wilderness spirits stories.

Central African forest stories sometimes call great apes "forest people," powerful neighbors to humans who share the woods. These tales teach respect, set boundaries, and warn against arrogance.

Conservation Status

NE Not Evaluated

Has not yet been evaluated against the criteria.

Population Decreasing

Protected Under

  • CITES: great apes (Gorilla, Pan, Pongo) are listed on Appendix I (international commercial trade prohibited except under exceptional circumstances). Gibbons (family Hylobatidae) are also listed on CITES Appendix I.
  • National wildlife protection laws across range states typically prohibit killing, capture, and trade of apes, though enforcement capacity varies widely.
  • Protected areas (national parks/reserves) and community-conservation landscapes are central to ape conservation; effectiveness depends on resourcing, governance, connectivity, and reduction of hunting/encroachment.

You might be looking for:

Human

25%

Homo sapiens

Only extant species of genus Homo; a great ape.

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Chimpanzee

20%

Pan troglodytes

Great ape; closest living relative of humans; central/west Africa.

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Gorilla

16%

Gorilla gorilla / Gorilla beringei

Largest living primates; central Africa; two species commonly recognized.

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Orangutan

14%

Pongo pygmaeus / Pongo abelii / Pongo tapanuliensis

Asian great apes; arboreal; Borneo and Sumatra.

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Gibbons ("lesser apes")

13%

Family Hylobatidae

Small apes; brachiating specialists of Southeast Asian forests.

Bonobo

12%

Pan paniscus

Great ape closely related to chimpanzees; endemic to DR Congo.

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Life Cycle

Birth 1 infant
Lifespan 20 years

Lifespan

In the Wild
4–80 years
In Captivity
8–60 years

Reproduction

Mating System Polygynandry
Social Structure Aggregation Group
Breeding Pattern Serial
Fertilization Internal Fertilization
Birth Type Internal_fertilization

Behavior & Ecology

Social Troop (also described as group, band, community, or family group depending on species) Group: 20
Activity Diurnal
Diet Omnivore Fruit (especially ripe, energy-rich fruit; figs are a frequent keystone resource where available)

Temperament

Highly variable across the order: ranges from relatively tolerant/affiliative (frequent grooming, play, reconciliation) to more despotic systems with steep dominance hierarchies and higher aggression.
Strong social learning and behavioral flexibility are common; innovation and cultural transmission are especially pronounced in apes and some monkeys.
Territoriality varies: some species are strongly territorial with coordinated boundary defense; others show overlapping ranges with limited intergroup aggression.
Neophobia vs. neophilia varies by ecology and predation risk; many primates show cautious approach to novelty but can become exploratory when benefits are high.
Parental investment is generally high with extended juvenility; alloparenting ranges from rare to frequent depending on species and social system.

Communication

Contact calls to maintain cohesion during travel/foraging Often individually distinctive
Alarm calls that can be predator-specific or context-specific; call usage may be learned and socially mediated.
Long-distance loud calls/duets in some taxa for territory advertisement and mate/pair coordination Notably in some pair-living species
Agonistic signals (threat barks, screams) and appeasement/affiliative vocalizations (grunts, coos) that modulate conflict and bonding.
Visual signals: facial expressions (e.g., lip-smacking, bared-teeth displays), body postures, gestures; gestural communication is especially elaborate in apes.
Tactile communication: grooming as a primary affiliative mechanism; also embraces, huddling, play, and contact comfort behaviors.
Olfactory cues: scent marking and odor-based individual/reproductive signaling are prominent in many strepsirrhines and present to varying degrees in other primates.
Multimodal signaling is typical (combining voice, gesture, facial expression); audience effects and intentional-like signaling are documented most strongly in apes but occur broadly.
Social information use: attention to others' calls, rank, kinship, and relationships to guide approach/avoidance, coalition formation, and foraging decisions.

Habitat

Biomes:
Tropical Rainforest Tropical Dry Forest Savanna Desert Hot Desert Cold Mediterranean Temperate Grassland Temperate Forest Temperate Rainforest Boreal Forest (Taiga) Tundra Alpine Freshwater Wetland Marine +9
Terrain:
Mountainous Hilly Plateau Plains Valley Coastal Island Riverine Volcanic Karst Rocky +5
Elevation: Up to 18044 ft 8 in

Ecological Role

Highly flexible consumers (often mid- to upper-level omnivores) and major plant-resource exploiters across tropical and subtropical ecosystems; ecological influence varies from small-bodied insect/fruit specialists to large-bodied leaf/fruit consumers and occasional predators.

seed dispersal (often long-distance, including large-seeded plants) pollination in a minority of nectar/flower-feeding contexts regulation of insect populations through predation shaping forest composition via selective fruit/leaf feeding and seed handling nutrient cycling via waste deposition and movement across habitats prey base support for large predators (primates as prey in many ecosystems) ecosystem engineering in some taxa via branch breaking, tool use, and creation of feeding traces that provide resources for other species

Diet Details

Main Prey:
Insects Invertebrates Eggs and nestlings Small reptiles and amphibians Small mammals Small birds Fish and aquatic prey +1
Other Foods:
Fruit Young leaves and shoots Mature leaves Flowers and buds Nectar Seeds and nuts Bark and pith Plant gums and exudates Fungi Roots and tubers Cultivated foods +5

Human Interaction

Domestication Status

Wild

Across apes (Hominoidea: gibbons and great apes), there is no true domestication—no long-term breeding for tame, human-directed traits. Human-ape ties include hunting and habitat conflict; capture and trade; scientific research (especially chimpanzees); zoo and sanctuary care; and conservation and ecotourism. Captive breeding occurs but apes keep wild strength, minds, and behavior; feral populations are rare.

Danger Level

High
  • Severe trauma risk from bites and blunt-force attacks (especially from larger great apes; even smaller apes can inflict serious injury)
  • Zoonotic disease transmission risk in both directions (apes can acquire human respiratory viruses; humans can be exposed to pathogens via bites, scratches, bodily fluids, or close contact)
  • Unpredictable behavior under stress/captivity (territoriality, dominance disputes, fear responses)
  • Risks during fieldwork/ecotourism: close approach violations, habituation-related aggression, and accidents in rugged terrain
  • Occupational hazards for keepers, veterinarians, researchers, and sanctuary staff

As a Pet

Not Suitable as Pet

Legality: Keeping apes as pets is usually illegal or strongly limited for welfare, safety, and conservation. CITES protects gibbons and great apes (often Appendix I). Many countries ban private ownership or require strict permits.

Care Level: Expert Only

Purchase Cost: Up to $100,000
Lifetime Cost: $200,000 - $2,000,000

Economic Value

Uses:
Ecotourism and wildlife tourism (viewing in natural habitats) Zoo and sanctuary operations (education, conservation breeding, welfare care) Scientific and medical research value (behavior, cognition, genetics; historically biomedical use in some countries) Media/entertainment (increasingly restricted due to welfare concerns) Local subsistence and illegal trade pressures (bushmeat, trafficking) Ecosystem services (seed dispersal and forest regeneration roles that support broader biodiversity)
Products:
  • Ecotourism permits, guided treks, and conservation-linked visitor revenue
  • Educational programming and conservation funding streams via accredited institutions
  • Scientific datasets (genomics, cognition/behavior studies) and conservation management tools
  • Employment in conservation, protected-area management, and community-based tourism
  • Illegal products/services (live animal trafficking, bushmeat) that are widely condemned and prosecuted where possible

Relationships

Related Species 5

Old World monkeys Cercopithecidae Shared Family
New World monkeys Platyrrhini Shared Order
Lemurs
Lemurs Lemuriformes Shared Order
Lorises and pottos
Lorises and pottos Lorisidae Shared Order
Tarsier
Tarsier Tarsiidae Shared Order

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

Summary

Apes are part of the superfamily of primates, the Hominoidea.

The Hominoidea encompasses a variety of species called “lesser apes” and “great apes.” These include the gorilla, orangutan, chimpanzee, bonobo, and humans(!). There are other primates whose common name may include “ape,” but those species are not primates.

Most primates are skilled climbers, especially when it comes to trees. They are omnivorous with a primary diet of vegetation. Foods include grass seeds, fruit, and the rare partaking of meat or invertebrates. Scavenged or hunted, they consume pretty much anything available that’s easily ingested.

Primates are native to Asia and Africa. Humans and species of great apes have startling similarities. Yet, at the same time, the gap in differences is huge when you compare the psychological, cultural, emotional, and spiritual aspects of each species.

Every species has its own language, symbols, communication techniques, and unique governance systems. But there’s no denying that human versions are far more complex. Technologies, scientific advancement, self-awareness, and even religion put humans in a category outside of standard primates.

5 Amazing Ape Facts

Apes and humans share blood types. That’s A, B, AB, and O. In that vein, chimps and gorillas can donate blood to humans. And vice versa. But as different species of animal, there are too many variants to consider before this could ever be a medical reality.

  1. In order to communicate, adult male orangutans inflate their throats and create a pouch. That allows the animals to make a deep noise that can be heard close to a mile away.
  2. Gorillas gather in big families. These are called harems.
  3. Mothers care for their baby orangutans until the infants are six or seven years old.
  4. Bonobos will grab a stick and use it as a weapon.
  5. Chimpanzees and humans share the same blood types. Theoretically, the two mammals could provide transfusions for each other.

Scientific Name

The primate is a member of the Hominoidea superfamily. The grouping consists of tailless primates belonging to the Hominidae and Hylobatidae families. The Hylobatidae consists of gibbons. Hominidae entail bonobos, chimps, gorillas, orangutans and humans.

Once classified as Pongidae, great apes got reclassified after extensive study proved closer similarities to humans as opposed to being closely related to chimps and monkeys. Gorillas, chimps, and humans are the Homininae subfamily. Orangutans belong to the Ponginae subfamily. Other distinct groups are Gorillini (gorillas) and Panini (chimpanzees).

Evolution And History

While there is evidence of primate-like mammals having evolved as early as almost 65 million years ago, during the Paleocene era, there doesn’t appear to be enough evidence that illustrates them playing an integral part in the transformation of later primates. It was not until the Eocene era, 55 million to 33 million years ago, that the first true primates, prosimians, evolved.

By the end of the Oligocene era, monkeys began to evolve from these early prosimians, which is believed to have caused the earlier species to become extinct. Once the Micone era arrived, apes had then begun to evolve from monkeys, and one of the earliest examples of this was in an extinct species called Proconsul that was found in the forests of Africa around 21 million years ago. Through weather conditions and migratory patterns, the species would eventually lead to distinct evolutionary branches which included human ancestors.

Types Of Primates

Pongo abelii is made up of Bornean, Sumatran and Tapanulis orangutans.

The human primate is a member of a broader superfamily zoologically. It acknowledges advanced cognitive abilities (including the ability to speak; though all primates do have some form of communication), a striding two-legged gait, and larger brain sizes.

Great apes are recognizable by their large size but human-like bone structure. Gibbons are lesser apes by name — “lesser” meaning they’re smaller in size. Great apes are intelligent, far more than gibbons and even monkeys.

One identification that stands out is great apes recognize themselves in mirrors, something the vast majority of the animal kingdom can’t do. Like a lot of humans, most of these creatures have an instinctive phobia of drowning. So, you’ll find many primates putting a lot of energy into avoiding water.

There are 26 recognized types of apes. The list entails 16 lesser apes and eight great apes. Here are a few of the types and some of their interesting features.

  • Pongo: Consists of orangutans. Of large size, pongo animals are infamous for having long orange colors. Living species are Bornean, Sumatran and Tapanulis orangutans.
  • Gorilla: Gorillas are ground dwellers located in central Africa’s tropical forests. It’s believed humans share 98 percent of their DNA with the eastern and western gorillas.
  • Pan: The Pan is the only subspecies here not listed as critical but they are still endangered. The group includes the chimpanzee and bonobo families.
  • Homo sapiens: Another of the great apes is the human. We come from a long line of evolution. Homo erectus is the first species to walk upright. Humankind continues to create advanced civilizations and technologies.
  • Hookok: These are gibbons, the second largest of the species. There’s the Eastern and Western Hoolock, and the Skywalker Hoolock.

Habitats

Apes live in close proximity, even as they break up into territories. Great apes are in Asia and Africa, finding habitat in the mountains, savannas, and jungles. Lesser apes are in Asia, inhabiting monsoon forests and tropical evergreen rainforests.

In groups and communities, these mammals are called a shrewdness or a tribe. The animals tend to be social, living like small families. Siamangs never wander more than 30 feet from one another. Gibbon communities are usually made up of two to six animals. Gorilla tribes can have 30 members. Chimps will have communities of up to 120. The communities play, eat, and protect one another.

For the most part, (if you leave out humans) these animals are herbivores. But many will snack on bugs or small animals. The gibbon diet is mostly fruit, flowers, insects, and leaves. Orangutans eat fruit, invertebrates, vegetation, and soil rich in minerals. Chimps go for fruits mainly but won’t turn away from birds, insects, and small mammals.

Ape Vs. Gorilla

Gorillas are anthropoids, considered a higher primate.

The thing we need to remember is a gorilla is a type of ape. So when we say “ape versus gorilla,” what we’re really saying is what distinguishes gorillas from all other members of the superfamily.

To begin, one of the more notable features is gorillas are the largest of the primates, stocky creatures with broad upper bodies. Features also include small eyes and human-ish hands. Many of these animals are “silverbacks.” That refers to an identification of white hair colors on the back, and a sagittal crest on the skull.

In many cases, there can be shorter hair on the lower portion of the body. The largest animal can stand up to almost six feet and weigh near 450 pounds.

Predators And Threats

The ape is larger in size, making it an adversary no one really wants. But even the smaller species have agility, strength, and speed on their side. So, none of these creatures are easy prey.

When it comes to predators, only the largest, most aggressive, powerful wild animals could potentially threaten these primates. That’s why animals like leopards, crocodiles, and lions are major enemies.

Of course, like most endangered species (and many species of primates are), the greatest threat to any animal remains mankind. Habitat loss via fragmentation, destruction, degradation, hunting, insecticides, and more are threats, and many of the conditions are the result of human encroachment.

What Eats Apes?

Here are some of the more likely predatory experiences for primates.

  • Smaller types of monkeys and chimps have to keep an eye out for hunting cats like leopards.
  • Young primates are easily in the line of fire when it comes to large cats and birds of prey, such as eagles.
  • When it comes to predators, primate communities are quite protective of their young.

What Do Apes Eat?

What Do Apes Eat

Fruit is the main item on any ape species menu. Of all the primates, humans manage the largest diet, eating all types of food, including vegetables, meats, fruits, dairy, cultivated, processed, etc.

Conservation Status

According to the IUCN Redlist, five species of the great ape are critically endangered. That includes the eastern and western gorillas, the Sumatran, and the Bornean orangutans. In the lesser ape category, the bonobo and chimpanzee fall in the endangered category.

Sadly, facts include the Tapanuli is down to less than 800 in the wild, making the animal the rarest of the ape family.

Reproduction, Babies, And Lifespan

Of course, we’re talking about a range of different animals here, all of which may have their unique processes. So, what follows are facts that pretty much cover the primary behavior of primates.

Apes have no mating season. They have sex whenever the mood strikes them. In the wild, it’s a go as long as the female is in heat. In some wild primate communities, the females are quite loosey-goosey, often mating with multiple partners in their communities as well as in others.

The female primate carries the baby in its bellies for a period of time. That gestation can vary. While gestation doesn’t appear far apart, on average female chimps carry for 243 days, Bornean orangutans 259 and bonobos have an average of 240.

Typically, primates give birth to one child at a time. We call that newborn an infant or baby. Twins are possible, though rare, mostly among gibbons, lemurs, monkeys, and baboons. Higher apes — chimps, gorillas, and orangutans — have never given birth to more than a single infant at any time.

Lifespan

Of the many similarities between humans and ages, one distinguishing and important identification is the respective lifespans.

Humans have a lifespan that, in general, is twice that of the ape. Regardless of the unique species, primates overall do not live more than five decades. The exception is the human. Human lifespans have doubled over the last two centuries, hitting 72.6 years in 2019.

Science attributes this to decreased infant mortality rates and advances in medicine, diet, and environment. And even if we take away those facts, studies still show communities in high-mortality ecosystems have a greater life expectancy than a newborn wild chimp.

These facts come from studies that attribute the gap to most apes foraging on vegetation while humans digest meat, a prime source of energy and protein which manages body size, increases brainpower, and reduces the size of our gut.

You can factor in all the alleged disadvantages associated with meat, but the facts are meat helps humans stay healthy and live longer, and our metabolisms have evolved to better adjust to meat-rich diets as long as we eat responsibly.

Population

chimpanzee

The chimpanzee population is around 300,000 but is endangered due to the bush meat trade.

Four nations — the Democratic Republic of the Congo, Madagascar, Indonesia, and Brazil — are home to 65 percent of all primates. (We assume that number refers to only wild apes outside of humankind.)

Populations are naturally gauged by a variety of facts. But when referring to the superfamily of primates generally, we can easily talk about large numbers, but it’s the numbers for the individual species that matter.

The western gorilla is still endangered even though its number is close to 250,000. There are almost 300,000 chimpanzees but less than 75,000 Bornean orangutans. And sadly, the Tapanuli is looking at less than 800 wild creatures worldwide.

View all 327 animals that start with A

Sources

  1. https://www.britannica.com/story/whats-the-difference-between-monkeys-and-apes#:~:text=Monkeys%20and%20apes%20are%20both,of%20the%20human%20family%20tree.&text=Although%20you%20can't%20recognize,exhibit%20some%20use%20of%20tools
  2. https://wwf.panda.org/discover/knowledge_hub/endangered_species/great_apes/gorillas/#:~:text=The%20largest%20living%20primates%2C%20gorillas,together%20and%20large%2C%20prominent%20nostrils
  3. https://www.worldwildlife.org/species/gorilla#:~:text=The%20largest%20of%20the%20great,a%20lowland%20and%20upland%20subspecies
  4. https://animals.mom.com/how-to-tell-the-difference-between-an-ape-and-gorilla-2277210.html
  5. https://www.livescience.com/9769-humans-outlive-apes.html
  6. https://www.livescience.com/51017-ape-facts.html#:~:text=The%20habitats%20of%20great%20apes,tropical%20rainforests%20and%20monsoon%20forests
  7. https://outforia.com/types-of-apes/
  8. https://www.dw.com/en/10-facts-you-probably-didnt-know-about-great-apes/a-19189577
  9. https://easyscienceforkids.com/what-is-a-mammal/
  10. https://www.livescience.com/51017-ape-facts.html
  11. https://www.newworldencyclopedia.org/entry/ape
  12. Varies 50 years; longer for humans
  13. https://centerforgreatapes.org/about-apes/
  14. https://en.wikipedia.org/wiki/Ape
Melissa Bauernfeind

About the Author

Melissa Bauernfeind

Melissa Bauernfeind was born in NYC and got her degree in Journalism from Boston University. She lived in San Diego for 10 years and is now back in NYC. She loves adventure and traveling the world with her husband but always misses her favorite little man, "P", half Chihuahua/half Jack Russell, all trouble. She got dive-certified so she could dive with the Great White Sharks someday and is hoping to swim with the Orcas as well.
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Ape FAQs (Frequently Asked Questions)

An ape is a member of the primate superfamily. What distinguishes them is, among other identification traits, all included species have no tail. Primates include humans, gorillas, chimpanzees, gibbons, orangutans and more.