A
Species Profile

African Elephant

Loxodonta africana

Big ears, bigger impact.
Jane Rix/Shutterstock.com

African Elephant Distribution

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Size Comparison

Human 5'8"
African Elephant 10 ft 6 in

African Elephant is 1.9x the height of an average human.

Bull elephant, loxodonta africana, in the grasslands of Amboseli National Park, Kenya. Front view.

At a Glance

Wild Species
Also Known As African elephant, savanna elephant, savannah elephant, bush elephant, African savanna elephant
Diet Herbivore
Activity Cathemeral+
Lifespan 60 years
Weight 10400 lbs
Status Endangered
Did You Know?

Size: adult bulls typically ~3.0-3.4 m at the shoulder and ~4,700-6,000 kg; cows ~2.4-2.7 m and ~2,100-3,200 kg (commonly reported zoological ranges).

Scientific Classification

The African bush elephant is the largest living land mammal, a social, highly intelligent herbivore of sub-Saharan Africa, notable for its large ears, trunk, and (in both sexes typically) prominent tusks.

Kingdom
Animalia
Phylum
Chordata
Class
Mammalia
Order
Proboscidea
Family
Elephantidae
Genus
Loxodonta
Species
Loxodonta africana

Distinguishing Features

  • Very large body size; largest extant terrestrial animal
  • Large, fan-shaped ears used for thermoregulation
  • Trunk (elongated nose/upper lip) used for feeding, drinking, and communication
  • Curved tusks (modified incisors), often larger and more curved than in forest elephants
  • Back often slightly concave/saddle-shaped compared with forest elephants

Physical Measurements

Males and females differ in size

Height
11 ft 6 in (10 ft 6 in – 13 ft 1 in)
7 ft 10 in (7 ft 3 in – 8 ft 6 in)
Length
22 ft 4 in (20 ft 4 in – 23 ft 11 in)
Weight
6.6 tons (5.5 tons – 11.5 tons)
3.0 tons (2.4 tons – 3.6 tons)
Tail Length
3 ft 11 in (3 ft 3 in – 4 ft 3 in)
3 ft 11 in (3 ft 3 in – 4 ft 3 in)
Top Speed
15 mph

Appearance

Primary Colors
Secondary Colors
Skin Type African Bush Elephant (Loxodonta africana) has very thick, wrinkled skin, about 2.5 cm in many places. Skin has little hair and is often coated with dust or mud to protect from sun and parasites.
Distinctive Features
  • Largest living land mammal; adult size (savanna/bush elephant, Loxodonta africana): males commonly ~3.2-4.0 m shoulder height and ~4,700-6,000+ kg; females commonly ~2.2-2.6+ m shoulder height and ~2,160-3,230+ kg (Nowak 1999; Moss, Croze & Lee 2011).
  • Very large ears adapted for heat dissipation in open, hot habitats; ear-flapping and vasodilation are key thermoregulatory behaviors typical of savanna elephants (Moss et al. 2011).
  • Trunk (elongated nose/upper lip) with two finger-like projections at the tip (diagnostic for African elephants), enabling fine manipulation of grasses, leaves, bark, and water (Nowak 1999).
  • Tusks (elongated upper incisors) typically present in both sexes but variable; some individuals (more often females in certain populations) can be tuskless, influenced by genetics and selective pressure from ivory poaching (IUCN 2021).
  • Tusks curve outward and forward. Large bulls can have very heavy tusks—some over 45 kg—though many herds now have smaller average tusks because heavy poaching has removed large-tusked animals.
  • Back often shows a gentle concave (sway-backed) profile in adults; massive pillar-like limbs with broad, cushioned feet adapted for long-distance walking in savannas (Nowak 1999).
  • Feet typically show 4 toenails on the forefeet and 3 on the hindfeet in Loxodonta (commonly cited external trait in field guides/veterinary references).
  • Sparse body hair; calves have visibly more hair which becomes very sparse in adults (Nowak 1999).
  • African bush elephant (Loxodonta africana) have heavy bodies and strong skull and neck muscles that let them strip bark, break branches, and push trees, leaving scarring, dusty hides, and sometimes broken tusk tips.
  • Long lifespan: commonly ~60-70 years in the wild when not limited by human impacts (Nowak 1999; IUCN 2021).

Sexual Dimorphism

Strong sexual dimorphism: adult males (bulls) are much larger than adult females, with thicker, heavier tusks and bigger skulls. Females live in female-led family groups; males often solitary or in bachelor groups and show temporal-gland secretion and aggression during musth.

  • Larger overall body size: commonly ~3.2-4.0 m at shoulder and ~4,700-6,000+ kg (Nowak 1999; Moss et al. 2011).
  • Tusks on average thicker/heavier; increased frequency of very large tusks among older bulls (IUCN 2021).
  • Musth: periodic condition with temporal-gland secretion and urine dribbling; associated with increased roaming and mating behavior (Moss et al. 2011).
  • More pronounced head/neck musculature and broader forehead in mature bulls.
  • Smaller overall body size: commonly ~2.2-2.6+ m at shoulder and ~2,160-3,230+ kg (Nowak 1999; Moss et al. 2011).
  • Tusks typically present but may be smaller; tusklessness occurs and can be relatively more common in females in some heavily poached populations (IUCN 2021).
  • Mammary glands between the forelegs; adult females are the stable core of matriarch-led family groups (Moss et al. 2011).

Did You Know?

Size: adult bulls typically ~3.0-3.4 m at the shoulder and ~4,700-6,000 kg; cows ~2.4-2.7 m and ~2,100-3,200 kg (commonly reported zoological ranges).

Longest pregnancy of any land mammal: gestation averages ~22 months (about 640-660 days), usually producing a single calf.

A trunk is a fusion of nose + upper lip with ~40,000 muscle units; African elephants have two "finger" tips for precise grasping.

They communicate with powerful low-frequency rumbles (including infrasonic components) that can travel kilometers through air and ground.

Daily intake can be immense: often ~150 kg of vegetation/day (varies by season, sex, and habitat), making them major shapers of savanna plant communities.

Lifespan commonly ~60-70 years in the wild; older matriarchs can lead families for decades, retaining crucial "ecological memory."

Unique Adaptations

  • Heat management "radiators": exceptionally large, highly vascular ears (in big bulls, ear length can approach ~2 m) shed heat when flapped or held out to the wind-an advantage in open, hot savannas.
  • Tusks as multipurpose tools: enlarged upper incisors (typically in both sexes) used for debarking, digging minerals/water, moving logs, and defense; tusk size varies widely and can be reduced by selective poaching pressure.
  • High-crowned, ridged molars built for abrasive grasses and woody browse; new molars move forward through the jaw in a conveyor-belt sequence across the lifetime.
  • Pillar-like limbs and broad, cushioned feet distribute mass; the foot's fatty pads dampen impact and help with quiet, efficient long-distance walking.
  • Sensitive trunk tip and rich smell/touch perception enable fine manipulation (picking up a single seed) and complex chemical sensing (e.g., reproductive state via urine cues).
  • Infrasonic signaling and vibration detection support coordination across open landscapes where visibility may be limited by distance or vegetation.

Interesting Behaviors

  • Matriarchal family groups: related adult females and calves travel together; leadership often follows the oldest, most experienced cow.
  • Fission-fusion sociality: families may split into smaller units and later reunite, especially as food and water availability changes.
  • Musth in males: adult bulls enter periodic reproductive states marked by heightened testosterone, temporal-gland secretion, urine dribbling, and increased roaming/competition.
  • Allomothering: females other than the mother frequently babysit, guard, and assist calves-boosting calf survival and social learning.
  • Dust and mud bathing: they throw dust/mud over the body for sun protection, skin care, and parasite control; they may follow with rubbing on trees or termite mounds.
  • Resource engineering: they dig for water in dry riverbeds, enlarge waterholes, and break branches or push over trees-often opening habitat for grazers and creating pathways used by other animals.
  • Long-distance navigation: herds can travel tens of kilometers between resources, often revisiting traditional routes and drought refuges remembered by matriarchs.

Cultural Significance

African bush elephant (Loxodonta africana) stands for power, wealth, and protection in many sub‑Saharan cultures. Elephant images appear in royal dress and praise songs; sayings teach humility. As a key savanna species, it brings tourism and conflicts with people affect local lives and land use.

Myths & Legends

In Southern and East African folktales, the African bush elephant (Loxodonta africana) gets its long trunk after being stretched or tugged at a riverbank, changing a problem into a useful tool for survival.

Bantu-speaking regions widely share "Hare (or Tortoise) and Elephant" trickster tales in which a small, clever animal outwits the powerful elephant-stories used to teach that intelligence and strategy can overcome brute force.

In Swahili oral storytelling (traditional stories), "Elephant and Hare" appears in multiple local variants: the hare manipulates social rules and pride to defeat the elephant, cautioning listeners against arrogance and rash anger.

West African and Southern African moral tales sometimes portray elephants as guardians of the bush or judges in animal councils-an embodiment of seniority and the weight of experience, echoing real matriarchal leadership in elephant society.

Conservation Status

EN Endangered

Facing a very high risk of extinction in the wild.

Population Decreasing

Protected Under

  • CITES: African elephant listed under Appendix I for most populations; certain southern African populations have been listed under Appendix II with annotations (trade strictly regulated).
  • National legal protection across most range states (varies by country) and occurrence in numerous protected areas (national parks, game reserves, conservancies).

Life Cycle

Birth 1 calf
Lifespan 60 years

Lifespan

In the Wild
50–70 years
In Captivity
40–70 years

Reproduction

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

African bush elephant (Loxodonta africana) are mainly polygynous: males compete and females choose. Short guarding periods occur; no lasting pairs. Musth males get most matings, but females can mate with several males during estrus (2–5 days).

Behavior & Ecology

Social Herd Group: 10
Activity Cathemeral, Crepuscular
Diet Herbivore Marula fruit (Sclerocarya birrea) when seasonally available
Seasonal Migratory 373 mi

Temperament

Highly social and affiliative within family units; strong allomaternal care (calf guarding, helping, and coordinated group movement) is common across populations (Moss 1988).
Generally non-territorial; home ranges overlap widely and groups show fission-fusion flexibility tied to rainfall, forage, and water distribution (Wittemyer et al. 2005).
Mothers and matriarchs can be intensely defensive during calf threat; agonistic displays include head-high posture, ear-spreading, and charges (Moss 1988; Poole & Granli 2009).
Adult males show increased aggression and risk-taking during musth; musth is associated with elevated testosterone and heightened dominance interactions (Poole 1989; Rasmussen et al. 2002).
African bush elephants (Loxodonta africana) change activity and wariness with human pressure: disturbed groups become more nocturnal and avoid open areas, while protected groups are more active by day and tolerant.

Communication

Low-frequency rumbles, including infrasonic components reported down to ~14 Hz, used for long-distance contact and coordination Payne et al. 1986; Poole et al. 1988
Trumpets High-intensity calls) associated with excitement, alarm, or social arousal (Moss 1988; Poole & Granli 2009
Roars/screams and barks during high arousal, conflict, or distress contexts Moss 1988
Snorts and other short broadband calls often linked to alarm or sudden disturbance Poole & Granli 2009
Seismic Substrate-borne) signaling: low-frequency rumbles and/or foot-generated vibrations can be detected through the ground and are used in coordination and alarm contexts (O'Connell-Rodwell et al. 2001
Chemical/olfactory: urine, dung, and temporal gland secretions convey reproductive status Notably musth in males) and individual information; trunk 'checking' of urine/dung is common (Rasmussen & Krishnamurthy 2000; Poole 1989
Tactile: trunk touches, body rubbing, and contact reassurance Especially toward calves) are frequent and central to bonding (Moss 1988
Visual: ear-spreading, head posture, and body orientation function in threat displays and social signaling; coordinated group bunching forms during perceived risk Poole & Granli 2009

Habitat

Biomes:
Savanna Tropical Dry Forest Desert Hot Wetland Freshwater
Terrain:
Plains Hilly Plateau Valley Riverine Rocky Sandy +1
Elevation: Up to 9842 ft 6 in

Ecological Role

Keystone mega-herbivore and ecosystem engineer (savanna/woodland) and major long-distance seed disperser

Regulates woody vegetation structure via browsing, branch-breaking, debarking, and tree-felling, helping maintain savanna heterogeneity Creates/maintains habitat mosaics (open patches, pathways) that benefit grazers and other wildlife Enhances nutrient cycling by moving and depositing large quantities of dung and urine across landscapes Disperses seeds (including large-seeded fruits) over long distances; dung provides germination substrate Creates water access points by digging in dry riverbeds; may open/maintain trails to water used by other species Provides resources for other organisms: dung supports diverse invertebrate communities and secondary consumers; carcasses (when present) subsidize scavengers

Diet Details

Other Foods:
Grasses Sedges and other graminoids Woody browse Bark and cambium Roots, bulbs and tubers Fruits Seeds and pods Forbs and herbs Crop plants +3

Human Interaction

Domestication Status

Wild

African bush elephant (Loxodonta africana) is a wild species and is not domesticated. Unlike Asian elephants (Elephas maximus), it has not formed a domesticated line. Individuals have sometimes been captured or held for display, work, or sport (zoos, circuses) and may conflict with people or face illegal ivory trade.

Danger Level

High
  • Fatal attacks via trampling, crushing, or goring with tusks-risk increases when animals are surprised, wounded, protecting calves, or during male musth (well-documented behavioral state with elevated aggression/sexual activity) (Poole & Moss 2008; Moss 2001).
  • Human-elephant conflict during crop raiding or at water points: people may be injured/killed while defending fields or encountering elephants at night; elephants can damage homes, grain stores, wells, and vehicles.
  • Risks during wildlife management operations (darting, collaring, translocation) and in captivity if husbandry is inadequate; adults are extremely strong and can breach barriers.
  • Road/rail collisions involving elephants and vehicles where transport corridors cross elephant range.
  • Zoonotic disease considerations in captive/managed settings (e.g., elephant endotheliotropic herpesvirus is mainly an Asian-elephant issue; tuberculosis has been documented in captive elephants), requiring specialized veterinary protocols and occupational safety procedures.

As a Pet

Not Suitable as Pet

Legality: Not a pet. Keeping Loxodonta africana needs zoo or sanctuary licenses, facilities, and wildlife welfare laws. CITES mostly lists it on Appendix I (some Appendix II), so private ownership and moving across countries are banned or restricted in many places.

Care Level: Expert Only

Purchase Cost: Up to $200,000
Lifetime Cost: $5,000,000 - $30,000,000

Economic Value

Uses:
Ecotourism and protected-area revenue Employment and livelihoods linked to wildlife tourism (guides, lodges, rangers) Ecosystem services (ecosystem engineering, habitat modification, seed dispersal) Cultural and national heritage value Research and education value Human-wildlife conflict costs (crop loss, infrastructure damage, management costs) Illegal wildlife trade pressures (ivory)
Products:
  • photographic/game-viewing tourism experiences
  • conservation-linked jobs and community revenue-sharing (where implemented)
  • scientific data (movement ecology, cognition, social behavior)
  • ecosystem engineering effects that maintain savanna heterogeneity (tree pushing/bark stripping, creation of water access points)
  • (illegal) ivory from tusks; (illegal) bushmeat/hides in some contexts

Relationships

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

White rhinoceros
White rhinoceros Ceratotherium simum Both the white rhinoceros and the African bush elephant (Loxodonta africana) are very large savanna herbivores that shape grasslands by heavy grazing and trampling, eat both grass and leaves, require water, and help create open areas and influence fire frequency.
Black rhinoceros
Black rhinoceros Diceros bicornis Large-bodied browser in many of the same semi-arid savannas and woodlands; ecological overlap in use of woody plants (e.g., Acacia, Commiphora). Elephants also knock down trees and strip bark, indirectly altering browse availability for other browsers, including black rhino.
Hippopotamus
Hippopotamus Hippopotamus amphibius African bush elephant (Loxodonta africana) is a large herbivore that alters the landscape and redistributes nutrients. Both elephants and hippos require surface water and gather at rivers in the dry season, moving nutrients—hippos primarily through aquatic pathways, elephants through widely dispersed dung.
Giraffe
Giraffe Giraffa camelopardalis Large savanna browser sharing woody browse resources, with niche overlap in tree and shrub use. Elephants can reduce canopy height and availability of browse by breaking branches and uprooting vegetation, which can both compete with and facilitate giraffe feeding depending on vegetation structure.
Cape buffalo
Cape buffalo Syncerus caffer Large, social savanna herbivore that moves seasonally between grazing areas and water. Often found with elephants at waterholes and in mixed feeding areas; its grazing and trampling alter vegetation and it influences predator dynamics and disease transmission.

“The largest land animal on earth is the African elephant.”

African Elephant Summary

Many people consider the African elephant their favorite animal. After all, it’s the largest land animal in the world, so its size alone is awe-inspiring. Elephants use their trunks as an expressive and useful multipurpose tool. They are highly intelligent and emotionally expressive creatures. Based on genetic analysis, African elephants were reclassified in the year 2000 as two separate species: the African bush elephant (or savanna elephant) and the African forest elephant. This article compares and contrasts these species.

African Elephant Facts

  • About 415,000 African elephants remain in the wild.
  • There are two species of African elephant: the African bush elephant (or savanna elephant) and the African forest elephant.
  • Forest elephants are smaller and have straighter tusks, which makes them more valuable and threatened in the illegal ivory trade.
  • African elephants live in herds headed by females. Bull elephants live alone except during mating season.
  • Elephants use their trunks to breathe, lift water and food to their mouths, move objects, and communicate. They can pick up a single grain of rice, or something as heavy as a horse.
  • Elephant calves sometimes nurse from their mothers for up to 10 years.
  • They are highly intelligent and emotional. They can solve complex problems, recognize themselves in a mirror, distinguish the threat levels of different tribes of people, and mourn their dead for years.
  • The greatest threats to African elephants are poaching and habitat loss.

African Elephant Scientific Name

The scientific name of the African elephant is Loxodonta Africana. The genus name comes from the Greek loxo or “oblique-sided” and donta (tooth). (You’ll recognize the second Greek word from terms like “orthodontist.”) Therefore, this animal’s scientific name means “African oblique-toothed elephant.” There are two species in this genus with different genetics, physical characteristics, and habitat: L. africana (the African bush elephant or savannah elephant) and L. cyclotis (the African forest elephant). Moreover, based on fossil evidence, paleontologists have proposed another five species that are now extinct.

African Elephant Appearance

Common Characteristics of African Bush and Forest Elephants

Both species of African elephants have greyish-brown skin that is up to 1.2 inches thick and covered with sparse, bristly hair. The characteristic elephant features are columnar legs, a massive body, a thin tail with a brush at the end, massive sail-like ears, tusks, and a long prehensile trunk. Here are more details on its most unique features:

  • Ears: Elephants flap their ears to radiate heat from the blood vessels on the inner side and to create air currents to fan their sides.
  • Tusks: Elephant tusks are a type of overgrown tooth that can reach 5-8 feet long. Males and females use them to dig for roots, strip bark from trees, and fight rivals and predators.
  • Trunks: An elephant’s most amazing and useful feature is its trunk. The trunk is a greatly extended nose and upper lip. The trunk has an extraordinary amount of nerves and muscles, making it highly sensitive, strong, and maneuverable. With its trunk, an elephant can pick up something as small as a grain of rice, or as heavy as a grizzly bear. Furthermore, it uses its trunk like a snorkel to breathe when it submerges itself in water or to slurp up water to drink or to spray itself. The trunk also manipulates air flow to let the animal trumpet, snarl, snort, roar, and even “purr.”

Differences Between African Bush and Forest Elephants

The genetic difference between African bush elephants and African forest elephants is about 50% as much as the difference between African and Asian elephants. Researchers say the genetic variation between the two African elephant species is comparable to the difference between lions and tigers.

Physically, African forest elephants are overall smaller and have smaller and rounder ears than African bush elephants. Forest elephants have a different skull shape and narrower and straighter tusks. Unfortunately, this characteristic makes them more desirable in the black market for ivory and more vulnerable to poachers.

African Elephant Evolution and History

Biologists believe that elephants split from primates in the evolutionary tree about 80 million years ago. The closest common ancestor between humans and elephants is the tree shrew. One of the primordial ancestors of elephants was the moeritherium, a hippo-like mammal the size of a large pig. Fossil evidence suggests elephants originated in Africa but the ancestors of both woolly mammoths and Asian elephants migrated out of Africa millions of years ago. African Bush Elephants and African Forest Elephants diverged into different species 2.6 million years ago. They can interbreed but rarely do so. In 1958, researchers discovered hybrids of the two in northeastern Belgian Congo (today, The Democratic Republic of the Congo).

African Elephant Behavior

Herd Behavior

African elephants live in herds headed by older females (cows). Family units can include approximately 10 elephants, but sometimes they join together in clans of 70 or so. Male elephants (bulls) live alone. Herds migrate with the changing seasons in search of food and water. They remember the location of water supplies from year to year. They typically walk but can run up to 25 miles per hour when necessary. African elephants enjoy submerging in watering holes both to cool off and to relieve the pressure of their immense weight on their joints.

Intelligence

Not only are African elephants the largest land animals, but they also have the largest brains of any terrestrial species. As a result, their brains weigh 11 pounds (comparable to the weight of a bucket of paint), whereas a human brain only weighs 3 pounds (as heavy as a laptop computer). It’s not surprising, then, that elephants of all species are extremely intelligent and express complex emotions. Here are some examples:

  • The herd celebrates the birth of a calf by trumpeting and caressing the newborn with their trunks.
  • They have self-awareness. They are one of the few animals that can recognize themselves in a mirror.
  • They mourn the death of loved ones. In fact, years later, they will return to the remains, pause in silence, and caress the skull with their trunks.
  • Elephants can recognize members of their herd or humans they have bonded with, after decades-long separations.
  • They can manipulate tools in their environment and conceive of plans to achieve goals. For example, they will move objects to use as step-stools to reach food high in trees, work together to rescue a calf that has fallen into a hole, use logs to neutralize electric fences, and use branches or sticks to shoo insects away from themselves or remove ticks.
  • Using their sense of smell, they can identify different tribal groups of humans and avoid those who are greater threats.

Interaction with People

People have never actually domesticated elephants but have tamed individuals. This means that as gentle as they may be when raised with humans, they still retain wild instincts just as a tiger or any other wild species held in captivity. Nevertheless, with positive training methods, they can become very affectionate to the humans who care for them. African elephants are wilder and more difficult to train than Asian elephants. Trainers choose females because they find males more stubborn and aggressive.

In ancient times, cultures such as Carthage and the kingdoms of India used elephants as war machines to barrel like tanks through enemy armies. Elephants were never predictable enough for this purpose, though, because when spooked they could run in any direction: often in the direction they came from, trampling friendly troops behind them. Their large dietary requirements and susceptibility to cold weather conditions also limited their range and usefulness. Up to the present day, people in the Indian subcontinent and southeast Asia still use elephants for cultural and ceremonial displays and for heavy lifting and dragging loads in the timber industry.

In the Western world, elephants were formerly star attractions in traveling circuses, but these have fallen out of favor in recent years over concerns for animal wellbeing. Elephants are still immensely popular in zoos, many of which work hard to display them in spacious habitats that are not as distressing for the animals or the guests who visit them.

African Elephant Habitat

All wild African elephants live in sub-Saharan Africa. They are able to live in a wide range of habitats because their large size enables them to store food and water. They serve a useful role in the environment by disbursing seeds and fertilizing land through their feces, excavating water holes, clearing paths, and establishing trails used by many other species. By knocking down trees before they can proliferate into forests, they help preserve savanna and grassland habitats and the many species that require those environments.

African Bush Elephant Habitat

African bush elephants live in eastern and southern Africa. Their range includes open savannas, which are grasslands with scattered trees and dry and rainy seasons. They also live in some forested areas and even deserts in some parts of the continent. Bush elephants live in the following countries: Angola, Botswana, Burundi, Chad, Eritrea, Ethiopia, Kenya, Malawi, Mozambique, Namibia, Rwanda, Somalia, South Africa, Sudan, Swaziland, Tanzania, Zambia, and Zimbabwe.

African Forest Elephant Habitat

African forest elephants live in central and western Africa. They are a more elusive species and not as well-known as their bush elephant cousins. They frequent dense tropical woodlands and forests with high rainfall. Forest elephants live in Benin, Burkina Faso, Cameroon, Central African Republic, Congo, Democratic Republic of Congo, C όte d’Ivoire, Equatorial Guinea, Gabon, Gambia, Ghana, Guinea, Guinea-Bissau, Liberia, Mali, Mauritania, Nigeria, Niger, Senegal, Sierra Leone, Togo, and Uganda.

African Elephant Diet

African elephants are herbivores that eat grass, leaves, bark, fruit, roots, and other foliage. With molars the size of bricks, elephants can even crush and eat the solid wood of a tree trunk. They need to eat about 350 pounds of food a day to maintain their massive weight. They will sometimes consume soil to supplement their diets with salt and other missing minerals. The diet of bush elephants is heavier in grass whereas the diet of forest elephants includes a higher percentage of fruit and tree foliage.

African Elephant Predators and Threats

Threats to Bush Elephants

Healthy adult elephants have no natural predators, but young, sick, or injured elephants may be prey for lions, hyenas, or crocodiles. Human beings are the greatest threat to elephants. People kill elephants for food (bushmeat), or to prevent them from trampling down fences and crops. The biggest poaching threat, though comes from the ivory trade. Elephant tusks are an ingredient of traditional medicine, a traditional material for piano keys, or for valuable sculptures, decorative items, or jewelry. A worldwide ban on the ivory trade took effect in 1989, but the demand in Asia in particular is still strong. Poachers kill an estimated 25,000-70,000 African elephants for their tusks every year. When poached tusks are confiscated by wildlife officials, they are burned to keep the ivory out of circulation. African bush elephants have an “endangered” classification.

Threats to Forest Elephants

African forest elephants are even worse off, with a “critically endangered” status. They are vulnerable not only to ivory poachers, but to human encroachment on their forest habitat for timber, firewood, and clearcutting land for farming. In the past 40 years, African elephants have lost about 50% of their habitat. Another threatening factor for African forest elephants is that they only reach sexual maturity at 14-17 years old, and in practice only successfully reproduce at 23 or so. As a result of all these factors, the population of forest elephants has declined 60% in the course of a single decade. Experts say if all poaching stopped today, it would take 81 years for the forest elephant population to recover from the loss of the past 10 years.

Conservation Efforts

Organizations seeking to protect African elephants from extinction use a variety of strategies. For instance, they monitor elephant numbers, the status of their habitats, and poaching numbers. They work with local communities to minimize negative human-elephant interactions. An example of this is to help local farmers establish bee colonies, which elephants are afraid of and will avoid. They work with authorities to protect elephant habitats. And they work energetically to curtail the ivory trade on both the supply and demand sides.

African Elephant Reproduction and Life Cycle

Mating

African elephant bulls roam the landscape living solitary lives, while cows and calves stay together in herds or clans of 10-70 individuals. African bush elephants reach sexual maturity at 10-12 years old, but forest elephants do so only at 14-17. During mating season, bulls fight with one another over desirable females clashing with their tusks and sometimes causing serious injury to one another. The gestation period is 22 months, the longest pregnancy of any mammal. Twins are born only 1% of the time and usually are too small and weak to survive.

Calves

A healthy newborn African elephant calf can weigh up to 364 pounds. They can stand up right after they are born, but are nearly blind and rely on their mother’s trunk to guide them. A baby elephant will soothe itself by sucking on its trunk like a pacifier. The weaning age for elephants is 6-18 months, but sometimes they continue nursing up to 10 years. Cows give birth every four to five years and will push off their older offspring to allow the younger one to nurse. Furthermore, they may push away an older child when its tusks grow too long or the frequent nursing causes abrasions. Calves that get separated from their herds are in danger from crocodiles, lions, hyenas, and other predators. The herd works together to fight off these kinds of threats.

Life Stages

African elephants go through different stages in their long lives:

  • Calf – From birth to age 5-6, elephants depend on their mothers and other herd members for food, socialization, and protection.
  • Juvenile – Up to their early teens, juvenile elephants learn skills from the rest of their family and spend a great deal of time building their strength and social skills by playing with each other.
  • Sub-adults – From their early teens to their 20s, elephants are still growing but are becoming more independent. They start to explore and interact with wider social groups.
  • Adult – Elephants reach adulthood sometime in their late teens to early 20s. At that time, they are full-grown and participate fully in the activities of their herd.
  • Elderly – Elephants are elderly once they reach their 50s or so. They are less physically active and depend on the herd more. Moreover, they may start to have problems eating because of worn teeth.

Lifespan

When they are able to live out a full lifespan, African elephants can live up to 70 years old. The record oldest African elephant lived into its 80s. Researchers think the advanced emotions elephants express may be a result of their long lifespan, high intelligence, and the extended time they spend with their family groups.

African Elephant Population

Elephants in the Wild

The overall African elephant population today is about 415,000 individuals. Knowing the exact number is difficult because they have a fragmented habitat and range widely. In some areas, they are in decline, and in other areas, they have a stable population. Mauritania, for example, had an elephant population until they went extinct there around 1989. Southern and eastern Africa have the largest African elephant populations. Loss of habitat and poaching are the two greatest threats to elephants in the wild. Climate change is another factor, as elephants may not be able to adapt or migrate fast enough to new ranges as the climate in their old habitat becomes unsustainable.

Elephants in Captivity

An estimated 15,000-20,000 elephants of all species live in captivity. In the United States, about 393 elephants live in zoos, circuses, and private collections. Approximately 160 of these are African elephants. Elephants are social creatures that require a large amount of space for exercise and mental stimulation. Hence, keeping them singly or in enclosures that are not large enough is cruel to the animal.

Ways You Can Help Elephants

No matter where they live, elephant enthusiasts can help preserve the species.

  • Learn about the species and their conservation status and share with others.
  • Financially support an organization that helps elephants like the International Elephant Foundation.
  • Refuse to visit circuses or zoos that do not properly source and care for their elephants.
  • Never buy or sell ivory products. Destroy any that you own or donate valuable vintage pieces to a museum.
  • Become an eco-tourist. Visit sanctuaries in Africa where you can see elephants in their habitat and provide tourist dollars that incentivize preserving elephant herds.
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Sources

  1. World Wildlife Fund / Accessed September 16, 2023
  2. Encyclopedia Britannica / Accessed September 16, 2023
  3. Wikipedia / Accessed September 16, 2023
  4. Illinois Public Media / Accessed September 16, 2023
  5. African Wildlife Foundation / Accessed September 16, 2023
  6. Elephant Voices / Accessed September 16, 2023
Drew Wood

About the Author

Drew Wood

Drew is a college professor and freelance writer who graduated from the University of Virginia. His travels have taken him to 25 countries and 44 states, where he has enjoyed learning about wildlife in a wide range of environments. In addition to his love of animals, he enjoys scary movies, landscaping, strategy games, and philosophical discussions over a cup of coffee. He is also an emotional support human to a neurotic Spanish Water Dog and a hyperactive Chihuahua mix.

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African Elephant FAQs (Frequently Asked Questions)

African elephant calves can wean themselves from their mother’s milk at 6-18 months, but they may continue to nurse up to 10 years. Mothers will reject them from nursing when another calf is born or when she is getting annoyed by the baby’s tusks or abrasion from frequent nursing.