The Okapi Looks Like a Zebra From Behind — But It Is Actually Related to the Giraffe

There are animals that look strange because evolution gave them an unusual feature.

Then there is the okapi.

Look at its back end and you might think you are looking at a zebra. Look at its head and you might start thinking about a giraffe. Look at its body and neither comparison seems quite right.

The animal appears to have borrowed pieces from several different species.

But the strangest part isn't what the okapi looks like.

It is what the okapi actually is.

Despite its zebra-like legs, the okapi is the closest living relative of the giraffe.

It lives in the dense forests of the Democratic Republic of the Congo, where its unusual appearance makes much more sense. Away from open grasslands and surrounded by vegetation, the okapi has evolved into a secretive forest specialist that can spend much of its life hidden from human eyes.

For decades, much of the outside world knew almost nothing about this animal.

Even today, seeing an okapi in the wild is an unusual event.

And once you understand how it lives, those famous stripes start looking very different.

If You Only Saw Its Legs

Imagine seeing an animal moving through thick vegetation.

You don't see its head.

You don't see its body.

All you notice are four legs covered in bold black-and-white stripes.

A zebra would be an obvious guess.

But if those legs belonged to an okapi, you would be completely wrong.

The stripes are one of the animal's defining features, covering the hindquarters and extending down its legs. Against the darker colours of the rainforest, they create a remarkable visual pattern.

Scientists believe the markings may help the animal blend into its complicated surroundings by breaking up its body outline.

The forest is filled with vertical shapes: tree trunks, stems, branches and shafts of light.

A sharply defined animal can be easier to notice.

An irregular pattern can make that outline harder to follow.

The stripes may also help young okapis recognize and follow their mothers.

Whatever their exact combination of functions, they evolved for a very different reason than the stripes of a zebra.

The two animals are not close relatives.

The resemblance is a case of evolution arriving at a similar visual solution in completely different animals.

The Giraffe Is Hiding in There Somewhere

The okapi's family tree makes its appearance even more surprising.

Both the okapi and giraffe belong to the family Giraffidae.

They share a common evolutionary history, even though one became an enormous animal of open habitats and the other became a relatively compact inhabitant of tropical forest.

The difference is largely a story about environment.

A giraffe's extraordinary height is an advantage when feeding on vegetation high above the ground.

An okapi doesn't need that height.

Its world is the forest floor and the lower layers of rainforest vegetation.

Instead of stretching its neck several metres into the air, it can move through the forest and select leaves, shoots, buds and other plant material within reach.

The two animals therefore demonstrate something important about evolution.

Being closely related doesn't mean two species have to look alike.

Their ancestors may share a common history, but different environments can push their descendants in dramatically different directions.

The giraffe became a giant.

The okapi became a forest specialist.

One Feature Gives the Family Secret Away

If the stripes make the okapi look like a zebra, its tongue gives away its giraffe connection.

The okapi has a long, flexible tongue that can reach vegetation and manipulate leaves.

It is also useful for grooming.

That long tongue is one of the most recognizable anatomical similarities between okapis and giraffes.

But unlike a giraffe, the okapi uses it at a much lower level.

The animal moves through dense vegetation, selecting food from plants around it.

Its lips and tongue work together with remarkable precision.

This is useful in a rainforest where food is not necessarily concentrated in one obvious place.

An okapi can browse as it travels rather than depending on a single type of plant.

Its diet includes a wide variety of vegetation, including leaves, shoots, buds, ferns, fruits and other plant material.

The forest may look chaotic to us.

To an okapi, it is a giant collection of potential meals.

A Forest Built to Hide an Animal

The Congo Basin is one of the most important tropical forest regions on Earth.

It is also an almost perfect environment for an animal that does not want to be seen.

The okapi's natural range is concentrated in the northeastern Democratic Republic of the Congo, particularly in the forests of the Ituri region.

These forests are not open landscapes where an animal can easily be spotted from kilometres away.

Trees block sightlines.

Vegetation creates countless hiding places.

Light changes constantly beneath the canopy.

And movement through the forest can be difficult even for humans carrying equipment.

For the okapi, this complexity is protection.

Its dark body can disappear among shadows and vegetation, while its stripes break up the appearance of its legs.

The animal's large ears are another useful adaptation.

They can rotate and detect sounds from different directions.

An okapi may hear something approaching before the approaching animal ever realizes that an okapi is nearby.

The Okapi Was Known Before Scientists Understood It

There is an important distinction between being unknown to Western science and being unknown altogether.

The people who lived in the okapi's range already knew the animal.

Local knowledge existed long before scientists outside the region formally described the species.

European explorers, however, encountered confusing reports of an unusual forest animal during the late nineteenth century.

The descriptions were difficult to interpret.

Eventually, physical evidence reached scientists.

In the early 1900s, British explorer Harry Johnston played a major role in bringing the animal to the attention of Western scientific institutions.

What initially sounded like a mysterious creature turned out to be a real species.

And it wasn't a strange zebra.

It was something far more scientifically interesting.

A previously little-known relative of the giraffe.

The species was formally named Okapia johnstoni.

Its discovery became one of the memorable zoological discoveries of the early twentieth century.

Why Doesn't the Okapi Live Like a Giraffe?

This question is actually the key to understanding the entire animal.

If the okapi and giraffe are relatives, why didn't the okapi also become tall?

Because evolution doesn't work toward a predetermined destination.

There is no evolutionary rule saying that the descendant of a giraffe-like ancestor must eventually become a giant.

Species respond to the environments in which they live.

In an open habitat, height can provide access to food and an enormous field of view.

Inside dense rainforest, extreme height is not necessarily as useful.

A large body can make movement through vegetation more difficult.

The okapi's smaller size allows it to navigate a complicated three-dimensional environment close to the ground.

Its body is therefore not a failed version of a giraffe.

It is a successful solution to a completely different ecological problem.

The Okapi Doesn't Need a Herd

Another thing that separates the okapi from the image many people have of large African mammals is its social behaviour.

Okapis are generally solitary.

They do not roam the forest in enormous groups like some hoofed mammals do on open plains.

An individual can move through its territory while feeding and searching for suitable vegetation.

This solitary lifestyle also makes encounters between okapis relatively uncommon.

For researchers, that creates a major challenge.

You cannot simply stand in a clearing and count hundreds of animals.

Much of what scientists know about wild okapis comes from indirect evidence and modern monitoring techniques, including camera traps and observations of signs left behind in the forest.

The animal's secretive nature is one reason it remained poorly understood for so long.

A Calf Has a Strange Way of Staying Safe

For a young okapi, disappearing can be more important than running.

Newborn calves are vulnerable to predators, and the dense forest provides an opportunity for concealment.

A mother can leave her calf in a sheltered location while she moves away to feed.

The calf can remain extremely quiet and still.

This is a very different strategy from animals whose young follow their mothers continuously.

In the right environment, hiding can be an effective defence.

The forest itself becomes part of the survival system.

The trees provide cover.

The vegetation breaks up movement.

And silence reduces the chance of attracting attention.

The young okapi does not have to outrun everything.

It has to avoid being noticed.

Fourteen Months Before a New Okapi Arrives

Reproduction is a significant investment for the species.

An okapi's gestation lasts roughly 14–16 months.

That is an exceptionally long period for a mammal of its size.

When the calf finally arrives, it is already relatively well developed.

The long pregnancy makes sense when viewed from the animal's lifestyle.

A young okapi must eventually function inside a complicated forest environment, where movement, feeding and avoiding danger all require physical development.

The mother invests heavily before birth and continues providing care after the calf arrives.

For a species living at low population density in a difficult environment, successfully raising each calf matters.

The Okapi's Biggest Problem Is Not Its Appearance

The okapi has a remarkable ability to disappear into the forest.

Unfortunately, the forest itself is under pressure.

The species is classified as Endangered by the IUCN Red List.

Habitat loss, hunting and other human pressures threaten wild populations.

Mining activity is another serious concern in parts of its range.

The problem is especially significant because the okapi is found naturally in only one country: the Democratic Republic of the Congo.

That makes its conservation inseparable from the protection of the forests where it lives.

There is no large alternative natural range somewhere else in Africa waiting to absorb declining populations.

If the forest disappears from an important part of its range, the okapi loses the environment it has evolved to depend upon.

A Reserve Created for an Animal Most People Have Never Seen

One of the most important protected areas for the species is the Okapi Wildlife Reserve in the northeastern Democratic Republic of the Congo.

The reserve protects a huge area of forest and supports not only okapis but many other species.

Protecting the okapi therefore has a much wider meaning.

The animal acts as a symbol for an entire ecosystem.

If conservation succeeds, it doesn't only protect one unusual mammal.

It helps preserve forests, plants, birds, primates, insects and countless other organisms living alongside it.

The okapi's survival is tied to the survival of the forest itself.

The Animal That Looks Like a Mistake

The okapi is a perfect example of why appearances can be misleading.

Its legs suggest zebra.

Its tongue suggests giraffe.

Its body suggests neither.

Its lifestyle belongs almost entirely to the rainforest.

And its evolutionary history connects it to one of Africa's most recognizable mammals.

Nothing about this combination is accidental.

The okapi is what happens when a lineage takes a completely different evolutionary path.

Its ancestors shared history with giraffes.

Its descendants adapted to the forest.

Over time, the result became an animal that looks so unusual that, at first glance, it can seem as though nature accidentally assembled it from spare parts.

But there is no accident here.

Every feature has a story.

What We Still Don't Know

For an animal discovered scientifically more than a century ago, the okapi still has plenty of unanswered questions surrounding it.

Studying a secretive animal in one of the world's most challenging environments is difficult.

Researchers need to understand population trends, movement, reproduction, habitat use and the effects of human activity.

Camera traps and other technologies are helping fill some of those gaps.

But an image from a camera trap is not the same as watching an animal's entire life.

There are still behaviours that are difficult to observe directly.

The forest keeps many of the okapi's secrets.

And perhaps that is part of what makes it so remarkable.

Frequently Asked Questions

Is the okapi a type of zebra?

No. The okapi is not a zebra and is not closely related to zebras. Its striped pattern evolved independently.

What animal is the okapi related to?

The okapi's closest living relative is the giraffe. Both belong to the family Giraffidae.

Where can wild okapis be found?

Wild okapis are found in the Democratic Republic of the Congo, primarily in dense rainforest habitats in the northeastern part of the country.

Why does the okapi have stripes?

The stripes may help disrupt its outline in dense vegetation. They may also help calves recognize and follow their mothers.

What does an okapi eat?

Okapis browse on a wide variety of vegetation, including leaves, shoots, buds, ferns, fruits and other plants.

How long is an okapi's pregnancy?

An okapi's gestation is approximately 14–16 months.

Are okapis endangered?

Yes. The okapi is classified as Endangered by the IUCN Red List, with habitat loss, hunting and other pressures affecting its populations.

Can an okapi climb like a giraffe?

No. Unlike the giraffe, the okapi is adapted to moving through dense forest vegetation rather than reaching high branches from an elevated body.

The Giraffe Relative Hidden in the Trees

The next time you see the stripes of a zebra, imagine turning the animal around and discovering something completely different.

A dark forest mammal.

Large ears.

A long tongue.

And a family tree leading back to the giraffe.

That is the okapi.

It doesn't need the height of its famous relative.

It doesn't need the open plains.

It doesn't need a herd.

It has its own world.

Deep inside the forests of the Congo, the okapi has spent generations perfecting a quieter way of surviving.

It feeds among the vegetation.

It listens for danger.

It keeps its distance.

And when it disappears between the trees, those strange stripes may be the last thing you see.

The animal that looks like a zebra may never have been one at all.