Cheetahs Roamed Arabia Long Before Modern Times

Long before highways, oil fields and expanding cities reshaped the Arabian Peninsula, cheetahs sprinted across its open plains. New scientific evidence now confirms that the world’s fastest land animal once lived in what is today Saudi Arabia — a place where cheetahs no longer exist in the wild.

A recent study documenting naturally mummified cheetahs discovered in caves across northwestern Saudi Arabia offers rare insight into the region’s lost wildlife and raises fresh questions about whether the species could one day return.

The research, led by paleogeneticist Greger Larson of the University of Oxford and conservation scientist Micheletti, analyzed cheetah remains preserved by the region’s dry cave environments. According to the authors, the findings provide some of the clearest proof yet that cheetahs were a long-term native species of the Arabian landscape, surviving there until relatively recent history.

“These caves act as biological time capsules,” said Michela Leonardi, one of the study’s lead authors. “They allow us to reconstruct ecosystems that vanished before modern ecological records began.”

The cheetah remains — including seven naturally mummified individuals and dozens of skeletal fragments — were found alongside bones of prey species, suggesting the animals actively hunted and used the caves as shelter. Radiocarbon dating showed that some individuals lived more than 4,000 years ago, while others died as recently as the late 19th or early 20th century.

The research demonstrates that cheetahs were not occasional visitors but persistent inhabitants of Arabia’s arid and semi-arid environments, adapting to conditions far harsher than those typically associated with African savannas today.

Midway through the study, researchers published their findings under the title “Mummified cave cheetahs inform rewilding actions in Saudi Arabia” in the journal Nature Communications Earth & Environment, with publication dated January 2026.

Genomic analysis revealed another critical detail. Older specimens showed genetic affinities with African cheetah lineages, while more recent individuals aligned closely with the Asiatic cheetah (Acinonyx jubatus venaticus), now critically endangered and surviving only in small numbers in Iran.

“This tells us that Arabia was a genetic crossroads,” said Larson, a senior author of the study. “Different cheetah populations moved through or settled here over thousands of years.”

That history contrasts sharply with the modern reality. Today, there are no wild cheetahs in Saudi Arabia, nor anywhere else on the Arabian Peninsula. Wildlife experts believe cheetahs were extirpated from the region by the 1970s, driven by unregulated hunting, habitat destruction, declining prey populations and increased human settlement.

As firearms became more common in the 20th century, cheetahs — already vulnerable due to low genetic diversity and slow reproductive rates — were easy targets. At the same time, traditional grazing lands were fenced or converted, fragmenting the open terrain cheetahs need to hunt.

“Cheetahs don’t survive well in small, enclosed landscapes,” said Abdulrahman Al-Shehri, a Saudi wildlife ecologist not involved in the study. “Once the land changed and prey disappeared, extinction was almost inevitable.”

The loss of cheetahs altered the ecological balance of the region, removing a top predator that once helped regulate herbivore populations. Their disappearance mirrors a broader pattern across the Middle East, where lions, leopards and cheetahs have largely vanished from historical ranges.

Saudi Arabia has recently launched ambitious conservation programs aimed at restoring degraded ecosystems. Protected reserves, prey reintroductions and captive breeding initiatives are already underway for species such as the Arabian oryx and sand gazelle.

The new cheetah study may provide scientific grounding for future rewilding discussions, though researchers caution that reintroduction would be complex and controversial.

“Rewilding is not about nostalgia,” Leonardi said. “It requires habitat readiness, social acceptance and long-term political commitment.”

Cheetahs need vast, connected landscapes and abundant prey — conditions that remain limited despite conservation gains. Any reintroduction would likely depend on captive-bred individuals and careful genetic matching to historical populations.

Still, the study’s authors argue that understanding what once lived in Arabia is essential for shaping realistic conservation goals.

“Without historical baselines, we underestimate what ecosystems are capable of supporting,” Larson said.

Beyond cheetahs, the research highlights the importance of caves in arid regions as underused archives of biodiversity. In places where wetlands and forests rarely preserve remains, caves can hold thousands of years of ecological history, waiting to be uncovered.

For Saudi Arabia, the findings serve as both a reminder and a challenge. The cheetah, once a silent presence in the desert, now exists only in stone, bone and DNA. Whether it remains a creature of the past or becomes part of the region’s future depends on choices still unfolding.

As conservationists debate what restoration should look like in the 21st century, the ancient cheetahs of Arabia offer a clear message: the desert was never empty, and its history is far richer than once believed. (Wage Erlangga)