South African researchers are tracing the vibrational language of elephants - using fossils 🦣 🇿🇦

South African researchers are tracing the vibrational language of elephants - using fossils 🦣 🇿🇦

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While scholars have long acknowledged that elephants possess intricate cognitive abilities a South African team recently uncovered and documented groundbreaking details about elephant communication using fossil records.

Bonface Orucho, bird story agency

Researchers in South Africa have unearthed groundbreaking evidence that sheds light on the ancient communication methods of elephants.

A research team led by Charles Helm of the African Centre for Coastal Palaescience at Nelson Mandela University in South Africa published the report on ScienceDirect, a scientific research journal, in September 2023.

The team discovered 35 fossilized elephant track sites, some of which are the first-ever trunk-drag impressions, marking a significant stride in the ongoing quest to decipher the intricate communication modes of these colossal creatures.

“These have been noted in South African Pleistocene coastal deposits, in apparent association with elephant tracks,” the scholars explain in the research paper published in September 2023.

Helm, quoted in a review of this discovery on The Conversation, emphasizes the importance of this breakthrough. 

He highlights that over the past 15 years, his team has identified more than 350 track fossils of various vertebrates along South Africa’s Cape South coast.

“Elephants, like another group of massive land creatures, dinosaurs, can be viewed as geological engineers that create minor earth-moving forces on the ground they walk(ed) on,” he explains.

The report introduces the concept of seismic waves, describing how earth vibrations, caused by movements or rumbles from elephants, can travel beneath the surface for up to 6km, enabling elephant groups to interact across substantial distances.

This seismic communication, as noted by, is not exclusive to elephants; it has been observed in small animals, insects, and even elephant seals.

While different researchers have in recent years attempted to offer evidence-based explanations for these complex communications, the South African discovery stands out as the most consequential.

Helm explained how in 2019, the research team first discovered a cluster of fossil elephant tracks that was a round feature, 57cm in diameter, containing concentric ring features off the coastline of De Hoop Nature Reserve, about 200km east of Cape Town.

A second discovery was made in the same year, less than 2 meters away from the initial site, and was exposed about 7cm below the surface. It contained at least 14 parallel groove features that were approaching the rings.

“We hypothesized that they were connected with each other and appeared to have a common origin,” Helm shares in the article.

“We postulate that vibrations from rumbling travelled down the elephant limb and created the concentric ring features,” he adds.

This discovery opens up the fine details of the world of elephants, the largest living land mammals that are not only complex in stature but also in their unique cognitive abilities.

To ensure the continuity of research on elephant seismicity, Helm stresses the importance of integrating three bodies of knowledge: research on existing elephant populations, ancestral knowledge often depicted in rock art, and the trace fossil record.

The findings also underscore the increased need for elephant conservation at a time when their numbers are rapidly declining. According to the African Elephant Status Report by the Elephants Protection Initiative Foundation, Africa is currently home to about 415,000 elephants—a stark drop from over 1.3 million in 1979.

Disturbingly, recent reports from Tanzania highlight the killing of two super tuskers with tusks weighing at least 100 pounds by trophy hunters in the West Kilimanjaro area, further underscoring this underlying urgency for conservation. 

Africa Geographic reports that two suspected hunting companies are responsible for the killing and burning of elephant carcasses, indicating the ongoing threats faced by these majestic animals.

Despite these challenges, some African countries are taking proactive measures to counter the illegal wildlife trade. Nigeria, for instance, recently crushed over US$11.2 million worth of ivory, joining efforts with countries like Kenya, South Africa, and Gabon to implement stringent measures against wildlife trafficking. 

These initiatives offer a glimmer of hope in the battle to preserve these iconic species and their intricate ecological roles.

Research on elephant seismicity is on the rise, with scholars from across the world considering the African elephant for their study. The African elephant is the largest elephant species existing globally.

In Mpala Research Centre, a Kenya-based cattle ranch and wildlife area in Laikipia County, researchers are investigating how and why elephants communicate via seismic vibrations. Past studies have also been undertaken in Namibia’s Etosha National Park.

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