Elusive Golden Mole Resurfaces After 80-Year Absence

Elusive Golden Mole Resurfaces After 80-Year Absence

In a thrilling turn of events, scientists have triumphantly rediscovered the De Winton’s golden mole (Cryptochloris wintoni), a species that had vanished from sight for an astounding 84 years. The blind, burrowing mammal, known for its shimmering, iridescent coat, was last seen in 1937 in the coastal dunes of Port Nolloth, South Africa.

The mole’s elusiveness and specialized habitat made it incredibly challenging to locate. Researchers, however, refused to give up hope, embarking on a meticulous search that employed cutting-edge DNA analysis techniques.

Collecting over 100 soil samples from various locations, the team painstakingly extracted and sequenced environmental DNA (eDNA) – traces of an animal’s genetic material left behind in its surroundings. Their relentless efforts paid off when they detected the presence of De Winton’s golden mole eDNA, confirming its existence in the area.

To further corroborate their findings, the researchers enlisted the help of a canine companion, a trained sniffer dog. The dog’s keen sense of smell successfully identified fresh mole burrows and tracks, providing irrefutable evidence of the mole’s presence.

The team’s perseverance finally culminated in the capture of the mole on camera, the first time this species had been documented in over eight decades. The mole’s vibrant golden coat and distinctive features were unmistakable, solidifying its identity as the long-lost De Winton’s golden mole.

The rediscovery of this remarkable creature is a testament to the power of persistence and innovation in conservation efforts. It not only revives hope for the species’ survival but also highlights the untapped potential of eDNA technology in uncovering lost species.

The De Winton’s golden mole’s rediscovery serves as a poignant reminder of the delicate balance of our ecosystems and the importance of safeguarding biodiversity. As we celebrate this remarkable comeback, we must also recommit ourselves to protecting the intricate web of life that sustains us all.