Britain's 'Cheddar Man' Had Dark Skin, Blue Eyes- Scientists Find

A likeness of “Cheddar Man,” Britain’s oldest complete human skeleton, at the Natural History Museum. Genetic evidence showed that he was dark-skinned and blue eyed, scientists said. Credit London Natural History Museum
A likeness of “Cheddar Man,” Britain’s oldest complete human skeleton, at the Natural History Museum. Genetic evidence showed that he was dark-skinned and blue eyed, scientists said. Credit London Natural History Museum
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Britain's 'Cheddar Man' Had Dark Skin, Blue Eyes- Scientists Find

A likeness of “Cheddar Man,” Britain’s oldest complete human skeleton, at the Natural History Museum. Genetic evidence showed that he was dark-skinned and blue eyed, scientists said. Credit London Natural History Museum
A likeness of “Cheddar Man,” Britain’s oldest complete human skeleton, at the Natural History Museum. Genetic evidence showed that he was dark-skinned and blue eyed, scientists said. Credit London Natural History Museum

“Cheddar Man”, Britain’s oldest, nearly complete human skeleton, had dark skin, blue eyes and dark curly hair when he lived in what is now southwest England 10,000 years ago, scientists who read his DNA have discovered.

The finding suggests that the lighter skin pigmentation now seen as typical of northern Europeans is far more recent than previously thought, according to researchers from University College London (UCL) who took part in the project.

Cheddar Man’s skin color was described as “dark to black” by the scientific team which also included researchers from London’s Natural History Museum, where the skeleton is on display in the Human Evolution gallery.

“To go beyond what the bones tell us and get a scientifically based picture of what he actually looked like is a remarkable, and from the results quite surprising achievement,” said Chris Stringer, the museum’s research leader in Human Origins.

Unearthed in 1903 in a cave at Cheddar Gorge, in the county of Somerset, the Mesolithic-era man was a hunter-gatherer whose ancestors migrated into Europe at the end of the last Ice Age.

Three hundred generations later, around 10 percent of indigenous British ancestry can be linked to Cheddar Man’s people, scientists say.

As part of a project commissioned by Britain’s Channel 4 television station for a documentary, experts from the Natural History Museum’s ancient DNA lab drilled a tiny hole into the skull in order to extract genetic information.

The DNA was unusually well-preserved, enabling the scientists to sequence Cheddar Man’s genome for the first time and to analyze it to establish aspects of his appearance.

Then, a pair of Dutch artists who are experts in paleontology model making, Alfons and Adrie Kennis, used a high-tech scanner to make a three-dimensional model of Cheddar Man’s head.

The model, which UCL and the Natural History Museum said rendered Cheddar Man’s face with unprecedented accuracy, shows a man with dark skin, high cheekbones, blue eyes and coarse black hair.

The model will be shown on the Channel 4 documentary, which is scheduled to be aired on Feb. 18.

Selina Brace, one of the Natural History Museum’s ancient DNA experts who took part in sequencing Cheddar Man’s genome, was quoted as saying the model was “really, really cool”.



Disasters Loom over South Asia with Forecast of Hotter, Wetter Monsoon

The Himalayan mountain range of Annapurna and Mount Machapuchare (top, C) are pictured from Nepal's Pokhara on June 7, 2025. (Photo by Prakash MATHEMA / AFP)
The Himalayan mountain range of Annapurna and Mount Machapuchare (top, C) are pictured from Nepal's Pokhara on June 7, 2025. (Photo by Prakash MATHEMA / AFP)
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Disasters Loom over South Asia with Forecast of Hotter, Wetter Monsoon

The Himalayan mountain range of Annapurna and Mount Machapuchare (top, C) are pictured from Nepal's Pokhara on June 7, 2025. (Photo by Prakash MATHEMA / AFP)
The Himalayan mountain range of Annapurna and Mount Machapuchare (top, C) are pictured from Nepal's Pokhara on June 7, 2025. (Photo by Prakash MATHEMA / AFP)

Communities across Asia's Himalayan Hindu Kush region face heightened disaster risks this monsoon season with temperatures and rainfall expected to exceed normal levels, experts warned on Thursday.

Temperatures are expected to be up to two degrees Celsius hotter than average across the region, with forecasts for above-average rains, according to a monsoon outlook released by Kathmandu-based International Center for Integrated Mountain Development (ICIMOD) on Wednesday.

"Rising temperatures and more extreme rain raise the risk of water-induced disasters such as floods, landslides, and debris flows, and have longer-term impacts on glaciers, snow reserves, and permafrost," Arun Bhakta Shrestha, a senior adviser at ICIMOD, said in a statement.

The summer monsoon, which brings South Asia 70-80 percent of its annual rainfall, is vital for agriculture and therefore for the livelihoods of millions of farmers and for food security in a region that is home to around two billion people.

However, it also brings destruction through landslides and floods every year. Melting glaciers add to the volume of water, while unregulated construction in flood-prone areas exacerbates the damage.

"What we have seen over the years are also cascading disasters where, for example, heavy rainfall can lead to landslides, and landslides can actually block rivers. We need to be aware about such possibilities," Saswata Sanyal, manager of ICIMOD's Disaster Risk Reduction work, told AFP.

Last year's monsoon season brought devastating landslides and floods across South Asia and killed hundreds of people, including more than 300 in Nepal.

This year, Nepal has set up a monsoon response command post, led by its National Disaster Risk Reduction and Management Authority.

"We are coordinating to stay prepared and to share data and alerts up to the local level for early response. Our security forces are on standby for rescue efforts," said agency spokesman Ram Bahadur KC.

Weather-related disasters are common during the monsoon season from June to September but experts say climate change, coupled with urbanization, is increasing their frequency and severity.

The UN's World Meteorological Organization said last year that increasingly intense floods and droughts are a "distress signal" of what is to come as climate change makes the planet's water cycle ever more unpredictable.