Scientists Date Remains of Ancient Child that Resembles Both Humans, Neanderthals

This photo provided by João Zilhão shows forearm bone fragments belonging to an ancient child that appeared to have features from both humans and Neanderthals. (João Zilhão via AP)
This photo provided by João Zilhão shows forearm bone fragments belonging to an ancient child that appeared to have features from both humans and Neanderthals. (João Zilhão via AP)
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Scientists Date Remains of Ancient Child that Resembles Both Humans, Neanderthals

This photo provided by João Zilhão shows forearm bone fragments belonging to an ancient child that appeared to have features from both humans and Neanderthals. (João Zilhão via AP)
This photo provided by João Zilhão shows forearm bone fragments belonging to an ancient child that appeared to have features from both humans and Neanderthals. (João Zilhão via AP)

Scientists have dated the skeleton of an ancient child that caused a stir when it was first discovered because it carries features from both humans and Neanderthals.
The child's remains were discovered 27 years ago in a rock shelter called Lagar Velho in central Portugal. The nearly complete skeleton was stained red, and scientists think it may have been wrapped in a painted animal skin before burial.
When the humanlike child was discovered, scientists noted that some of their attributes — including body proportions and jawbone — looked Neanderthal. The researchers suggested that the child was descended from populations in which humans and Neanderthals mated and mixed. That was a radical notion at the time, but advances in genetics have since proven those populations existed — and people today still carry Neanderthal DNA.
But trying to figure out when exactly the child lived has been difficult. Small roots had grown through the bones and contamination — from plants or other sources — made it impossible for scientists to use traditional carbon dating to measure the child's age. They instead dated the charcoal and animal bones around the skeleton to between 27,700 and 29,700 years ago.
Techniques have improved, and researchers reported Friday in the journal Science Advances that they were able to date the skeleton by measuring part of a protein that's found primarily in human bones, The Associated Press reported.
Examining part of a crushed arm, they revealed that the earlier estimate was in the ballpark: the skeleton was from between 27,700 and 28,600 years ago.
“Being able to successfully date the child felt like giving them back a tiny piece of their story, which is a huge privilege,” said Bethan Linscott, a study author now at the University of Miami, in an email.
She noted the initial discovery was more than a skeleton — it was also the grave of a young child. When dating the bones, she couldn’t help but wonder who loved the child, what made them laugh and what their world looked like in the short four years they walked the planet.
Paul Pettitt, an archaeologist at Durham University in England who was not involved with the new research said in an email that the study is an example of how dating methods are becoming more effective and helping scientists better understand the past.
The study of where humans came from is important “for the same reason we keep the portraits of our parents and grandparents,” said study author João Zilhão from the University of Lisbon.
“It's a way of remembering,” he said.



Solar Becomes Europe's Main Energy Source in June

Solar had never before been Europe's top energy source, consultants say. Damien MEYER / AFP/File
Solar had never before been Europe's top energy source, consultants say. Damien MEYER / AFP/File
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Solar Becomes Europe's Main Energy Source in June

Solar had never before been Europe's top energy source, consultants say. Damien MEYER / AFP/File
Solar had never before been Europe's top energy source, consultants say. Damien MEYER / AFP/File

Solar power became the European Union's biggest single energy source for the first time in June, an energy think tank said Thursday.

The Ember group that researches the clean energy transition said that 22.1 percent of Europe's power in June came from solar panels, reported AFP.

That came ahead of nuclear power on 21.8 percent and wind turbines on 15.8 percent, according to the British-based institution. Gas accounted for 14.4 percent and hydropower 12.8 percent.

Ember said that at least 13 countries beat their national record for solar power production.

Wind power production also hit a new record for Europe and coal has never accounted for such a low proportion of Europe's electricity output -- Ember estimated it at 6.1 percent across the continent, down from 8.8 percent in 2024.

But with demand for electricity rising, the use of coal in the first half of 2025 was still higher than the same period in 2024, Ember said. Electricity demand in the first six months was more than two percent higher than last year.