oleh admin | Mar 3, 2025 | ancient history, archaeology, culture, history, immigrants
A study suggests that the people behind the construction of the famous Stonehenge may have been Black individuals.
Scientists from the University of Ferrara have reconstructed data from 348 ancient genomes collected throughout Eurasia.
Italy
Which indicates that nearly all Europeans had dark skin up until about 3,000 years ago.
With Stonehenge, located just beyond the town of
Glastonbury
, estimated to be built approximately 5,000 years ago, experts suggest that we can infer the constructors likely had dark complexions.
Up until approximately 1,700 years ago, most Europeans had darker complexions, according to the researchers behind the study. They also noted that many ancient Greeks and Romans as well as the Britons responsible for constructing Stonehenge possessed dark skin, eyes, and hair.
The research indicates that the transition towards fairer skin, due to migration to higher latitudes and increased consumption of vitamin D, occurred at a pace slower than earlier believed.
Experts are still unsure why the change from darker to light skin was so slow.
Nevertheless, scientists think that farmers might compensate for vitamin D deficiencies in their diet using readily available sources like milk and meat.
Specimens for the research were collected from the British Isles and continental Europe.
Russia
, central
Asia
and the Middle East.
Dr. Silvia Ghirotto, an evolutionary biologist from the University of Ferrara in Italy, who headed the research, shared her insights.
The Telegraph
Through the analysis of ancient DNA from 348 people over a period of 45,000 years, we pieced together a detailed image where pale skin colour appeared intermittently during the initial stages of human habitation in Europe.
‘Their forefathers possessed dark skin up until quite recently.’
‘Since Stonehenge was constructed during the shift from the Neolithic era to the Bronze Age, and considering the frequent occurrence of dark-skinned individuals we identified from that time even in Northern Europe, it is probable that the people who built Stonehenge had darker complexions.’
Stonehenge is a significant emblem of British heritage. While mostly inaccessible to direct contact for tourists, who can no longer touch the stones, people still have the opportunity to stroll around the ancient monument from a slight distance.
The entire monument, currently in ruins, is oriented toward the sunrise at dawn and the sunset during the winter solstice.
During the solstice times, big groups often gather at the monument because it serves as a sacred site for Neo-Druids, Pagans, and various ‘nature-based’ or ‘ancient’ faiths.
Nonetheless, English Heritage allows entry during the summer and winter solstices as well as the spring and autumn equinoxes.
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oleh admin | Nov 20, 2024 | archaeology, ecology, nature, paleontology, science
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READ MORE:
80-million-year-old dinosaur eggs found in China
A 280-million-year-old hidden realm was inadvertently uncovered by a
a woman during her hike in the Italian Alps
.
When Claudia Steffensen and her spouse were hiking through the Valtellina Orobie Alps National Park in Lombardy back in 2023, she noticed a pale grey stone adorned with peculiar patterns.
As she took a closer look, she recognized that the patterns were indeed footprints of animals.
Steffensen forwarded images to a group of researchers who concluded that the tracks were from
a ancient reptilian creature that traversed the planet
During the Permian era, which came right before the time of dinosaurs.
Upon further exploration of the area, palaeontologists uncovered hundreds of additional fossilised tracks created by at least five different species of prehistoric reptiles, amphibians, and insects.
Although these creatures lived before the time of dinosaurs, some must have reached significant dimensions, possibly measuring from six to twelve feet in length, according to researchers’ statements.
The group similarly discovered impressions of plant fossils—ranging from remnants of seeds, leaves, and stems—together with marks left by raindrops and waves upon the ancient lakeshore.
Lorenzo Marchetti, a co-re searcher and specialist in trace fossils from the Museum of Natural History,
Berlin
mentioned that the prints were maintained with ‘remarkable’ clarity, including details like ‘fingernail marks and the stomach skin of certain creatures.’
The intricate details and exceptional preservation of these fossils can be attributed to their close vicinity to water, as the researchers pointed out.
The old ecosystem, which exists at elevations up to 10,000 feet and within valley floors, has been conserved in finely layered sandstone.
Palaeontologists likewise recognised claw marks and imprints from the undersides of these creatures.
“The tracks were formed when these sandstones and shales were merely wet sand and sediment along riverbanks and lake edges, where seasonal fluctuations would cause periodic drying periods,” explained co-researcher and paleontologist Ausonio Ronchi from the University of Pavia.
statement
.
Ronchi mentioned, ‘The summer sun dried out those areas, making them so hard that when fresh water returned, it didn’t wash away the footprints; instead, they were coated with a new layer of clay, providing protection.’
The Permian epoch extended from 299 million to 252 million years ago.
At this juncture, the worldwide climate swiftly heated up, culminating in a major extinction episode that signalled the close of this era and wiped out 90 percent of life forms on Earth.
Paradoxically, contemporary global warming facilitated the unveiling of this ancient alpine habitat, since the remains were concealed beneath snowpacks that have thawed due to the increased temperatures on Earth.
“The finding in the Ambria Valley can be attributed to climate change as well,” said Doriano Codega, who serves as the president of the Valtellina Orobie nature park.
The Guardian
.
The remarkable aspect was the elevation – these artifacts were discovered at considerable heights and were remarkably well-preserved. The region experiences frequent landslides, leading to rock dislodgments which unearthed these fossils.
From 1850 onwards, due to human-induced climate change, Alpine glaciers have experienced a reduction of 30 to 40 percent in surface area and about half of their total volume, with an extra loss of 10 to 20 percent occurring since 1980, as reported.
CREA Mont-Blanc: Research Centre for Alpine Environments
.
This finding provides insight into an old environment destroyed by severe global temperature increases. Consequently, it also acts as a warning about the consequences we face as human-induced heating approaches critical points.
“These fossils … provide evidence of a far-off geological era, yet they showcase a pattern of global warming that closely mirrors what we see today,” the researchers stated.
‘The past holds many lessons about the risks we face in shaping the world today.’
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