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Has the mystery of how Preseli rock got stonehenge finally been solved?

Published

1 year ago

June 17, 2024

‘Lost’ Boulder Proves the Bluestones Were Transported from Wales by Glacier Ice – and NOT by Humans, Study Claims

A NEW study of the ‘lost’ Newall Boulder suggests it was transported by ice, potentially overturning the theory that humans moved the stones for Stonehenge.

How Neolithic humans might have transported so many huge boulders from Wales to Stonehenge is one of archaeology’s most enduring mysteries. However, a new study of a ‘lost’ boulder taken from the Stonehenge site over 90 years ago suggests that humans might not have moved the stones at all.

Dr Brian John, a retired geology lecturer from Durham University who lives in Pembrokeshire, argues that this bluestone boulder bears marks which suggest it was moved by glacial ice. This would undermine the common theory that the bluestone was quarried in the Preseli Hills of southwest Wales and manually transported to the Salisbury Plain.

***Natural transport: Could movement of ice pushed the stones to Mendip?***

Dr John said: “I think it’s hugely significant because it supports the assumption I’ve had for some years that these are not humanly-transported.”

In addition to the tall Sarsen stones that make up Stonehenge’s distinctive appearance, the site is also home to around 80 smaller bluestones. It is generally agreed that these stones originate from the Preseli Hills of south-west Wales, but how they got to Stonehenge is often debated.

Dr John’s argument centres on an analysis of a bluestone boulder about the size of a human skull, known as the Newall boulder. This boulder was first excavated in 1924 by the geologists Colonel Hawley and Robert Newall. Hawley originally thought the rock was just a piece of rubbish and wanted to throw it away rather than analyse it. However, Newall saved the stone from the rubbish heap and placed it in a cardboard box in his attic alongside a number of other finds from the site.

***New theory: Dr John (Pic: Martin Cavaney)***

The boulder remained there until Newall passed it over to the Salisbury Museum shortly before he died in 1976. There was a brief burst of interest in the boulder around 1977, but then it was placed back into storage and effectively forgotten for another 46 years.

However, in 2022, Dr John found a reference to the boulder and asked the Museum Director, Adrian Green, if it was still in storage. On discovering that it was, he was given permission to examine it and undertake a careful examination of its surface features.

Through a detailed analysis of the boulder’s surface, Dr John identified a series of marks that suggest glacial, rather than human transport. “Glacially transported boulders tend to have facets,” Dr John explains. “That means they’ve got a number of different faces at angles to one another which actually indicated where a boulder has been abraded or, basically, sanded down.”

**Is current theory wrong?: Volunteers pull bluestone from Pembrokeshire to Stonehenge (Image: Martin Cavaney)**

As boulders move with a glacier, they get flipped over from side to side, creating several different flat faces with rounded edges, just like the Newall boulder. In addition, the boulder bears a series of scratches and small fractures, called striations and chatter marks, which are often caused by glacial transport.

And although the Newall Boulder isn’t exactly the same type of rock as the other bluestones, Dr John says this is exactly what his theory would predict. He says: “It’s often claimed in popular articles that the bluestones are all made of spotted dolerite which is this type of igneous rock we get on the Preseli Hills but they’re actually about 30 different rock types. That enormous range of rock types is absolutely typical of the way that ice travels across the terrain and picks up boulders from here there and everywhere.”

Dr John suggests that this provides convincing evidence that the Newall boulder and all of the smaller bluestone boulders at Stonehenge were moved by glacier. His claims land him squarely at the centre of one of Stonehenge’s most contentious debates. The idea that the stones were transported to Salisbury Plain began with the geologist Herbert Henry Thomas in 1923. Although Thomas was quite spectacularly wrong about almost everything, the human transport theory is still extremely popular.

A team of researchers led by Professor Mike Parker Pearson of UCL have been some of the most active proponents of this theory, arguing that the stones were moved over land. Recently, Professor Pearson and his team even claimed to have discovered evidence which identifies the quarry of the Stonehenge bluestone, dating this to 3000 BC.

***Previously, two curraghs were readied to see if Bluestones could be floated to Stonehenge (Image Martin Cavaney)***

However, Dr John now says his discovery should “open up the debate” for a consideration of other theories. He says: “Herbert Thomas thought that because glacial transport was impossible they must have been carried by human beings. That’s now part of our national myth because people have not seriously questioned it before; it’s just been accepted as the truth.”

Instead of the orderly and rather deliberate building project we sometimes imagine Stonehenge to be, Dr John says: “I think it’s always been a bit of a shambles.” He argues that the Neolithic builders simply used the stones they had in their immediate vicinity, rearranging and moving the smaller bluestones as needed. And, when they eventually had to travel too far to gather more stones, the project was simply abandoned in the state we now find it. “It was a Neolithic cost-benefit analysis that eventually the costs of getting the stones were greater than the benefits that were coming from it,” he says.

However, the ultimate test for his theory would be cosmogenic dating – a test to determine how long rocks have been exposed to the surface by measuring their exposure to cosmic rays. If Dr John is right, the deeply weathered surface of the rocks should have been exposed to the elements for hundreds of thousands of years. Alternatively, if the stones were quarried they should only have been exposed to cosmic radiation for around 3,000 to 5,000 years.

While the debate over the origin of the stones is still very much alive, Dr John believes the evidence of weathering will remain strong. He concludes: “I’m very confident that if one or other university can get its act together and actually get this done these stones will be seen to have been subject to cosmogenic bombardment from the atmosphere for possibly hundreds of thousands of years. That would knock the quarrying idea on its head once and for all.”

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Pembrokeshire Lottery makes Superdraw winner’s Christmas extra special

Published

20 hours ago

December 3, 2025

Tom Sinclair

ONE lucky Pembrokeshire Lottery player has scooped a festive windfall after winning the £10,000 Christmas Superdraw held on Wednesday 3 December.

The winner, Mr Damon McGarvie, formerly of Milford Haven and now living in Llangwm, was selected with lucky number 41475. He plays through a salary-deduction scheme run by his employer, Pembrokeshire County Council.

Mr McGarvie’s name was announced live on Radio Pembrokeshire, after which the Pembrokeshire Lottery team made contact and presented him with his cheque later that day.

Speaking after the win, Mr McGarvie said he and his wife will be jetting off on a once-in-a-lifetime holiday over the festive period, thanks to the surprise Christmas windfall.

Pembrokeshire Lottery Manager Abigail Owens said:
“I am so pleased for Mr McGarvie. He has contributed to the Pembrokeshire Lottery for many years, and it is only by the continued support of our players that we are able to assist so many local businesses with interest-free funding from the loan fund.”

The regular weekly £2,000 draws continue in the run-up to the January Superdraw, which will offer a £4,000 prize.

To sign up or order Pembrokeshire Lottery gift subscriptions for Christmas, call 01646 690800.

Photo caption: Damon McGarvie with his winner’s cheque.

Community

Care home fees in Wales remain among the lowest – but families still face crippling bills

Published

22 hours ago

December 3, 2025

Tom Sinclair

WALES continues to offer some of the most affordable care home places in the UK, with residents paying hundreds of pounds less each week than in London or Scotland, new figures reveal.

The average weekly cost of a residential care home place in Wales stands at £1,156 – £392 cheaper than in London (£1,548) and £142 below the UK average of £1,298, according to data published by the country’s largest care home reviews website, carehome.co.uk.

Even when nursing care or specialist dementia support is required, Wales remains significantly cheaper than most of the UK. A week in a Welsh nursing home with dementia care costs £1,440 on average – £327 less than in London and £124 below the national figure.

The figures, based on self-funder fees collected on 9 September 2025, underline a stark north-south divide that has persisted for years.

London is by far the most expensive region, with basic residential care now averaging £1,548 a week. Scotland, where care workers benefit from a higher minimum wage settlement, comes a close second at £1,539. In contrast, the North East of England remains the cheapest area at just £1,112 a week for residential care – almost £200 below the UK average.

Sue Learner, editor of carehome.co.uk, said the regional variations were only part of the story.

“Wales is the third most affordable region for most types of care, which will come as a relief to many families here,” she said. “But even at £1,156 a week, the bills add up to almost £60,000 a year. For the 49 per cent of residents who pay for their own care, these costs are devastating.”

The financial pressure is compounded by differing rules on state help across the UK. In Wales, anyone with assets below £50,000 qualifies for local authority support – more than double England’s £23,250 threshold and well above Scotland’s £35,000 limit.

Ms Learner warned that rising staff wages and looming increases in employer National Insurance contributions would push fees higher everywhere.

“Local councils are already stretched to breaking point,” she said. “Without genuine reform of the social care system – something governments have been promising for decades – more and more families will have no choice but to sell the family home to fund care.”

The website, which carries 390,000 independently verified reviews, is urging people to plan early and seek expert advice. Its free Care Helpline (01488 501 499) is available to anyone looking for a home that offers both quality and value for money.

As the population ages and demand grows, campaigners say the latest figures are another reminder that the postcode lottery in care costs shows no sign of disappearing.

UK care home fees at a glance (average weekly self-funder rates)

London: £1,548
Scotland: £1,539
South East England: £1,446
Wales: £1,156
North East England: £1,112 (cheapest)
UK average: £1,298

Source: carehome.co.uk, 9 September 2025

Community

Folly Farm marks second birth of critically endangered rhino

Published

23 hours ago

December 3, 2025

Luke Sinclair

FOLLY FARM is celebrating the birth of another critically endangered eastern black rhino calf – and it’s a boy!

This is the second rhino calf to be born at the family-run zoo, and the second in Wales as part of a managed breeding programme through its membership with EAZA (the European Association of Zoos and Aquaria).

After a 15-month long pregnancy, mum Dakima gave birth to a healthy male calf on Thursday 27 November. With only an estimated 39 eastern black rhinos born in the UK in the past 25 years, it’s a significant achievement for the captive European Endangered Breeding Programme (EEP) for black rhinos.

Eastern black rhinos are classed as critically endangered due to poaching and loss of habitat. There is thought to be an estimated 1471 Eastern black rhino left in the wild and around 109 in zoos across Europe, including Folly Farm’s newest addition.

The calf made its appearance at 6.34am and within a couple of hours was standing up, following mum around the enclosure and had started suckling.

12-year-old eastern black rhino Dakima arrived at Folly Farm in May 2017 as part of a European breeding programme and met her mate, 14 year-old male Nkosi.

Mating rhinos can be unpredictable, but their relationship blossomed and Dakima gave birth to her first calf at the start of 2020. Male calf Glyndŵr was Dakima’s first born and the first rhino calf to have been born in Wales. Glyndŵr was named after Folly Farm’s Founding Director, the late Glyndŵr Williams, and has since moved onto another animal collection to continue the breeding programme for the species.

Eastern black rhinos are solitary animals and therefore usually reside in their own paddocks. But when the time was right, Dakima and Nkosi were reintroduced again for some carefully planned ‘date nights’ – and keepers predicted she fell pregnant sometime in August 2024. After having Dakima’s stool sample analysed at a specialist lab in Chester Zoo, who run the breeding programme for Eastern black rhino, it was confirmed that baby number two was on the way, with a due date of mid-November 2025.

Conservation Officer, Jack Gradidge, said: “It’s always heart-warming to welcome new arrivals as part of the European Breeding Programme through our membership with EAZA (The European Association of Zoos and Aquaria) – but it’s even more special when it’s such a significant animal and one who’s wild cousins are under threat.

“Dakima was a great mum with Glyn so it’s wonderful to see these instincts are still just as strong the second time around. She’s being very protective of her new baby, showing they have a strong bond already.

“This is such a monumental event for all the staff here and the zoo team have worked incredibly hard to create an environment where the rhinos felt comfortable enough to mate.

“Not only is this calf helping to increase numbers of a critically endangered species, he’s also the second rhino ever to be born in Wales – with his brother being the first!”

Along with other zoos across Europe, Folly Farm is part of a breeding programme to help increase the numbers of Eastern black rhino in captivity and, ultimately, the wild. They support a number of conservation projects alongside various animal charities – including their new partnership with ‘Helping Rhinos’, a UK based organisation who, amongst various other conservation initiatives, support a rhino orphanage in South Africa, caring for young calves who have become victims of the poaching crisis.

Simon Jones, the CEO of Helping Rhinos was delighted with the zoo’s happy news; “We are absolutely delighted to welcome news of this beautiful eastern black rhino calf at Folly Farm.

We are grateful for their support of Helping Rhinos’ efforts including the care of young calves orphaned by poaching.”

Most animals give birth at night under the cover of darkness – and Dakima gave birth early in the morning, just before the keepers arrived to start their day.

Jack explains: “Our rhino keeper opened up the rhino house and the first thing he saw was the security camera footage where a tiny newborn rhino was seen happily padding about the enclosure. After quietly taking a sneaky peak at the beautiful new calf to confirm what he had seen – he let the team know the happy news that baby had arrived!

“We then left Dakima alone with her new bundle of joy, giving them both some space to bond – but continued to monitor them on the cameras and did regular spot checks to ensure baby was starting to feed.

“For us, the next steps are just to keep an eye on Dakima and make sure the calf stays healthy and gets everything he needs from mum. Our goal is always to let nature take its course and interfere as little as possible.

“Nkosi will be a bit of an absent father, but that’s perfectly normal as male rhinos don’t have anything to do with their offspring in the wild. It’s unlikely we’ll introduce him to the calf for some time.

“In the wild, rhino calves can stay with their mums for up to four years, after that there’s a possibility this new addition could one day be released into the wild to help boost population numbers – or move to another zoo to continue the breeding programme in Europe just like his brother.

“It’s exciting to be playing our part in helping to safeguard these amazing animals for future generations.”

Folly Farm’s rhino keepers will monitor mum and baby closely over the coming weeks and they will be back out in the enclosure in due course.

Visitors shouldn’t expect to see the calf for a while but Folly Farm will be posting updates on their social media channels.

Folly Farm’s Kifaru Reserve welcomed rhinos to the park ten years ago almost to the day! It is a £500,000 purpose-built exhibit which tells the story of the role of modern zoos in conservation and highlights Folly Farm’s hands-on commitment to conservation through the projects it supports in the wild and closer to home.

For further information please visit https://www.folly-farm.co.uk/.