The Stonehenge Enigma – FREE Flipbook

Posted on April 20, 2026 by admin

The Stonehenge Enigma V4.0 – Robert John Langdon

This Is Not Archaeology as You Know It

This is not another theory.
This is not speculation.
And it is not a reinterpretation of the same old narrative.

👉 This is the point where the old narrative breaks.

For over three centuries, archaeology has explained Stonehenge—and prehistory as a whole—through assumption, analogy, and belief. When the evidence didn’t fit, it was labelled “ritual,” “symbolic,” or simply ignored.

That approach ends here.

The First Scientific Reconstruction of Prehistory

The Prehistoric Britain trilogy is the first body of work to rebuild prehistoric Britain using:

Measurable scientific evidence
Mathematics and statistical validation
Engineering logic and system analysis
Environmental and hydrological constraints

Not interpretation.
Not tradition.

👉 Proof.

At its core is a simple principle:

If a theory cannot be demonstrated to work within the physical world, it is not science.

Why the Old Narrative Is Dead

The traditional model of Stonehenge—and of prehistoric Britain—fails one basic test:

👉 It does not function.

It cannot explain:

Why the geometry exists
Why the site is positioned where it is
Why water is fundamental to its construction
Or how the system operates as a whole

Instead, it relies on disconnected explanations that never resolve into a working model.

This trilogy replaces that failure with something archaeology has never delivered:

👉 A complete, testable system that works.

The Consequence

Once the system is understood, the implications are unavoidable:

Stonehenge is not symbolic—it is functional
Its builders were not primitive—they were engineers
And prehistoric Britain was not dry land—it was a water-dominated environment shaping everything that followed

This is not a minor correction.

👉 It is the collapse of the existing framework.

What You Are About to Read

This book does not ask you to accept a new belief.

It does something far more direct:

👉 It shows you how the system works.

And once you see that…

👉 The old explanations don’t just look weak.

👉 They become impossible to defend.

A Scientific Rebuild of Prehistoric Britain

What if Stonehenge isn’t a monument… but a machine?

For over 300 years, Stonehenge has been described as a temple, a calendar, a burial site, or a place of ritual.

There’s just one problem:

👉 None of those explanations actually work.

They explain fragments.
They ignore contradictions.
And when the evidence doesn’t fit—they fall back on one word:

👉 “Ritual.”

That’s not an explanation.
That’s an admission of failure.

A Different Approach

The Stonehenge Enigma v4.0 starts from a simple premise:

👉 Stop asking what Stonehenge meant
👉 Start asking what it was built to do

This isn’t theory layered on top of assumption.

It’s a rebuild from the ground up using:

Geometry
Hydrology
Construction logic
Environmental constraints

No speculation.
No inherited narratives.

👉 Only what can be demonstrated.

The Key Breakthrough

The mistake has always been the same:

👉 Treating Stonehenge as one monument

It isn’t.

It’s multiple systems built at different times, then merged into a single story.

This book separates them properly:

Phase I (~8300 BCE)

A functional, water-based system built within a flooded landscape

Phase II (Later Reuse)

A completely different structure—misinterpreted as the original purpose

Once separated, everything changes.

What Stonehenge Actually Was

When analysed as a system—not a symbol—the evidence leads to one unavoidable conclusion:

👉 Stonehenge was a working predictive device

Not abstract astronomy.
Not ceremonial alignment.

👉 A practical system used to model natural cycles:

Water levels
Tidal behaviour
Seasonal change

Because in a flooded, post-Ice Age Britain…

👉 Prediction wasn’t curiosity—it was survival.

The Aubrey Holes – Finally Explained

For centuries, the Aubrey Holes have been treated as:

Stone sockets
Burial pits
Ritual features

None of these explanations hold up.

Instead, they form:

👉 A fixed, repeatable computational structure

A system based on:

Counting
Movement
Position

In simple terms:

👉 A prehistoric “computer”

The Missing Piece: Water

Archaeology has consistently ignored the most obvious constraint:

👉 The environment

Post-glacial Britain wasn’t dry land.

It was:

Flooded valleys
Raised groundwater
Expanding rivers
Wetland basins

As shown in the wider Post-Glacial Flooding Hypothesis, early Britain operated under elevated water systems for thousands of years

That changes everything.

Stonehenge wasn’t built on land.

👉 It was built within a hydrological system

Phase II – A Monument to the Dead of Doggerland

Once Phase I is understood as a functional, water-based system, Phase II stops being a continuation—and starts to look like something very different.

It becomes a response.

By the time Phase II was constructed, the landscape that defined earlier life in Britain had changed dramatically. The great lowland plains of Doggerland—once a vast, habitable region connecting Britain to mainland Europe—had been progressively inundated by rising seas and collapsing coastlines.

This was not a single event.
It was a slow, generational loss of land, resources, and communities.

Within this context, Phase II takes on a new and coherent meaning:

👉 It is not functional infrastructure.
👉 It is memory architecture.

The shift is clear:

From water engineering → to stone permanence
From prediction and survival → to commemoration and identity
From a working system → to a monumental statement

The geometry, scale, and orientation of Phase II reflect this transition. The monument no longer needs to operate—it needs to endure.

In this interpretation:

👉 Stonehenge Phase II becomes a cenotaph
👉 A symbolic structure representing a lost homeland
👉 A monument to the people and world that disappeared beneath the North Sea

This is why the site changes so fundamentally.

It is no longer solving a problem.

👉 It is remembering one.

Why Every Traditional Explanation Fails

Because they all start with meaning—not function.

Temple → ignores engineering
Observatory → ignores water
Burial site → ignores process
Ritual → explains nothing

👉 They don’t fail individually.

👉 They fail because they are asking the wrong question.

A Simple Test

If a theory is correct, it must:

✔ Explain all features
✔ Work as a system
✔ Match the environment
✔ Provide practical value

So ask yourself:

👉 What use is a monument that only “works” once every 18 years?
👉 Why build precision geometry with no functional output?
👉 Why ignore water in a saturated landscape?

The Conclusion

Strip away the assumptions.

Look only at what’s measurable.

And the answer becomes obvious:

Why This Matters

If this model is correct, then:

Stonehenge is the earliest predictive system ever built
Prehistoric societies were engineers—not primitives
And archaeology has been interpreting function as symbolism

The Final Point

Stonehenge has never lacked explanations.

👉 It has lacked one that works.

Now Available

The Stonehenge Enigma v4.0
A Scientific Rebuild of Prehistoric Britain

PODCAST

The Videos

More Book information

Technical White Paper: The Post-Glacial Flooding Hypothesis (PGFH) and British Hydrological Evolution

1. Theoretical Framework: The Post-Glacial Flooding Hypothesis

The Post-Glacial Flooding Hypothesis (PGFH) establishes a necessary paradigm shift in paleohydrological modeling, moving away from the simplistic “episodic flood event” narrative toward a rigorous model of sustained hydrological disequilibrium. This framework asserts that the early Holocene landscape was not shaped by modern-style meteorological cycles but by a state of delayed continental drainage. This disequilibrium was the inevitable consequence of ice-sheet-induced crustal compression and the massive overcharging of continental aquifers.

The core premise of the PGFH is that prehistoric river levels were governed by hydraulic boundary conditions rather than modern precipitation patterns, which are largely irrelevant to early Holocene reconstructions. We must recognize the lithosphere’s failure to rebound instantaneously; this “isostatic lag” created physical obstructions that prevented efficient drainage. Consequently, Britain operated under a hydraulic regime where river stages were maintained at elevations significantly higher than today. This theoretical shift necessitates a rigorous re-examination of global sea-level data to resolve volumetric discrepancies that cannot be explained by surface meltwater alone.

2. Proof 1: Sea-Level Mass Balance and Volumetric Discrepancy

Between 19,000 and 7,000 years BP, the global deglacial sequence resulted in a 120m rise in mean sea level, representing an influx of approximately 4.5 × 10⁸ km³ of water into the ocean basins. However, a mass balance analysis reveals a profound “volumetric discrepancy.” Traditional models struggle to account for the continued rise in sea level during the Holocene, particularly as the British-Irish Ice Sheet (BIIS) had largely vanished.

While thermal expansion and residual ice loss from the Laurentide and Antarctic sheets contributed, they are insufficient to explain the total observed ocean loading. The PGFH identifies pressurized continental aquifers as the primary engine for this continued discharge. This “asynchronous decay”—where continental aquifers acted as secondary, delayed reservoirs—sustained sea-level rise long after the primary meltwater pulses (MWP-1A and 1B).

The Deglacial Sequence identified in the PGFH:

Stable Minimum (26–19 ka BP): Sea levels remained constant near -130m; global ice volume was at its maximum.
Deglacial Rise (19–7 ka BP): Global mean sea level increased by 120m at an average rate of 1.2 cm/year.
Holocene Highstand (After 7 ka BP): Relative stability within ±3m, characterized by regional divergence driven by glacio-isostatic adjustment (GIA).

If the global oceans were receiving this sustained continental discharge, the regional geomorphic response must be visible in the elevation and architecture of river terraces.

3. Proof 2: Ice-Volume Scaling and the Terrace Elevation Rule

Fluvial terrace formation is a direct function of base-level thresholds and hydraulic energy. The PGFH utilizes Langdon Mathematics to establish the “90% Terrace Rule” and the “Terrace Elevation Scaling Principle.” The significance of the 90% benchmark lies in the fact that the Last Glacial Maximum (LGM) reached approximately 90% of the maximum possible Pleistocene ice extent, creating a specific “hydrological energy” baseline. This mathematical benchmark allows for the precise prediction of early Holocene river heights based on ice-volume percentages.

Feature	Traditional Model Limitations	PGFH Model (Langdon Mathematics)
Categorization	Qualitative climatic labels (e.g., “Interglacial”).	Numerical ice-volume benchmarks.
Predictive Power	Assumes modern drainage baselines were reached rapidly.	Predicts elevated river stages based on 90% ice-volume scaling.
Mechanism	Focused on surface runoff and precipitation.	Driven by hydraulic head and multi-millennial aquifer discharge.

By applying Langdon Mathematics, we treat river terraces as time-calibrated gauges. When ice volume approached 90% of its maximum, the resulting groundwater pressure and river energy placed floodplains at elevations that modern hydrology cannot replicate.

4. Proof 3: Statistical Validation via Subsurface Matrix Analysis

The borehole data from Stonehenge Bottom provides the localized empirical rejection of traditional models. The “random chalk deposition model,” which dismisses subsurface variability as geological noise, is statistically untenable. By normalizing data by elevation (Ordnance Datum) rather than depth, we identify a rigorous clustering of water-related deposits at discrete heights.

The analysis identifies a 92.6 m OD envelope where water-related deposits cluster with a 170:1 probability against chance. This statistical rejection is the “nail in the coffin” for traditional theories; it confirms that the water table was sustained at this elevation for millennia.

The Four Phases of Subsurface Matrix Analysis:

Height-Frequency Analysis: Identifying the vertical distribution of sedimentary units.
Matrix Concurrence: Comparing deposit types across independent boreholes at identical elevations.
Discrete Elevation Zones: Defining the specific “water-envelopes” where saturation occurred.
Statistical Rejection: Disproving the randomness of deposition in favor of a sustained hydrological control.

5. Case Study: Volumetric Scaling in the Thames Valley Basin

As a principal Quaternary gauge, the Thames Valley demonstrates a massive mismatch between modern hydrology and Holocene geomorphology. The modern mean discharge of 65.8 m³/s is incapable of creating the 3,723% average volumetric expansion observed in the mapped Holocene alluvium.

Cross-Sectional Analysis (Sections A–G):

Cross-Section	Current Width (m)	Holocene Width (m)	Volume Increase %
A	400	4,425	8,866%
B	650	7,725	3,590%
C	731	8,450	4,292%
D	965	7,644	1,151%
E	1,207	11,265	7,367%
F	1,125	5,230	390%
G	1,448	7,242	408%
AVERAGE	932	7,426	3,723%

The derived discharge for this system is approximately 2,450 m³/s. Critically, the sediment competence argument confirms this; the modern Thames flow cannot move the coarse gravel sheets found in the basin’s stratigraphic record. Only the high-energy discharge predicted by the PGFH explains the presence and transport of these massive gravel units.

6. Hydraulic Mechanisms: Aquifer Pressure and the “Age of Water”

Using Darcy’s Law, we can model the elevated hydraulic head in British chalk systems. During the glacial period, aquifers were subjected to immense subglacial recharge and lithospheric pressure. This “ancient pressure” sustained high river baseflow for thousands of years after the ice retreated from the surface.

Unlike “rain-fed” modern rivers, these spring-fed, high-stage rivers were consistent systems seeking hydraulic equilibrium. The PGFH clarifies that these were not short-lived runoff events but a multi-millennial release of stored glacial water.

Isotopic analysis identifies a 12,000-year gap between the melting of surface ice and the eventual rainwater replenishment of the aquifers. This gap provides definitive proof that early Holocene rivers were powered by “ancient” meltwater under pressure, not recent precipitation.

7. Chronological Constraints: Peat as a National Hydrological Clock

Peat serves as the ultimate geomorphological “clock” for the PGFH. The “Delayed Peat Peak Paradox”—the fact that British peat expansion reached its maximum well into the early Holocene (c. 9–8.5 ka BP)—is only resolvable if we accept the PGFH. Peat only forms in anaerobic, saturated conditions; its expansion proves that the landscape remained saturated long after traditional models suggest it should have been “dry land.”

Buried peat beds in the Somerset Levels, Fenland, and the Thames Valley (c. 9–8.5 ka BP) are physical records of “delayed drainage.” They mark the period of maximum groundwater overcharge and provide the chronological proof of a landscape in slow, hydraulic transition.

8. Synthesis: The Deglacial Hydraulic Law and Engineering Implications

The convergence of Sea-Level Mass Balance, Ice-Volume Scaling, and Subsurface Matrix Analysis defines the Deglacial Hydraulic Law. This law dictates that the early Holocene landscape was governed by the predictable relationship between ice-mass loss, crustal rebound, and aquifer discharge duration.

Strategic Framework for Geomorphologists:

Redefine Hydrological Baselines: Acknowledge that early Holocene baseflow was an order of magnitude higher than modern levels.
Apply Volumetric Scaling: Use the 3,723% benchmark from the Thames as a baseline for other British catchment reconstructions.
Reject Random Deposition Models: Replace Bayesian “noise” models with elevation-normalized matrix analysis.
Model Sediment Competence: Account for the high-energy flow (e.g., 2,450 m³/s) required to transport Holocene gravel sheets.
Utilize Peat Chronology: Interpret peat initiation as a record of peak groundwater saturation rather than simple climate shifts.

Ancient Britain was never a static, dry island; it was a dynamic system of “living water” undergoing a measurable, mathematically predictable, and multi-millennial transformation.

Continue Exploring

You may also wish to read:

Post-Glacial Sea Levels in Britain
Avebury and Post-Glacial Flooding
The Stonehenge Enigma

All are FREE and available via the online bookcase.- https://fliphtml5.com/bookcase/ifitk/

The Post-Glacial Flooding Hypothesis — FREE Bookcase of Langdon’s Work

Author’s Biography

Robert John Langdon, a polymathic luminary, emerges as a writer, historian, and eminent specialist in LiDAR Landscape Archaeology.

His intellectual voyage has been interwoven with stints as an astute scrutineer in government and grand corporate bastions, a tapestry spanning British Telecommunications, Cable and Wireless, British Gas, and the esteemed University of London.

A decade hence, Robert’s transition into retirement unfurled a chapter of insatiable curiosity. This phase saw him immerse himself in Politics, Archaeology, Philosophy, and the enigmatic realm of Quantum Mechanics. His academic odyssey traversed the venerable corridors of knowledge hubs such as the Museum of London, University College London, Birkbeck College, The City Literature Institute, and Chichester University.

In the symphony of his life, Robert is a custodian of three progeny and a pair of cherished grandchildren. His sanctuary lies ensconced in the embrace of West Wales, where he inhabits an isolated cottage, its windows framing a vista of the boundless sea – a retreat from the scrutinising gaze of Her Majesty’s Revenue and Customs, an amiable clandestinity in the lap of nature.

Exploring Prehistoric Britain: A Journey Through Time

My blog delves into the fascinating mysteries of prehistoric Britain, challenging conventional narratives and offering fresh perspectives grounded in cutting-edge research, particularly LiDAR technology. I invite you to explore some key areas of my research. For example, the Wansdyke, often cited as a defensive structure, is re-examined in light of new evidence. I’ve presented my findings in my blog post Wansdyke: A British Frontier Wall – ‘Debunked’, and a Wansdyke LiDAR Flyover video further visualises my conclusions.

My work also often challenges established archaeological dogma. I argue that many sites, such as Hambledon Hill, commonly identified as Iron Age hillforts, are not what they seem. My posts Lidar Investigation Hambledon Hill – NOT an ‘Iron Age Fort’ and Unmasking the “Iron Age Hillfort” Myth explore these ideas in detail and offer an alternative view. Similarly, sites like Cissbury Ring and White Sheet Camp receive re-evaluations based on LiDAR analysis in my posts “Lidar Investigation Cissbury Ring through time” and “Lidar Investigation White Sheet Camp,“ revealing fascinating insights into their true purpose. I have also examined South Cadbury Castle, often linked to the mythical Camelot56.

My research also extends to ancient water management, including the role of canals and other linear earthworks. I have discussed the true origins of Car Dyke in multiple posts, including Car Dyke – ABC News Podcast and Lidar Investigation Car Dyke – North Section, which suggest a Mesolithic origin 2357. I also explore the misidentification of Roman aqueducts, as seen in my posts on the Great Chesters (Roman) Aqueduct. My research has also been greatly informed by my post-glacial flooding hypothesis, which has helped explain landscape transformations over time. I have discussed this hypothesis in several posts, including AI now supports my Post-Glacial Flooding Hypothesis and Exploring Britain’s Flooded Past: A Personal Journey

Finally, my blog also investigates prehistoric burial practices, as seen in Prehistoric Burial Practices of Britain and explores the mystery of Pillow Mounds, often mistaken for medieval rabbit warrens, but with a potential link to Bronze Age cremation in my posts: Pillow Mounds: A Bronze Age Legacy of Cremation? and The Mystery of Pillow Mounds: Are They Really Medieval Rabbit Warrens?. My research also includes astronomical insights into ancient sites, for example, in Rediscovering the Winter Solstice: The Original Winter Festival. I also review new information about the construction of Stonehenge in The Stonehenge Enigma.

Other Blogs

2024 Prehistoric Britain Blog Review

8000-year-old Cro-Magnon skull

Vikings, Doggerland, and the Last Survivors of Europe’s Lost Waterworld

Hydrology 101 Simplified: Why Britain’s Dykes Worked Without Rivers

Posted on April 15, 2026 by admin

The Problem No One Can Explain (Hydrology 101 Simplified: Why Britain’s Dykes Worked Without Rivers)

Britain’s Dykes – Hydrology 101

Across Britain, there are over 1,400 recorded linear earthworks.

They run:

Over hills
Across ridges
Into valleys
And then… stop

Today, they are dry.

So the question always asked is:

👉 “How could these ever have carried water?”

And the answer has been consistently wrong.

(Hydrology 101 Simplified: Why Britain’s Dykes Worked Without Rivers)

The Fundamental Mistake

Almost everyone — including archaeologists — assumes one thing:

👉 Water behaves like a flat surface

Like a bath.

So they imagine:

Water sits level
It flows downhill
It collects at the lowest point

From that assumption, dykes make no sense.

Because:

👉 Many run uphill
👉 Many sit high in the landscape
👉 Many don’t connect to rivers

So they are dismissed as:

Boundaries
Defences
Or “ritual” features

The Reality: Water Does NOT Behave Like a Bathtub

Water on the surface behaves like that.

But water in the ground does not.

And this is the part almost everyone misses.

A huge proportion of the world’s fresh water is underground, stored in soils and rock layers

Think of the landscape not as dry land with rivers…

But as:

👉 A soaked sponge

A Simple Test Anyone Can Do

Go into your garden.

Dig a hole.

What happens?

👉 It fills with water

Now ask yourself:

Are you in a river?
Are you at sea level?
Are you even in a valley?

No.

Yet water appears.

That is groundwater.

The Critical Concept: Water Follows the Landscape

Here is the key idea that unlocks everything:

👉 Groundwater is not level — it follows the shape of the land

This is why:

Springs start high on hills
Wells work at all elevations
Water can exist just below the surface almost anywhere

Why This Is So Hard to Understand

Because we are trained to think in visible water:

👉 Rivers
👉 Lakes
👉 Seas

But these are only places where water escapes from the ground.

Before that point:

👉 It is contained
👉 Pressurised
👉 Moving through rock

Springs: The Proof

Rivers do not begin at the bottom of valleys.

They begin:

👉 At springs

And many springs occur:

👉 High in the landscape

This alone proves:

👉 Water exists at an elevation

Wells Prove the Same Thing

Wells have been dug for thousands of years.

And they work:

On hills
On slopes
On plateaus

Why?

Because they tap into:

👉 Water already in the ground

Now Apply This to Dykes

A dyke is nothing more than:

👉 A long ditch

If you dig a ditch into saturated ground:

👉 It fills with water

Not from a river…

👉 But from the ground itself

Turning Wells Into a Canal

Think of it like this:

👉 One hole fills with water = a well

Now connect multiple wells:

👉 You get a continuous water-filled ditch

👉 A canal

The Missing Piece: The Ice Age

Everything changes when we place this into the correct time period.

After the last Ice Age:

Britain was saturated
Water tables were extremely high
Rivers were far larger than today

This is not speculation — it is the core basis of the hydrological model

So in the Mesolithic:

👉 Digging even a shallow ditch would hit water

What Britain Actually Looked Like

Around 8000 BCE:

Up to 90% woodland cover
Extensive wetlands
Flooded valleys
High groundwater

This was not open farmland.

It was:

👉 A wet, wooded, water-dominated landscape

Why Dykes Are Not Continuous

Walkers often notice:

👉 Dykes stop at valley edges
👉 Then reappear on the other side

This is seen as a flaw.

It isn’t.

It’s evidence.

Because at the time:

👉 The valley was full of water

So there was no need to dig.

You simply:

👉 Floated across

Modern Comparison: Abandoned Canals

Even today, canals abandoned for just 100 years:

👉 Look like dry ditches

Many people struggle to believe they were once:

👉 Major transport systems

Now apply:

👉 Thousands of years of decay

And the misunderstanding becomes obvious.

The Valley Gradient Problem

Another objection:

👉 “Water would just run to the bottom”

Again, this assumes surface water.

But dykes were:

👉 Groundwater-fed

And often:

👉 Segmented

Meaning:

👉 Water is held in sections
👉 Not allowed to drain away

Evidence from Offa’s Dyke (Chepstow)

At Chepstow:

The dyke changes form in the valley
It is not continuous
Sections differ in construction

But one thing remains:

👉 The bank width

This suggests:

👉 Original function changed over time

Later Adaptation

As water levels fell:

👉 The ditch became less important
👉 The bank became more important

And eventually:

👉 The dyke became a road

This is confirmed by:

👉 1800s OS maps marked it as an “ancient road”

Springs and the Vallum (Hadrian’s Wall)

The Vallum work is critical here.

You’ve identified:

👉 ~65 springs along ~70 miles

That’s roughly:

👉 One spring per mile

And that’s just today’s springs.

In a higher water table environment:

👉 There would have been many more

This means:

👉 Continuous water supply

The Power of Springs

A single strong spring can produce:

👉 Up to 2,800 litres per second

Now multiply that across a system.

This is not a trickle.

👉 It is a constant water source

Managing the Flow

No locks required.

Instead:

Small weirs
Narrow channels
Segmented ponds

These:

👉 Slow the flow
👉 Hold water in place
👉 Allow movement between sections

The Ice Age Legacy

At the peak:

👉 Britain sat under miles of ice

When it melted:

👉 Water saturated the land

And crucially:

👉 It took thousands of years to drain

The Key Evidence

Raised peat deposits
Flooded valleys
Dry river channels (palaeochannels)
Borehole water signatures

All point to:

👉 A long period of high water

Why Archaeology Gets This Wrong

Because it relies on:

👉 Today’s landscape

Instead of:

👉 Reconstructing the past one

Final Conclusion

Once you understand groundwater, everything changes.

Dykes no longer need:

❌ Rivers
❌ Locks
❌ Complex engineering

They only require:

👉 A saturated landscape

The One Sentence That Explains Everything

👉 Prehistoric Britain wasn’t dry land with rivers — it was wet land slowly draining.

Author’s Biography

Robert John Langdon, a polymathic luminary, emerges as a writer, historian, and eminent specialist in LiDAR Landscape Archaeology.

Exploring Prehistoric Britain: A Journey Through Time

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Vikings, Doggerland, and the Last Survivors of Europe’s Lost Waterworld

Real-World Confirmation of Post-Glacial Flooding

Posted on April 11, 2026 by admin

Introduction

Recently, I received a message from my friend Chris at Lambourne Photography, who shared new winter photos of Avebury. The landscape, experiencing recorded rainfall, has begun to flood, capturing my keen interest. This flooding aligns with the predictions in my prehistoric Avebury maps, considering the post-glacial flooding during the Mesolithic period (10k to 4k BCE) – (Real-World Confirmation of Post-Glacial Flooding)

Copyright – Lambourne Photography (Real-World Confirmation of Post-Glacial Flooding)

It’s intriguing that Avebury received 70mm (3 inches) of rain over the last 30 days. However, reflecting on the end of the Ice Age and the substantial melt, Avebury would have encountered the equivalent of 98,425 inches of rain. Common sense implies that this area would have experienced significant flooding, corroborated by the British Geological Maps, albeit not entirely accurate, which illustrate the extent of post-glacial flooding, with the Kennet River ten times wider than its present size. (Avebury Post-Glacial Flooding)

The photographs depict the flooding extending West around the Avebury Stone circle—as indicated on both British Geological Survey (BGS) map but more precisely with the area indicated in my LiDAR maps. This serves as empirical evidence supporting the Post-Glacial Flooding Hypothesis and reinforces my assertion that LiDAR is the paramount landscape-mapping tool, regrettably underutilised by archaeologists to their disadvantage.(Avebury Post-Glacial Flooding)

The significance of this was underscored in the recent episode of ‘Digging for Britain,’ where a settlement was discovered. The attempt to justify its location and function relied on a modern OS map, leading to an absurd and inaccurate conclusion—namely, that it served a ceremonial purpose rather than a functional trading place at the river’s edge. This further underscores the limitations of traditional mapping methods and the value that LiDAR brings to understanding past topologies. (Avebury Post-Glacial Flooding)

Avebury through time

In the heart of Wiltshire, England, lies the UNESCO World Heritage Site of Avebury, shrouded in mystery and wonder. For years, archaeologists and historians have delved into its enigmatic past, uncovering secrets buried beneath layers of time and earth. Yet, Avebury still held one final, astonishing revelation waiting to be unearthed, and it was the relentless pursuit of author and cartographer Robert John Langdon that would shed light on this long-forgotten secret.

Avebury Post-Glacial Flooding (copyright Lambourne Photography) — Silbury Hill showing how the Kennet Flooded around the base – Avebury Post-Glacial Flooding copyright Lambourne Photography

Avebury, with its iconic stone circles and ancient monuments, has fascinated explorers and scholars for centuries. Among its well-known features are ‘West Kennet Avenue’ and ‘Beckhampton Avenue,’ both adorned with colossal stones that still stand as silent sentinels of a long-gone age. These avenues have been pivotal in our understanding of Avebury’s past, connecting the spiritual and historical aspects of this sacred site. However, Langdon’s unrelenting quest to unravel Avebury’s mysteries led him down an uncharted path, one that would challenge conventional wisdom and rewrite the history of this remarkable place.

Langdon’s journey was marked by meticulous mapping and years of research, culminating in a hypothesis that would reshape our understanding of prehistoric Britain. He proposed that much of the British Isles had once been submerged in the aftermath of the last ice age, with these ancient sites strategically positioned along the ancient shorelines. His groundbreaking maps offered a fresh perspective, suggesting that Avebury had functioned as a bustling trading hub for our ancient ancestors. This audacious theory challenged the prevailing notion that prehistoric societies were isolated and disconnected, instead highlighting their sophistication in trade and commerce.

At the heart of this newfound understanding was the colossal enigma of Silbury Hill, the largest man-made monument in prehistoric Europe. Silbury Hill had confounded archaeologists for generations, with theories ranging from religious symbolism to ceremonial significance. Yet, Langdon boldly proclaimed that Silbury Hill had a far more practical and ingenious purpose—an ancient ‘Lighthouse’ that guided seafarers to the trading port of Avebury.

This notion, while revolutionary, was not without evidence. Langdon explained that his research indicated that Silbury Hill had indeed flooded in the distant past, making it logical to assume that it was repurposed as a harbour when the waters receded from the main Avebury site. The construction of Silbury Hill in stages, starting small and gradually growing taller, suggested a pragmatic approach rather than a symbolic one. According to Langdon, the height of the mound would have served as a beacon, attracting ships and boats to the trading centre and making it an essential feature for maritime navigation.

To many, Langdon’s claims may seem audacious, but they align with the findings of dowsers in 2011. At the top of the newly discovered Stone Avenue, these dowsers found a series of stone holes precisely where Langdon’s photographic evidence indicated they were. The convergence of these findings strengthened Langdon’s case, providing compelling support for his audacious theory.

While confirmation through excavation is the next logical step, Langdon’s research has already ignited a vibrant discussion within the archaeological and historical communities. His perspective challenges our preconceived notions of prehistoric Britain, revealing a thriving civilisation that engaged in far-reaching trade and commerce. The idea of Avebury as a bustling trading hub paints a picture of interconnectedness and shared culture, where societies traded not only goods but also ideas, beliefs, and traditions.

In the realm of historical discovery, it is often the audacious thinkers, the mavericks who dare to question established narratives, who propel our understanding forward. Robert John Langdon is undeniably one of these thinkers. With a deep passion for history and an unyielding commitment to his research, he has unearthed a hidden chapter in the story of Avebury—one that transcends time and offers fresh insights into our shared human history.

As Langdon’s trilogy, ‘The Stonehenge Enigma,’ continues to explore these groundbreaking theories, it beckons us to embark on a journey of discovery, to challenge our assumptions, and to embrace the possibility that the past is far more complex and interconnected than we ever imagined. Avebury, with its ancient stones and enigmatic avenues, continues to whisper its secrets to those who dare to listen, inviting us to see history through a new lens—one illuminated by the audacious vision of Robert John Langdon.

The Silbury Lighthouse and the Flooded Stones: 4 Surprising Truths About Prehistoric Avebury

When winter rains recently swept across Avebury, the resulting floods captured by Lambourne Photography did more than just saturate the soil. For those looking closely, the rising waters acted as a real-time simulation of a long-lost era, providing empirical evidence for a landscape we have forgotten. These modern pools align perfectly with prehistoric maps, offering a glimpse into the landscape as it existed during the Mesolithic period between 10,000 and 4,000 BCE.

According to author and cartographer Robert John Langdon, this contemporary flooding is the “ground truth” for his Post-Glacial Flooding Hypothesis. While we see a landscape of dry fields and small streams today, the geological evidence suggests a much more aqueous past. By observing how the water moves now, we can begin to understand why our ancestors chose this specific site for their most massive monuments.

The 98,000-Inch Rain: Reimagining the Post-Glacial Landscape

To understand the scale of the ancient environment, we must look at the sheer volume of water released at the end of the last Ice Age. While Avebury recently made headlines for receiving 3 inches (70mm) of rain in a month, that is a mere drop compared to the post-glacial melt. Langdon calculates that during the ice melt, the region would have encountered the equivalent of 98,425 inches of rain.

This massive influx of water transformed the geography of Wiltshire into something unrecognisable to modern eyes. While British Geological Survey (BGS) maps are not entirely accurate in every respect, they provide vital corroboration of this watery reality.

“Common sense implies that this area would have experienced significant flooding, corroborated by the British Geological Maps, albeit not entirely accurate, illustrating the extent of post-glacial flooding with the Kennet River ten times wider than its present size.”

Traditional archaeological interpretations often lack this “common sense” approach, failing to account for the significant role that higher water levels played in dictating human activity. By ignoring the geological reality of a wider Kennet River, we miss the primary reason why these sites were established. These monuments were not random; they were strategically positioned along the ancient shorelines of a flooded world.

Trading Hub or Temple? The Functional Shift

For decades, the “ceremonial” label has been the default explanation for almost every prehistoric site in Britain. However, Langdon argues that this view is an absurdity born from using modern Ordnance Survey maps to define ancient functions. A recent episode of ‘Digging for Britain’ highlighted this disconnect when a settlement found at the river’s edge was labelled ceremonial simply because its location didn’t make sense on a modern map.

When viewed through the lens of higher water levels, Avebury reveals itself not as an isolated temple but as a bustling trading hub. These colossal stones stand as silent sentinels to an age when the site was a centre for commerce and maritime interaction. This reinterpretation suggests a sophisticated, interconnected society that utilised Britain’s waterways for trade, rather than a collection of isolated, ritual-obsessed tribes.

By acknowledging the strategic placement of the shoreline, we see that the builders were master logisticians. They utilised the landscape’s natural hydrology to facilitate movement and exchange. The whispers of the past suggest that Avebury was the heart of a vibrant, seafaring economic network.

The Silbury Lighthouse: A Beacon for Ancient Mariners

Silbury Hill stands as the largest man-made monument in Europe, yet its purpose has remained one of archaeology’s greatest enigmas. While often dismissed as a religious or symbolic mound, the Post-Glacial Flooding Hypothesis provides a far more pragmatic explanation. Langdon suggests that as the waters receded, Silbury Hill was constructed in stages to serve as maritime infrastructure.

Rather than a silent grave or a place of worship, the mound functioned as a guide for those navigating the flooded plains.

“Silbury Hill had a far more practical and ingenious purpose—an ancient ‘Lighthouse’ that guided seafarers to the trading port of Avebury.”

This maritime theory explains why the hill was built in stages, growing taller over time to remain visible as a beacon for incoming ships. Langdon’s research further indicates that as the climate changed, the site was eventually repurposed as a harbour when the waters receded from the main Avebury site. This transformation into a piece of sophisticated nautical infrastructure completely changes our perspective on the engineering capabilities of prehistoric Britons.

LiDAR: The Paramount Tool Archaeologists Are Missing

The key to unlocking these secrets lies in LiDAR (Light Detection and Ranging) technology, which allows researchers to see “past topologies” hidden by modern development. Langdon asserts that LiDAR is the most important landscape mapping tool available, yet it remains tragically underutilised by traditional archaeologists. This technology revealed exactly where the ancient shorelines met the monuments and identified lost features like “Silbury Avenue – the Lost Stone Avenue.”

The accuracy of this mapping was strikingly confirmed in 2011 by dowsing results at the top of this newly discovered avenue. Dowsers located stone holes in the exact positions that Langdon’s LiDAR-based research had predicted. This convergence of high-tech scans and physical evidence is forcing a total rewrite of British history.

By using LiDAR to strip away modern distractions, we can finally see the strategic logic of the Mesolithic builders. The technology proves that the landscape was shaped by water levels we are only now beginning to map correctly. It is no longer a matter of speculation, but a matter of seeing the evidence hidden in the earth itself.

Conclusion: Whispers from the Ancient Shoreline

The “Post-Glacial Flooding Hypothesis” invites us to view the British landscape not as a static collection of fields but as a dynamic environment. Avebury changes from a site of mystery into a monument of human ingenuity and maritime success. Our ancestors were not just building stone circles; they were constructing a society centred on water.

As we uncover more evidence of this interconnected world, we must ask ourselves: are we ready to see history through a new lens? Are we prepared to accept that the past is far more complex and strategically minded than we ever imagined?

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The Fury of the Past: Natural Disasters in Historical and Prehistoric Britain

Posted on April 9, 2026 by admin

Introduction

Over recent years, there’s been a growing tendency… to present images of climate in crisis.

Storms tearing through communities…
floods overwhelming towns…
weather described not just as severe… but as something almost theatrical in its intensity.

And alongside these images… comes a familiar language.

We hear about record-breaking rainfall…
unprecedented wind speeds…
and that now well-worn phrase… “since records began.”

It sounds authoritative.
It sounds definitive.

The Fury of the Past: Natural Disasters in Historical and Prehistoric Britain

But it’s worth pausing… just for a moment… to ask a simple question:

What records… exactly… are we talking about?

Because in many cases… those “records” begin surprisingly recently.
Daily observational data, in its most widely used form, only really starts in the early twentieth century — around 1914.

So when we describe a modern year… like 2023… as extreme or unprecedented… we are often comparing it to just over a century of detailed measurement.

And that… is a very narrow window… in the context of climate.

Because the story doesn’t begin there.

We have the England and Wales Precipitation series… stretching back to 1766.
We have the Central England Temperature record… reaching all the way back to 1659.

These are not trivial datasets.
They are the result of generations of careful observation… often by dedicated amateur meteorologists… people who simply watched the skies… and wrote it down.

Together, they offer something far more valuable than a snapshot.

They offer perspective.

A long, continuous conversation between humanity… and the weather.

And yet… paradoxically… these longer records are often pushed aside.
Quietly ignored… or treated as secondary… in favour of modern datasets that fit more neatly into contemporary narratives.

Which raises an important point.

If we are serious about understanding climate…
about understanding flooding…
about understanding extremes…

Then we cannot afford to work from fragments of the record.

We need the full canvas.

Because without that depth… without that historical context…
we risk mistaking variability for anomaly…
and short-term patterns for long-term change.

Perhaps this is where a figure like Jacob Bronowski would urge caution.

Not to dismiss modern science… but to place it within the wider human story.

To recognise that knowledge is cumulative…
that understanding comes from continuity… not selectivity…

And that if we truly want to understand the forces shaping our world…
we must listen not just to the present…

…but to the long memory of the past.

Sky News Online:

“England and Wales have seen the wettest summer for 100 years, according to MeteoGroup. Rainfall for June, July and August was 362mm (14.25in), making it the wettest summer since 1912. The average summer rainfall across the UK is 226.9mm (8.9in). MeteoGroup forecaster Nick Prebble said this summer is set to be the fourth wettest since records began in 1727. The record for the UK’s wettest summer is 1912, when 384.4mm (15.1in) of rain fell.” (The Fury of the Past: Natural Disasters in Historical and Prehistoric Britain)

Let us delve into the fabric of the British summer, as narrated by the Met Office, revealing a tapestry less illuminated by the sun’s grace than in years past. A summer, they tell us, that may be recorded in the annals as one of the dullest, with a mere 399 hours of sunshine until the twilight of August, shadowed only by the year 1980’s modest 396 hours. This narrative unfolds in the aftermath of a Bank Holiday painted in the hues of unsettled weather, where rain and flood alerts draped many parts of the UK.

Joanna Robinson, a sage of weather from Sky News, recounts a tale of a season that began with the wettest June recorded, followed by a July that, too, was cradled in wetness. Yet, as the days of summer waned, the weather found a semblance of calm, only to be disturbed once again as August drew to a close. She speaks of the jet stream, that ethereal conveyor of weather, which, in its wanderings, steered storms across the British Isles that might have otherwise passed us by.

The summer of 2007 looms large in recent memory, its rainfall second only to records dating back to 1912, yet August of this summer hints at being the driest and sunniest. Such observations provoke exclamations of dismay and declarations of the grip of climate change on our world. Yet, a closer scrutiny, a peering into the depths of our climatic past, reveals a narrative less singular in its direction. The year 2007, while remarkable for its summer deluge, does not rank among the highest in annual rainfall, settling instead into the seventeenth position over the last century.

Our engagement with the elements, marked by the ebb and flow of rainfall, stretches back over centuries, with periods of intense precipitation, such as the decade spanning 1870 to 1880, punctuating our history. And between the notable years of 2007 and 2012, 2010 emerged as the eleventh-driest, a reminder of the natural oscillations that characterise our climate.

Grote Mandrenke

Turning our gaze to the winds and gales that sculpt our coastlines, history offers us a lens through which to view these forces in a broader context. The ‘Grote Mandrenke’, a tempest from the annals of the fourteenth century, wrought unparalleled devastation, claiming thousands of lives and altering landscapes and architecture. This event, among others, serves as a testament to the dynamic and often turbulent relationship between humanity and the environment.

In this reflection, inspired by the thoughtful considerations, we are invited to contemplate the narratives of weather and climate not as isolated phenomena but as part of a complex interplay of natural forces, historical events, and human experiences. Through this lens, we gain a deeper appreciation for the intricacies of our world and the myriad ways in which the past informs our understanding of the present and the future.

(Extreme weather and Ancient Subterranean shelters) — Grote Mandrenke 1362 – Extreme weather

In the reflective prose, let us explore the further reaches of our historical and environmental saga, where the dance between humanity and nature continues its timeless rhythm. As the great storm of 1362 stretched its wrath into the North Sea, it conspired with the tides to birth a tempestuous offspring—the storm surge. This phenomenon, a marauder of the coasts, reshaped the contours of the European shore, leaving ports from England to Denmark in ruins, and forever altering the dialogue between land and sea.

Yet, this cataclysm, while monumental, is not an isolated whisper in the annals of our planet’s climatic history. It echoes a more ancient, more profound narrative that commenced with the first settlers in the Mesolithic period. These early denizens of the land faced the capricious moods of a world freshly emerged from the clutches of the last Ice Age—a time when the land itself was a protagonist in a story of transformation and survival.

The landscape, a silent historian, bears the scars and tales of these epochal changes. The retreat of the ice sheets some ten thousand years ago unleashed waters that dwarf our contemporary rainfall measurements, inundating the land with a deluge that would reshape its very skeleton. The annual rainfall pales in comparison to the volumes discharged during this great thaw, when millions of millimetres of water sculpted the British Isles into a new form, carving out riverbeds and creating the floodplains we know today.

British Geological Society

These ancient watercourses, now hidden beneath layers of sediment and time, are revealed to us through the meticulous cartography of the British Geological Society (BGS). Their maps unfurl a tapestry of geological memory, revealing the remnants of vast paleo-river systems that once cradled the waters of the past. The floodplains, marked by their unique sedimentary compositions, are not merely areas prone to contemporary flooding but are the fingerprints of ancient rivers that once dominated the landscape.

Our Mesolithic ancestors, attuned to the rhythm of this waterlogged world, chose the margins of these floodplains for their sacred sites and communal gatherings. Stonehenge, that enigmatic structure, stands as a testament to its profound connection with the land and its waterways. They navigated the flooded realms, moving from isle to isle, their lives intertwined with the ebb and flow of the waters.

The evidence of these ancient flood plains and their impact on human settlement and activity is etched into the very bedrock of our island. A study of the BGS maps reveals a subterranean network of what were once mighty rivers and channels, especially in areas of chalk bedrock like Stonehenge. These geological whispers invite us to consider how our landscape has been shaped by water’s forceful hand, guiding our ancestors and shaping the course of our collective history.

In this contemplation, inspired by Bronowski’s reverence for the intertwining of science, history, and human endeavour, we are reminded of the enduring legacy of our planet’s natural forces. They beckon us to view our present and future through the lens of the deep past, understanding that the stories of storm surges, flooding, and climate are chapters in a much longer narrative of Earth and humanity.

Embarking on a journey of inquiry and reflection, we delve into the enigma of Britain’s dry river valleys. These landscapes, now silent and devoid of flowing waters, serve as a testament to the dynamic and ever-changing canvas of our planet’s geological and climatic history. Known to archaeologists, geologists, and the curious layperson alike as ‘Dry River Valleys,’ these formations beckon us to ponder the forces that sculpted them and the epochs they have witnessed.

Conventional wisdom held that the distinctive contours of these valleys, nestled within the chalk hills, were the handiwork of the Periglacial Phase of the Quaternary Period—a vast expanse of time that began around 2.6 million years ago. Yet the precise moment of their birth remains shrouded in the mists of prehistory, with no concrete evidence to mark their genesis.

Geology, a discipline ever ripe with evolving theories and reinterpretations, suggests these dry valleys were carved by the relentless flow of water, eroding topsoil and smoothing the underlying chalk during the thaw that followed an ice age. Yet the Quaternary Period is marked by a succession of ice ages, each leaving an indelible mark on the land. This presents a quandary for those who seek to understand not just the creation of these valleys, but the epochs in which they thrummed with the lifeblood of flowing rivers.

Post-Glacial Flooding

For archaeologists and geologists, the puzzle lies in discerning which ice age’s thaw sculpted these valleys into the landscape. The challenge is not merely academic; it bears significant implications for understanding the human story intertwined with these natural features. The timing of water coursing through these valleys could illuminate periods of human activity, migration, and settlement, shedding light on the ancient peoples who once lived alongside these now-vanished rivers.

Geological maps and studies suggest the existence of great rivers that once traversed the British Isles, sculpted by the monumental release of water at the end of the ice ages. The last great thaw, occurring some 17,000 years ago as the ice sheets, towering over two miles high in places, receded, would have unleashed floods of epic proportions. This deluge, the most significant in recent geological history, would have transformed the landscape, including the Valleys of the South Downs, far from the ice sheet’s edge.

The intrigue of these dry river valleys lies not solely in their geological formation but in the stories they hold of a world dramatically different from our own. To understand when these valleys last echoed with the sound of flowing water is to peel back layers of time, revealing insights into the climatic shifts that have shaped the earth and influenced the course of human civilisation.

We are witnessing a paradigm shift in our understanding of Britain’s dry river valleys. Modern geological consensus now acknowledges that these features were carved not by the slow, grinding advance of ice but by the dynamic, erosive power of water. This revelation comes from observing the profound examples of soil erosion and the creation of valleys, where millions of gallons of water, moving with relentless force, stripped away layers of earth down to the bedrock.

This narrative finds vivid illustration in the South Downs, where the cliffs and valleys bear silent testimony to ancient, post-glacial rivers. The region, much like the area surrounding Stonehenge, rests upon chalk sedimentary bedrock, shaped by the flows of yesteryear. The presence of these ancient watercourses is betrayed by the layers of sand, silt, and clay that comprise the subsoil, visible in the dales (valleys) of the South Downs and, most strikingly, on the faces of the chalky white cliffs. These cliffs, sculpted by the sea, offer a cross-sectional view into the past, revealing the sedimentary layers left by prehistoric rivers.

Contrary to earlier interpretations that attributed the formation of these geological features to windblown loess or wash from valley walls, the evidence suggests a different story. The discovery of sandy sediments, embedded within the chalk and lying in close proximity to the current topsoil, points to a more dramatic origin. These remnants of ancient rivers, dating back approximately 15,000 years to the aftermath of the last great melt, challenge the prevailing theories.

The puzzle for geologists and archaeologists alike lies in the thin veil of topsoil that covers these ancient sediments. If these valleys were as ancient as previously believed, the question arises: where has the expected accumulation of topsoil gone? Furthermore, if topsoil erosion occurs at the rate some experts claim, how do we account for the presence of 18 inches of topsoil atop the chalk in the present day?

These questions invite a reevaluation of our understanding of the landscape’s history, suggesting that erosion and sedimentation may not conform to the simplistic models previously proposed. The narrative of the South Downs and similar landscapes across Britain is not merely a tale of geological change but a reflection of the complex interplay between the earth’s natural forces and the passage of time.

We find ourselves at a crossroads of questions concerning the sedimentary timelines and the environmental narratives of our ancient landscapes. The enigma of the seemingly scant topsoil overlaying the remnants of prehistoric river beds in places like the South Downs raises profound questions about our understanding of climatic events and geological processes. Are we on the brink of uncovering evidence of a massive climatic upheaval yet to come, one that could dramatically alter the topsoil? Or, perhaps more intriguingly, have we misdated the dry river valleys and the prehistoric river beds that cradle the foundations of our ancient history?

The puzzle deepens as we consider the architectural legacies of our ancestors, such as Woodhenge and the enigmatic site known as Durrington Walls. These ancient monuments, constructed with a profound understanding of their environmental context, may hold clues to the climatic and geological conditions of their time. The location and design of these structures, aligned with natural features and possibly informed by an awareness of floodplains and waterways, suggest a sophisticated interaction with the landscape that transcends mere habitation and ventures into the realm of reverence and ritual.

The construction of Woodhenge, positioned near the curious formation of Durrington Walls, invites speculation about the relationship between human society and the natural world in prehistoric times. Were these monuments erected in response to the environmental challenges faced by their builders, such as flooding or the need to navigate and control water resources? Or did they serve as markers of significant geological features, such as dry river valleys, embedding coded knowledge of the landscape’s history and cyclical transformations in their construction?

These questions compel us to reexamine our interpretations of the archaeological record, challenging us to integrate geological evidence with the cultural and spiritual dimensions of ancient constructions. The apparent discrepancy in the sedimentary record, marked by the proximity of ancient river sediments to the present-day topsoil, may not only point to gaps in our geological dating but also to a more complex understanding of how our ancestors interacted with and adapted to their environment.

Durrington Walls

When you look at Durrington Walls, the first thing that strikes you is that it seems incomplete; it appears as a half-circle in aerial photographs, and from the ground, you get a sense that it is only half-finished. However, most illustrations include the easterly section because magnetometer surveys show more ditches beneath the surface, although you might question their purpose, as they are not apparent. The easterly side of the site was clearly built much later than the original Westside. The East bank is smaller and does not match the initial ditch-and-moat specifications, which were roughly 5.5 m deep, 7 m wide at the bottom, and 18 m wide at the top. (The Fury of the Past: Natural Disasters in Historical and Prehistoric Britain)

The bank was 30 m wide in some areas. The bank and ditch indicated by the magnetometer surveys are less than half that depth; the bank is only about a third the size of the one on the Northern side. The current theory and plan for Durrington Walls do not stand up to investigation, for clearly the Eastern side of the camp was added later, when the prehistoric groundwater had begun to recede.

So what was its original use?

To answer that question, you must look at the site’s terrain, position and layout. The first thing that hits you is that the site is not flat! In fact, it’s a huge bowl.

The suggestion that our forebears might have chosen to establish settlements in locations that, to the modern eye, appear prone to flooding, invites a deeper investigation into the logic and environmental understanding of these ancient communities.

The case of Durrington Walls, traditionally interpreted as a settlement due to the discovery of roundhouse foundations, challenges contemporary notions of ideal habitation sites. The prevailing wisdom that discourages camping on a slope due to the risk of water runoff highlights a modern bias towards flat, stable ground. Yet the archaeological insistence on Durrington Walls as a settlement, despite its topographical peculiarities, might overlook the site’s strategic significance in relation to the environmental conditions of the time.

Harbour

If we entertain the notion of significantly higher prehistoric groundwater levels, Durrington Walls transforms from a seemingly ill-chosen settlement into a potential natural harbour. The site’s configuration, with shallow sides ideal for mooring boats and a central ravine providing depth for watercraft, coupled with the remains of substantial external walls, suggests a sophisticated understanding of landscape and water management by its builders. Such a harbour, protected by formidable chalk walls, would have been a marvel of prehistoric engineering, offering shelter from the elements and facilitating trade or travel.

Woodhenge’s dual entrances further support the hypothesis of a water-centric landscape. One entrance aligns with Durrington Walls, suggesting a terrestrial connection, while the other, leading towards what would have been the ancient shoreline, implies a relationship with waterways. The presence of groundwater at Woodhenge, inferred from magnetometer surveys and the peculiarities of the site’s layout, underscores the adaptability and ingenuity of prehistoric peoples in harnessing their environment.

The evolution of the landscape, mirrored in the receding shoreline over millennia and the adaptation of human structures to these changes, reveals a dynamic interaction between our ancestors and their surroundings. The modern road, tracing the ancient shoreline’s path, serves as a tangible reminder of the deep history embedded in the land.

This reconsideration of Durrington Walls and Woodhenge as components of a prehistoric landscape intimately connected with water challenges us to think beyond conventional archaeological interpretations. It suggests that our ancestors were far from foolish in their choice of settlement locations. Instead, they possessed a profound understanding of their environment, selecting sites based on a complex array of factors, including access to water, natural protection, and the strategic advantages these locations offered.

We should not be too surprised by this, as lakeshores and coastlines still have paths along with them today so that we can fully enjoy them. There is no reason to believe that prehistoric people did anything different 8,000 years ago, and such a path would also have a practical purpose, as the shorelines were used as a mooring site. If we are correct about the road and the mooring points, is it possible to find post holes here underground?

Unbelievably, the answer is yes!

Wainwright, in his excavations of Durrington Walls, discovered lots of them. Without a shoreline, the post holes would look random and not make much sense. However, as soon as the groundwater flooding is added, their function becomes apparent: they held mooring posts, as that is the natural landing area for boats coming to and from Stonehenge, Avebury or Old Sarum. But are there other sites that have walls to protect them from the weather?

Avebury

Navigating through the mysteries of Avebury and its ancient landscapes, we find ourselves in the midst of a dialogue that blends the profound insights of archaeology with the nuanced understanding of geology, much in the spirit of Jacob Bronowski’s interdisciplinary exploration. Avebury, nestled within the chalkland of the Upper Kennet Valley, presents a fascinating case study of human interaction with a dynamically changing environment.

The positioning of Avebury on a low chalk ridge, elevated above the surrounding landscape, and its proximity to the Marlborough Downs, speak to the strategic selection of this site by our ancestors. The discovery of flint artefacts dating to the late Mesolithic period suggests a long history of human presence, perhaps drawn by the natural resources and the strategic vantage point this location offers.

The post-glacial flooding that reshaped the landscape around Avebury, transforming it into an almost island-like monument surrounded by waterways, highlights the profound impact of natural forces on human settlements. The effort to maintain Avebury’s island status through the construction of ditches and large banks reflects a determined human response to a changing environment, aimed at preserving the site’s symbolic or functional significance.

The estimated 1.5 million working hours required to construct the Avebury monument, involving 200 people working full-time for three to four years, underscores the monumental effort invested in this endeavour. This contrasts sharply with the even more staggering effort estimated for the construction of Silbury Hill, suggesting a remarkable dedication of resources and labour to these ancient projects. The discrepancy in the estimated working hours needed to move the respective volumes of chalk at Avebury and Silbury Hill raises intriguing questions about the methods, technologies, and organisational structures of prehistoric societies.

These ancient monuments, Avebury and Silbury Hill, stand as testaments to the ingenuity and resilience of our ancestors, who, faced with a world marked by extreme weather events and changing landscapes, sought to leave their mark through these colossal earthworks. The monumental scale of these projects, achieved without the modern machinery or technological aids available today, invites us to reconsider the capabilities of ancient societies and their profound connection to the landscapes they inhabited.

This is just another fact that does not make sense! –

There is just no consistency in archaeological findings; it’s all subjective, and quite frankly, wrong!

The suggestion that monuments like Avebury evolved gradually over centuries, with their ditches deepening from a modest one meter to the monumental eleven meters over 5,000 years, presents a compelling narrative of continuous human engagement with these sites. This slow but persistent expansion and deepening of the ditches could indeed offer a plausible explanation for the archaeological conundrum of the tools used in their construction.

The incremental growth of these monuments suggests a process deeply intertwined with the rhythms of prehistoric life, in which the maintenance and expansion of the ditches became part of the community’s ongoing relationship with their environment and heritage. The gradual excavation of the ditches, possibly for ritual cleansing, defence, or to expand the monument’s scope, would have allowed the use of simple tools available at the time. This contrasts with the daunting task of constructing such massive earthworks within a single generation, which would have required resources and coordination levels that seem less plausible without sophisticated tools and technologies.

Giant Ditches

The analysis of the ‘chalk mountain’ formed from excavated material offers fascinating insights into the monument’s purpose and symbolism. The calculation that the bank could originally have stood at least 15 meters high, with the potential to reach 20 meters when accounting for chalk compression and air gaps, underscores the monumental effort invested in these structures. This towering presence would have dominated the landscape, serving as a potent symbol of the community’s identity, beliefs, and capabilities.

The bank’s considerable height, derived from the volume of chalk moved from the ditches, also speaks to the technical understanding and engineering skills of the people who built these monuments. The manipulation of the landscape on such a scale, with the tools and knowledge available at the time, demonstrates a sophisticated grasp of materials and a deep connection to the land itself.

This perspective, which sees the monuments growing organically over time, enriches our understanding of the relationship between prehistoric societies and their monumental creations. It suggests that these structures were not static symbols imposed on the landscape but dynamic, evolving entities that reflected the changing needs, beliefs, and aspirations of their builders.

The endeavour to construct a 15-meter-high wall, especially within the context of ancient monumental architecture, invites a nuanced exploration that bridges the gap between archaeological theory and the lived realities of prehistoric communities. The suggestion that such walls were defensive structures, yet paradoxically positioned to ostensibly favour attackers, propels us into a deeper inquiry into the motivations and environmental challenges faced by these ancient builders.

The comparison with Durrington, where a high wall ostensibly serves a protective function for boats against wind and storms, suggests a pragmatic approach to construction that transcends mere defensive purposes. This insight challenges the notion of monumental walls as solely ceremonial or defensive and invites consideration of their role in mitigating the era’s environmental conditions.

The archaeological pivot to ‘ceremonial’ explanations in the face of such paradoxes, while often serving as a placeholder for the unknown, may indeed overlook the practical interactions between these ancient communities and their volatile climates. The humorously termed “God of pointless constructions and practices” belies a critical gap in our understanding of the symbiotic relationship between human societies and their environments.

Underground Bunkers

The suggestion that past weather was more severe and that the construction of shelters and walls was a response to these conditions is compelling. This perspective is supported by the presence of souterrains, or underground structures, which served as refuges from harsh weather. These structures, varying in design and function across regions, exemplify the adaptability and ingenuity of ancient communities in the face of climatic adversity.

The regional variation in the design of souterrains, from fogous in Cornwall that served as larders to other forms of underground shelter, underscores the diversity of responses to environmental challenges. This diversity not only highlights the practical considerations that drove the construction of monumental and subterranean structures but also reflects the rich tapestry of cultural practices that evolved in tandem with changing landscapes and climates.

The souterrains of Ireland, often colloquially termed ‘caves’, constitute a fascinating part of the archaeological and cultural landscape, rich in historical significance and imbued with the mysteries of the past. The scholarly works of individuals such as A.T. Lucas and the comprehensive study by Clinton in 2001 have provided invaluable insights into these subterranean structures, offering a window into their distribution, associated settlements, functions, and the chronology of their use.

Originating from the French term for “underground passageway,” souterrains were integral to the communities that constructed them, serving purposes that extended beyond the mere architectural or ceremonial. These underground galleries, often associated with settlements and ringforts, reflect a blend of ingenuity and necessity, designed to withstand the trials of their times.

Constructed by excavating earth and lining the resulting spaces with stone slabs or wood, souterrains were reburied to integrate seamlessly with the landscape. In instances where they were carved directly into rock, such elaborate preparations were unnecessary. Their functions, far removed from burial or ritualistic uses, leaned towards the practical, serving primarily as food stores or refuges during periods of conflict. The presence of souterrains within or adjacent to ringforts, and their dating to periods contemporary with these structures, suggests a synchronisation of defensive strategies and domestic planning.

The utilisation of ogham stones as structural elements within souterrains, and the repurposing of ancient script-bearing stones as roofing lintels or doorposts, underscores a fascinating intersection of cultural heritage and architectural necessity. Such practices highlight the adaptive reuse of materials and the deep-rooted connection between the physical and the symbolic in Irish heritage. The ‘cave of the cats’ at Rathcrogan stands as a prominent example, where the widened natural limestone fissure incorporates ogham stones, weaving together the threads of history, architecture, and mythology.

The distribution of souterrains in Ireland, particularly concentrated in certain counties, speaks to the geographical and environmental factors that influenced their construction. These underground structures, with their often obvious entrances, challenge our modern perceptions of secrecy and security, suggesting that their protective function was balanced with the practical needs of accessibility and use.

The first thing that strikes you as strange is the fact that these landscape features are categorised with different names in different locations:

Earth Houses – Modern use

Fogous – Cornwall

Pictish Houses – Found in Scotland (confusion arises here as some are only partially subterranean), unlike the Earth Houses in the same region.

Caves – Ireland

It’s quite literally an archaeological mess. And the reason for this mess is that archaeologists don’t understand why they were built, so they gave them local names, unlike barrows, Stone circles and henges, which appear in the same areas but with a unified name to save confusion. So, what can we find out about these structures that will help us understand why they were built?

Location, Location, Location

If we look at the minimal archaeological evidence, we do see a defined pattern of construction. For example, in Cornwall, we have found to date a collection of fifteen ‘fogous’. According to archaeologists, this is a proposed use for fogous, a refuge during raiding trips, as they are close to the sea. Sadly, if you look more closely, you see them in non-coastal areas and even in the middle of Dartmoor (Lade Hill Brook), where it’s called a Beehive Hut.

The problem with looking for such objects in Devon is that hundreds of ‘caves’ are dotted around from the days of tin mining, and therefore it is almost impossible to distinguish a prehistoric mine opening from a fogou.

The exploration of subterranean structures across the British Isles and their potential functions opens a fascinating chapter in the study of prehistoric human adaptation to environmental challenges. The presence of fogous in Cornwall, notably the example at Carn Gwavel Farm on the Isle of Scilly, exemplifies the ingenuity of ancient communities in creating shelters that blend seamlessly with the landscape. These underground chambers, with their distinctive S-shaped curves and corbelled construction, suggest a level of architectural sophistication designed to address specific needs, whether for storage, habitation, or protection.

The orientation of fogous towards the SW-NE axis raises intriguing questions about their purpose. While some might speculate a religious or ceremonial significance, the practical considerations of climate and environmental exposure cannot be overlooked. The architectural similarities between fogous, chamber cairns, and passage chambers across different regions—each adapted to local conditions and available materials—underscore a widespread practice of constructing subterranean spaces for varied uses.

In regions like Ireland and Scotland, where these structures are more commonly found and referred to as ‘caves’ or ‘earth houses,’ their abundance points to a shared cultural practice of utilising underground spaces. The absence of similar structures in areas like Devon, Dorset, Somerset, and Wiltshire, juxtaposed with the concentration of other prehistoric monuments, suggests regional variations in responses to environmental and social pressures.

The situation in Wales, with its chambered cairns and passage chambers, adds another layer to this complex tapestry. The discovery of bodies within these structures has led to their classification as burial sites, yet the possibility that their original purpose evolved over time warrants consideration. The comparison to modern bunkers, which have found new uses beyond their original intent, illustrates the fluidity of human interactions with built environments.

Tornadoes

The hypothesis that these subterranean shelters were constructed in response to severe storm conditions, akin to practices in contemporary hurricane-prone areas of the USA, highlights a timeless human priority: the need for protection against the elements. This perspective offers a compelling narrative of prehistoric resilience and adaptability, suggesting that the construction of such shelters was a rational response to the challenges posed by a dynamic and sometimes hostile environment.

Understanding the motivations behind the construction of fogous and similar structures requires an interdisciplinary approach that considers archaeological evidence, environmental science, and historical climatology. The severity of prehistoric storms, as inferred from geological indicators of post-glacial flooding and climate change, provides a backdrop against which the necessity and ingenuity of these ancient shelters can be fully appreciated.

In contemplating these ancient structures, we are reminded of the enduring human capacity to innovate and adapt to the world’s ever-changing face. The legacy of fogous and their counterparts across the British Isles and beyond speaks to a deep-seated human instinct to seek shelter and safety in the face of nature’s fury, a testament to the ingenuity and resilience of our ancestors that continues to inspire and inform our understanding of human history.

But is there any other evidence that tornadoes hit Britain?

On 17th October 1091, London was hit by a vicious tornado.

The historical records describing the destruction wrought upon London, including the demolition of the wooden London Bridge, the devastation of 600 houses, and the severe damage to St. Mary-le-Bow church, underscore the formidable power of natural forces. The detail of rafters being driven six meters into the ground at St. Mary-le-Bow vividly illustrates the intensity of the event, likely a tornado, which also resulted in loss of life and widespread homelessness. This account provides a stark reminder of the vulnerability of even the most seemingly permanent human constructions to the whims of nature.

The enduring mystery surrounding Stonehenge, particularly the toppling of the gigantic Sarsen Trilithon Stones, invites a reconsideration of the forces capable of such feats. The traditional assumption that human intervention aimed at dismantling the monument falls short in light of the damage’s selective nature. The hypothesis of a tornado strike from the southwest offers a compelling alternative explanation, aligning with the directional pattern of damage observed at the site. The fact that only one pair of the trilithons was felled, while the rest of the monument remained relatively intact, suggests an event that combined immense power with precise directionality, characteristics emblematic of tornadoes.

Tornadoes, though not commonly associated with Britain’s climate in the popular imagination, are indeed part of the British weather landscape, albeit on a smaller scale than in regions like the United States. The potential for a tornado to have caused the specific pattern of destruction observed at Stonehenge challenges preconceived notions about the stability of such ancient structures and the range of natural disasters that have affected them throughout history.

The observation made by Stukeley in the 16th century and the subsequent ‘repairs’ at the turn of the last century underscore the ongoing interaction between human efforts to preserve or restore ancient monuments and the natural processes that continue to shape them. This dynamic interplay highlights the fragility of our cultural heritage and the importance of understanding the human and natural factors that have influenced these iconic structures over millennia.

In exploring the possibility that tornadoes could impact Stonehenge, we are reminded of the broader implications of climate and environmental forces for archaeological sites. Such considerations not only enrich our understanding of the past but also inform preservation strategies for safeguarding our cultural heritage against future natural events. The case of Stonehenge serves as a poignant example of the complex relationship between human history, natural phenomena, and the ongoing efforts to interpret and preserve the legacies of ancient civilisations in the face of nature’s capricious power.

PodCast

Author’s Biography

Robert John Langdon, a polymathic luminary, emerges as a writer, historian, and eminent specialist in LiDAR Landscape Archaeology.

Exploring Prehistoric Britain: A Journey Through Time

Other Blogs

2024 Prehistoric Britain Blog Review

8000-year-old Cro-Magnon skull

Vikings, Doggerland, and the Last Survivors of Europe’s Lost Waterworld

Stonehenge, Doggerland and Atlantis connection

Posted on March 31, 2026 by admin

Introduction

The third book in my trilogy aims to weave together the discoveries made across Britain, with a particular focus on Stonehenge, to shed light on a civilisation that archaeologists have termed the ‘megalithic builders.’ This civilisation is markedly distinct from those that came after, showcasing an extraordinary level of capability and engineering skill in moving vast stones and constructing earthworks that have endured for nearly ten thousand years. These achievements are even more striking when compared to the structures left by the Romans, who occupied these lands for hundreds of years yet left behind fewer enduring monuments. (Stonehenge, Doggerland and Atlantis connection)

Video

The megalithic builders’ legacy, characterised by iconic structures such as Stonehenge, reveals a sophisticated understanding of both engineering and astronomy. Their ability to align massive stones with celestial events suggests a deep connection to their environment and a complex societal organisation capable of undertaking such monumental projects. This civilisation’s accomplishments in stone construction and earthwork highlight their technical prowess and cultural and spiritual values, as many of these sites are believed to have served practical purposes.

Long Barrows of Europe – centred over The North Sea (Doggerland) – (Stonehenge, Doggerland and Atlantis connection)

In writing this third book, I aimed to connect the dots between various megalithic sites across Britain and explore the knowledge, skills, and motivations of the people who built them. By examining the evidence left by the megalithic builders, from the stones they transported and erected to the earthworks they shaped, we can gain insights into a civilisation that continues to fascinate and inspire despite its distance in time.

This exploration is an academic exercise and a journey into the heart of a civilisation whose creations still stand as a testament to human ingenuity and perseverance. The megalithic builders may have vanished into the mists of time, but their legacy endures, inviting us to marvel at their achievements and to contemplate our own place in the continuum of human history.

The Megalthic Builders

The megalithic builders, a fascinating civilisation from our prehistoric past, operated on a scale and with a level of cooperation that transcends modern conceptions of boundaries and nation-states. Their domain spanned northern Europe, a testament to their widespread influence and shared cultural or technological practices. Unlike the segmented and often isolated cultures that followed, these ancient builders engaged in monumental constructions that served both the living and the dead, creating long barrows and dolmens as eternal resting places and linear earthwork canals and stone trading circles for the living.

One of the most intriguing aspects of their civilisation is the central role played by an area now submerged beneath the North Sea, known as Doggerland. This now-lost land, which started to succumb to rising sea levels approximately 9,000 years ago, was once a vital part of a massive Mesolithic landscape. Doggerland connected the British Isles to mainland Europe, serving as a crossroads for people, ideas, and goods. The remnants of this landscape, including the Dogger Bank, provide a tantalising glimpse into a world where megalithic builders thrived, interacting with their environment and with one another in sophisticated ways.

Temple to the dead and mid-winter solstice — Stonehenge is a moon temple made for the dead – (Stonehenge, Doggerland and Atlantis connection)

The disappearance of Doggerland due to post-glacial sea level rise did not merely result in the loss of land; it marked the end of a significant chapter in human history. This transformation from a vast, interconnected landscape to a series of islands fundamentally altered the trajectory of European civilisation. The megalithic builders’ legacy, however, remains etched in the stone and earthworks that dot the landscape of northern Europe, enduring monuments to their engineering prowess and cosmopolitan outlook.

Their achievements compel us to reconsider our understanding of prehistoric societies, challenging us to appreciate the complexity and depth of human ingenuity long before the advent of written history. The megalithic builders remind us that the desire to connect, communicate, and commemorate is a fundamental aspect of the human condition, transcending time, space, and the ever-changing contours of the earth.

The Stonehenge Connection

We can see from their greatest achievement, Stonehenge, a ‘message in a bottle’ that the megalithic builders left us some 5,000 years ago. Although subsequent civilisations reused and altered aspects of the Stonehenge Monument, some of the most influential stones and structures still survive in situ, owing to the megalithic ability to manoeuvre vast weights, which effectively hindered lesser cultures in their attempts to radically alter the site’s significance.

The origins of the Altar Stone at Stonehenge, described by Professor Hawkins as a “fine-grained pale green sandstone” notable for its mica flakes and glitter”, have long been a subject of speculation among experts. The prevailing theories had pointed towards Wales or Devon as the stone’s source. However, recent findings challenge this perspective, suggesting the stone could have originated much farther afield, potentially as far north as Scotland. This revelation aligns with my hypothesis, presented in my book over a decade ago, proposing an even more dramatic provenance for the Altar Stone—not just from the north, but from the northeast, specifically from the submerged landscapes of Doggerland.

Alter Stone recumbent stone - one of just two — The Altar is one of only two recumbents

Doggerland, the now-submerged landmass that once connected the British Isles to mainland Europe, represents a significant part of Mesolithic Europe’s landscape. The suggestion that the Altar Stone might have originated in this ancient, lost territory adds a fascinating layer to our understanding of Stonehenge’s construction. It implies that the builders of Stonehenge not only could transport massive stones over vast distances but also that their network of trade or cultural exchange spanned a far greater area than previously thought, encompassing regions that are now beneath the sea.

The connection between Doggerland and Stonehenge, particularly through the Altar Stone, hints at a deeply intertwined prehistoric landscape that extends beyond current geographical boundaries. The intriguing alignment from the Altar Stone towards the last vestiges of Doggerland, known as the Isle of Dogger, intersects with another enigmatic feature of Stonehenge: the Slaughter Stone. This stone, distinctively recumbent and partially buried by the surrounding ditch, has long puzzled archaeologists. Its unique position within the Stonehenge complex and the name attributed to it by the Druids suggest a significant ceremonial or symbolic role.

Altar Stone and slaughter stone points to doggerland — Altar Stone and Slaughter Stone align with Doggerland

The deliberate placement of the Slaughter Stone, when considered in relation to the direction towards the remnants of Doggerland, could indicate a symbolic gesture by the builders of Stonehenge, perhaps to commemorate or maintain a connection with their ancestral lands now submerged beneath the North Sea. This alignment and the specific use of stones from distant locations underscore the profound sense of purpose and meaning the Stonehenge builders invested in the site’s construction.

Slaughter stone - burried in shallow ditch of water — The chalk under the Slaugher stone was cut away for a purpose

These potential connections to Doggerland not only expand our understanding of Stonehenge’s geographical and cultural significance but also invite us to consider the broader networks of communication, travel, and exchange that existed in prehistoric Europe. The use of stones from such distant sources and the possible alignments with lost lands hint at an intricate web of relationships and a deep historical consciousness among the people who constructed Stonehenge.

As we continue to unravel the mysteries of Stonehenge and its stones, the importance of considering wider landscapes and connections becomes clear. The potential links to Doggerland offer a tantalising glimpse into the minds of the megalithic builders, revealing a world where memory, landscape, and the movement of materials were intimately connected. These insights challenge us to look beyond the immediate vicinity of prehistoric monuments and to consider the vast, now-hidden landscapes that were once integral to the lives and beliefs of ancient peoples.

Slaughter Stone - a relief map of doggerland — The Slaughrer stone is in fact a relief map (found after a HE scan) and not natural – the ground has been removed so to create an island surrounded by water

This hypothesis challenges the conventional archaeological narrative and suggests a level of sophistication and reach in prehistoric societies that is only now being understood. It underscores the importance of reconsidering and expanding our investigation into the origins and connections of the materials and people involved in creating monumental structures like Stonehenge. As we continue to uncover more about these ancient builders, their methods, and their world, it becomes increasingly clear that their achievements were far more complex and interconnected than once imagined, bridging lands now separated by waters but once part of a vast, interconnected landscape.

The Atlantis Connection

The completion of the quest to pinpoint the homeland of the megalithic builders marks a significant milestone in our understanding of this remarkable civilisation. The evidence of their extraordinary engineering achievements, from constructing monumental stone structures like Stonehenge to creating extensive earthworks such as Silbury Hill, underscores the sophistication and capabilities of these ancient architects and engineers. Without the modern machinery and technology we rely on today, their achievements in construction speak to a profound understanding of their environment and a remarkable ability to manipulate natural materials to their will.

Given the scale of their constructions and the distances over which materials, such as the stones used in megaliths, were transported, it becomes clear that these builders possessed sophisticated transportation methods. The absence of roads for moving such massive stones over vast distances suggests that ships and boats were essential to their way of life. Waterways would have served as the arteries of trade, travel, and communication, connecting distant communities and facilitating the exchange of goods, ideas, and cultural practices across Europe.

We have found prehistoric Catamarans made to carry stones – Wales oldest Boat Yard

This reliance on maritime technology indicates that the megalithic builders were skilled engineers, architects, and adept sailors and navigators. Using boats would have allowed them to traverse prehistoric Europe’s coastal and riverine landscapes, enabling the widespread distribution of their megalithic culture. Such capabilities would have been crucial for orchestrating the large-scale cooperative efforts to construct the monumental stone structures that define their legacy.

The comparison with the maritime achievements of the Greeks and Romans, celebrated for their advancements in shipbuilding and navigation, underscores the significance of the megalithic builders’ accomplishments. Their ability to harness the power of water for transportation and communication is a testament to their ingenuity and a critical factor in their success as a civilisation.

The megalithic builders’ reliance on maritime technology for movement and communication across Europe highlights a sophisticated understanding of their environment and an unparalleled ability to manipulate it to their advantage. This aspect of their civilisation offers valuable insights into the complexity of prehistoric societies and challenges us to expand our appreciation of their technological and cultural achievements.

Plato

The tale of Atlantis, as recounted by Plato, stands as one of the most captivating stories from antiquity, blurring the line between historical account and mythological narrative. Over time, the story of this advanced civilisation that supposedly sank into the sea around 9,000 years ago has been transformed by modern interpretations and entertainment into something more akin to science fiction. This transformation has, unfortunately, obscured the significance of Plato’s account, relegating it to the realm of mere fantasy in the eyes of many.

Plato, a philosopher of unparalleled influence in Western thought, presented the story of Atlantis not as a myth but as a recounting of historical fact told to him by Solon, who had learned it from Egyptian priests. According to the narrative, Atlantis was a civilisation of great power and technological prowess, with ships that traversed the globe and a highly advanced society.

The comparison between the story of Atlantis and the archaeological evidence of Doggerland and the megalithic builders is striking. Like the Atlanteans, the people of Doggerland, who lived around 10,000 years ago, exhibited advanced capabilities, particularly in maritime technology. They built monumental structures and possessed the knowledge to navigate and sail to distant lands. This evidence challenges the prevailing academic view of prehistoric societies as simplistic hunter-gatherer tribes and aligns with Plato’s description of Atlantis as a great and advanced civilisation.

Moreover, the presence of notable figures such as Solon, a key figure in the development of democracy in ancient Greece, and Socrates, celebrated for his wisdom, in the dialogues discussing Atlantis, lends credibility to the account. Their involvement suggests that the story was taken seriously by some of the most respected thinkers of the time, who did not dismiss it as mere fiction.

Some academics’ reluctance to accept the possibility of advanced prehistoric civilisations is perhaps understandable, given the scarcity of direct archaeological evidence and the challenge of separating historical fact from myth. However, the megalithic stones and the submerged landscapes of Doggerland offer tangible links to a past that may have been far more complex and interconnected than previously acknowledged.

The possible connection between Doggerland, the story of Atlantis told by Plato, and the initial stages of Stonehenge’s construction around 8300 BCE suggests that these ancient events might be related or share a common origin. Dating the beginning of Stonehenge to such an early era aligns with the timeline of Plato’s Atlantean civilisation, suggesting a potential connection or shared features between the Stonehenge builders and the advanced society described in the Atlantis legend.

This theory challenges commonly accepted beliefs about the achievements and timelines of prehistoric humans. It suggests that Stonehenge, a monument that has fascinated scholars and visitors for centuries, might have originated during the same period as the legendary civilisation of Atlantis. This discovery prompts a reassessment of human activities during the Mesolithic period.

It is possible to imagine a prehistoric world where societies were not only technologically advanced but also well-connected across vast distances, given the architectural complexity and navigational skills demonstrated in the stories of these civilisations. The hypothesis that the megalithic builders, who were capable of maritime travel and of constructing monumental structures like Stonehenge, might have shared a cultural or historical link with the Atlanteans adds depth to the narrative of human history during the Mesolithic era.

This viewpoint emphasises a more inclusive and transparent approach to archaeology, emphasising the significance of sustained inquiry and the readiness to question conventional historical accounts. With the emergence of new findings challenging long-standing assumptions, the links among Doggerland, Atlantis, and Stonehenge exemplify the intricate and multifaceted nature of early human civilisation’s accomplishments.

Plato’s description of an Atlantis city fits the design of Causewayed Enclosures

PodCast

Author’s Biography

Robert John Langdon, a polymathic luminary, emerges as a writer, historian, and eminent specialist in LiDAR Landscape Archaeology.

Exploring Prehistoric Britain: A Journey Through Time

Other Blogs

2024 Prehistoric Britain Blog Review

8000-year-old Cro-Magnon skull

Vikings, Doggerland, and the Last Survivors of Europe’s Lost Waterworld

The Stonehenge Crescent: A Monument to a Lost World

Posted on March 29, 2026 by admin

A Monument to the Dead — Not the Sun

One of the most recognisable images in archaeology is that of a perfect circular Stonehenge — a continuous ring of upright stones capped with lintels. (The Stonehenge Crescent: A Monument to a Lost World)

You’ve seen it everywhere:

Textbooks
Reconstructions
Documentaries

It has become the accepted version of the monument.

There is just one problem.

Stonehenge was never built that way.

(The Stonehenge Crescent: A Monument to a Lost World)

The Myth of the Perfect Circle

The circular Stonehenge exists more in illustration than in reality.

When we examine the monument itself, the physical evidence tells a very different story:

Several stones required to complete the circle are missing
Others are too small to support lintels
Some are incorrectly positioned for a continuous ring
Stone holes reveal uprights that do not conform to a circular design

This creates a fundamental contradiction.

If Stonehenge was intended to be a perfect solar temple, then:

It was never completed
Or it was deliberately dismantled

Both explanations are unsatisfactory.

There is a far simpler solution.

It was never meant to be a complete circle.

Structural Proof: Stone 11 Breaks the Model

This conclusion is not just interpretive — it is structural.

One stone alone exposes the flaw in the circular theory.

Stone 11.

This stone is:

Smaller than its neighbours
Structurally inadequate
Incapable of supporting a lintel

This is critical.

A continuous lintel ring requires every upright to meet a basic engineering condition:

It must support load.

Stone 11 cannot.

This is not a minor anomaly. It is a mechanical failure within the supposed design.

There are only two possible explanations:

The builders made a fundamental structural mistake
The circle was never intended to be continuous

Given the precision elsewhere in the monument, the first option is highly unlikely.

Which leaves only one conclusion:

Stone 11 is not an error — it is evidence.

It proves that the monument was never designed as a complete ring.

A Different Shape Emerges

When we examine all surviving stones and stone holes together, a new pattern appears.

Not a circle.

A crescent.

The Sarsen arrangement — particularly the inner trilithon horseshoe — reinforces this, forming a crescent within a crescent.

This is deliberate.

And its orientation matters.

Death, Not the Sun

Across ancient cultures:

The sun represents life and continuity
The circle reflects that — endless and complete

But death is different.

Death is transition.

And that transition is often symbolised by the crescent moon — a passage between darkness and renewal.

Stonehenge aligns with this symbolism precisely.

The structure faces the Winter Solstice sunset:

The lowest point of the sun
The moment of greatest darkness
The turning point before light returns

This is not a monument to life.

It is a monument to transition.

The Missing Stones Tell the Story

The pattern of missing stones strengthens this interpretation.

If stones had been removed later, we would expect:

Random distribution
Removal from accessible locations

But instead:

The majority of missing stones occur in the south-western quadrant
This is the least accessible area

This is not random.

It is intentional.

The monument was designed to be open in this direction — forming a crescent aligned with the Winter Solstice sunset.

The Altar Stone and the Slaughter Stone

At the centre of the monument lies the Altar Stone:

Fine-grained sandstone
Rich in mica
Distinct from all other stones

It is also placed flat.

This is unusual — but not unique.

Near the entrance lies the Slaughter Stone, also recumbent.

Excavations in the 1920s showed:

The chalk beneath it was deliberately levelled
It was always intended to lie flat

Even more importantly:

It sits in a shallow depression
Connected to the ditch system
Likely water-filled under higher groundwater conditions

This would have made the stone appear as a small island in water.

A Monument Built in Water

This aligns directly with the hydrological model of early Holocene Britain.

Evidence shows that:

Water tables were significantly higher
River systems were larger
Floodplains dominated the landscape

Stonehenge was not a dry site.

It existed within a water-controlled environment

The Altar Stone: A Geological Clue

The Altar Stone introduces another layer of evidence.

It is widely accepted that:

It originates from outside the local region
It travelled over long distances

Traditional explanations suggest land transport.

But there is a problem.

Across hundreds of kilometres:

No prehistoric roads
No engineered trackways
No infrastructure for overland movement

What we do find is:

Extensive river systems
Floodplains
Palaeochannels

The conclusion is straightforward:

The stones were transported by water.

The Doggerland Origin Hypothesis

There is an additional, often overlooked possibility.

The geological composition of the Altar Stone matches:

Bedrock found in northern Britain
And bedrock mapped beneath the North Sea

This is critical.

Because during the early Holocene:

The North Sea was not fully submerged
It was a vast landmass

Doggerland.

If the Altar Stone originated from this region, then:

It was not just transported across distance
It was brought from a landscape that no longer exists

A Lost Source Beneath the Sea

Geological evidence shows that Doggerland:

Contained exposed bedrock
Shared lithological characteristics with the Altar Stone
Was progressively flooded between ~9000 and 8000 years ago

This reframes the stone completely.

It is no longer just imported material.

It becomes:

a fragment of a lost homeland.

A Deliberate Sightline

The Altar Stone and Slaughter Stone form a direct alignment:

From the centre
Through the entrance
Along the Avenue
Toward the ancient river system

When extended beyond the monument, this line points toward:

Doggerland.

This is not coincidence.

Ancient monuments frequently connect:

Structure
Landscape
Memory

Stonehenge does all three.

A Monument Built from Memory

When combined:

Crescent design
Solstice alignment
Directional sightline
Geological connection

The interpretation becomes clear.

Stonehenge is not simply pointing toward a lost world.

It may contain material from it.

The Hidden Interior: Stonehenge as a Painted Space

There is another overlooked feature.

The inner faces of the Sarsen stones are flattened.

This required:

Significant labour
Controlled shaping
Time investment across multiple stones

This was not done casually.

It was done for a reason.

The Effort Behind the Surfaces

Flattening stone with prehistoric tools would have taken:

Weeks per stone
Possibly months across the structure

Prehistoric societies do not waste effort.

Every action has purpose.

These surfaces were prepared for something important.

A Cultural Memory Lost

Before the Ice Age, the ancestors of these builders created:

Complex cave art
Symbolic imagery
Advanced visual culture

After this period, the art seems to disappear.

But it didn’t.

The medium changed

The Missing Medium

We know:

Pigments were used
Bodies were painted
Symbolism was central

But open-air artwork does not survive:

Rain erodes it
Sunlight fades it
Time destroys it

Over 10,000 years, it vanishes.

Stonehenge as an Art Space

Now reconsider the monument:

Flattened inner stone surfaces
Enclosed space
Controlled environment

These are perfect conditions for:

painting

A Prehistoric Gallery

Instead of bare stone, imagine:

Painted surfaces
Symbolic imagery
Cultural storytelling
Ancestral representation

Stonehenge becomes:

a sacred visual environment

From Cold Stone to Living Culture

What we see today:

Weathered stone
Empty surfaces
Structural remains

What once existed:

Colour
Meaning
Cultural expression

Not a ruin.

But a gallery of memory and identity.

A Memorial to a Lost World

When all evidence is combined:

The crescent form reflects death
The solstice alignment marks transition
The sightline points toward Doggerland
The Altar Stone may originate from that drowned land
The interior may have been painted with cultural memory

The meaning becomes clear.

Stonehenge is not a solar temple.

It is a memorial.

Final Conclusion

Stonehenge was not built to mark the movement of the sun.

It was built to remember.

To record a moment in human history when:

A landscape was lost
A homeland disappeared
A civilisation adapted

The stones do not just stand.

They point.

They align.

They remember.

And once you remove the myth of the circle, the monument finally makes sense.

Stonehenge was never a circle.
It was a message.

PodCast

Author’s Biography

Robert John Langdon, a polymathic luminary, emerges as a writer, historian, and eminent specialist in LiDAR Landscape Archaeology.

Exploring Prehistoric Britain: A Journey Through Time

Other Blogs

2024 Prehistoric Britain Blog Review

8000-year-old Cro-Magnon skull

Vikings, Doggerland, and the Last Survivors of Europe’s Lost Waterworld

The Troy, Hyperborea and Atlantis Connection

Posted on March 21, 2026 by admin

Introduction

The connections between the legends of Atlantis and Hyperborea and the works of Homer represent a fascinating intersection of myth, philosophy, and epic narrative in ancient Greek literature. These stories not only provide insights into the Greeks’ geographical and cultural understanding but also reflect deeper philosophical and ethical concerns that permeate Greek thought. Below, we explore these themes in greater detail, delving into how these mythical and literary works intertwine and what they signify about ancient Greek civilisation. (The Troy, Hyperborea and Atlantis Connection)

(The Troy, Hyperborea and Atlantis Connection)

Homer’s Influence and the Greek Mythical Landscape

Homer’s literary works, namely the “Iliad” and the “Odyssey,” are of great importance in ancient Greek literature. These works provide a multifaceted depiction of heroism, divine intervention, and the human condition. It’s important to note that these epic stories are not standalone, but are part of a larger collection of Greek mythology that includes legends about Atlantis and Hyperborea. Although Homer doesn’t directly mention these myths, his themes of heroism, the impact of divine will, and the imperfection of humanity provide a foundation for later philosophical explorations by scholars such as Plato.

Geographical and Mythological Explorations

Homer’s epics describe real and mythical locations, which expand the boundaries of the Greek world and beyond. These places often blend factual geography with fantastical elements, creating a world full of possibilities and dangers that reflect the Greeks’ curious and exploratory nature.

Similarly, Atlantis and Hyperborea are described as lands at the margins of the known world. Plato’s Atlantis, as mentioned in his dialogues “Timaeus” and “Critias,” is a powerful island nation beyond the Pillars of Hercules, rich in resources but doomed by its moral failings. Hyperborea, mentioned in sources such as Herodotus and later Greek lore, is portrayed as a northern paradise, untouched by war or disease, where people live exceptionally long lives in peace—a stark contrast to the often brutal world depicted by Homer.

Themes of Heroism and Hubris

In Homer’s works, heroism plays a central role. Characters are often defined by their bravery, strength, and, sometimes, overconfidence. The gods frequently intervene in these epics, either supporting or hindering heroes based on divine justice or whims. The theme of excessive pride, known as hubris, leading to downfall, is particularly prominent, serving as a moral lesson on the limitations of human ambition.

The story of Atlantis presents a similar theme to this idea. Plato describes a society that starts off living in an idyllic state and enjoying divine favour. However, as Atlantis grows in power and pride, it falls prey to greed and corruption. This ultimately attracts divine wrath, leading to its destruction. This narrative echoes Homeric themes where divine justice ultimately restores the balance disrupted by human arrogance.

Divine Favour and Moral Order

The gods play a significant role in human affairs in both Homer’s epics and the tales of Hyperborea and Atlantis. In Homer’s works, the gods are unpredictable and often act on personal motives, reflecting the Greeks’ belief that divine favour is fleeting and must be continually earned through piety and sacrifice.

Compared with other myths, the myths of Hyperborea and Atlantis portray divine favour as initially more stable, yet still requiring adherence to a moral order. Hyperborea is considered a favoured land as long as it remains isolated from the greed and corruption of the outside world. This suggests that societal perfection depends on both geographical isolation and moral purity. In contrast, Atlantis loses its divine favour not because of isolation but because of moral failure. This highlights a philosophical perspective where ethical decay leads to ruin.

Literary and Cultural Influence

The ancient Greek myths and narratives not only conveyed historical experiences but also shaped their perceptions of the world and the cosmos. They blended mythological interpretation with reality to teach important lessons of morality, ethics, and human limitations.

Plato’s works “Timaeus” and “Critias” utilise the mythical city of Atlantis as a philosophical allegory to explore the ideal state and the consequences of moral decay. This is an extension of Homeric exploration of heroism and divine justice, but Plato takes it a step further. While Homer focuses on individual fate and divine intervention, Plato broadens the scope to societal destiny, where the collective actions of a society determine its ultimate fate.

Conclusion

Let’s stop pretending these are just stories.

The legends of Atlantis and Hyperborea are not abstract myths or philosophical inventions. They are cultural memories—distorted over time, but rooted in real events, real places, and real people.

Plato gives us the key. He states clearly that this lost civilisation existed around 9500 years ago. That date is not negotiable, and it is not symbolic. It lands exactly at the end of the last Ice Age—precisely when the physical evidence shows catastrophic environmental change across north-west Europe.

At that moment in time, Doggerland existed.

And then it didn’t.

We know—measurably—that this landscape was flooded, fragmented, and ultimately destroyed by rising sea levels and sustained hydrological pressure. This is not speculation. It is supported by geological, sea-level, and sedimentary evidence. The land was there, and then it was gone.

Now combine that with archaeology.

Stonehenge is no longer explainable as ritual nonsense or symbolic guesswork. When examined properly, it behaves as a functional system—engineered, repeatable, and practical. The so-called “Stonehenge computer” demonstrates predictive capability, environmental integration, and structured design. That is not primitive behaviour. That is applied knowledge.

So we have a date.
We have an event.
And we have a level of capability that matches the description.

This is where the academic narrative collapses.

Because once you accept the timing and the evidence, the conclusion becomes unavoidable:

Atlantis is Doggerland.

Hyperborea is the same memory, seen from another direction.

And the “gods” described by the Greeks were not gods at all—they were the survivors of a lost civilisation whose knowledge far exceeded that of the cultures that came after them.

When Doggerland drowned, its people did not disappear. They moved. They carried knowledge of engineering, navigation, landscape, and time—knowledge that later cultures preserved as myth because they no longer understood its origin.

This is why the stories persist.
This is why they are consistent.
And this is why they refuse to go away.

Because they are not fiction.

They are memories.

And once you place them back into their correct context—time, landscape, and physical evidence—the mystery disappears.

What remains is not mythology.

It is history.

PodCast

Author’s Biography

Robert John Langdon, a polymathic luminary, emerges as a writer, historian, and eminent specialist in LiDAR Landscape Archaeology.

His intellectual voyage has been interwoven with stints as an astute scrutineer for governmental realms and grand corporate bastions, a tapestry spanning British Telecommunications, Cable and Wireless, British Gas, and the esteemed University of London.

In the symphony of his life, Robert is a custodian of three progeny and a pair of cherished grandchildren. His sanctuary lies ensconced in the embrace of West Wales, where he inhabits an isolated cottage, its windows framing a vista of the boundless sea – a retreat from the scrutinous gaze of Her Majesty’s Revenue and Customs, an amiable clandestinity in the lap of nature’s embrace.

Exploring Prehistoric Britain: A Journey Through Time

My blog delves into the fascinating mysteries of prehistoric Britain, challenging conventional narratives and offering fresh perspectives grounded in cutting-edge research, particularly LiDAR technology. I invite you to explore some key areas of my research. For example, the Wansdyke, often cited as a defensive structure, is re-examined in light of new evidence. I’ve presented my findings in my blog post Wansdyke: A British Frontier Wall – ‘Debunked’, and aWansdyke LiDAR Flyover video further visualises my conclusions.

My work also often challenges established archaeological dogma. I argue that many sites, such as Hambledon Hill, commonly identified as Iron Age hillforts, are not what they seem. My posts Lidar Investigation Hambledon Hill – NOT an ‘Iron Age Fort’ and Unmasking the “Iron Age Hillfort” Myth explore these ideas in detail and offer an alternative view. Similarly, sites like Cissbury Ring and White Sheet Camp also receive a re-evaluation based on LiDAR analysis in my posts “Lidar Investigation Cissbury Ring through time” and “Lidar Investigation White Sheet Camp,“ revealing fascinating insights into their true purpose. I have also examined South Cadbury Castle, often linked to the mythical Camelot56.

Other Blogs

2024 Prehistoric Britain Blog Review

8000-year-old Cro-Magnon skull

Vikings, Doggerland, and the Last Survivors of Europe’s Lost Waterworld

ATLANTIS: Discovery with Dan Snow Debunked

Posted on February 25, 2026 by admin

Atlantis: Discovery with Dan Snow Debunked (Transcript)

Transcript – Dan Snow’s Atlantis (Debunked)

Hello, this is my co-presenter Alice, and this is my co-presenter Robert John Langton, and this is Bob and Alice debunks another video

Two and a half thousand years ago, ancient Greeks told of a terrifying catastrophe the destruction of Atlantis it was a tale of utter Devastation and Carnage and it’s captivated the world for over 2,000 years Atlantis a once glittering City that had ruled the waves now sunk beneath them obliterated from the face of the Earth by a terrible natural disaster Atlantis was described as one of the greatest places on Earth luxurious rich and Powerful but for centuries people have wondered was it just a story or did such an amazing City ever exist before it sunk beneath the waves.

So did Plato describe Atlantis as the greatest place on Earth luxurious rich and Powerful no I’m afraid Alex Plato never said all that it’s a lot of old nonsense and this is what we get in the 21st century we don’t get the true story of Plato’s Atlantis we get a new Hollywood version which is a load of old nonsense and people get the wrong idea about Atlantis so what we do today we’re going to stop this video every time they talk nonsense and we’ll actually give you the real version from Plato rather than the Hollywood 21st century version and that way you’ll get a better idea exactly what Atlantis was and was not and you’ll even find out where it was actually situated which he won’t do on this program.

Now now I’m on a journey through Greece to find out if there’s any fact buried amongst the fiction from Clues hidden at the tops of mysterious mountains to discoveries buried deep beneath the ground I’ll Chas the extraordinary story of the search for this legendary world he wants this to be Atlantis he really wants this to be Atlantic exploring today’s incredible hunt for the ancient Lost City I was determined to find it I’ll uncover a world of luxury and beauty and evidence of brutal destruction and I’ll dive beneath the waves to find remains of an ancient city buried beneath the Seas incredible archaeological discoveries extraordinary detective work this is the hunt for the real lost city of Atlantis [Music]

So why did you stop the video here Bob looked like Dan was going to take us for a lovely tour of the picturesque Mediterranean. Yes Alice Dan is going to go all the way around the Mediterranean showing some very picturesque scenes go diving under the water there’s only one problem with all this is that Atlantis has nothing to do with the Mediterranean sadly the most fundamental principle about Atlantis is missed and not even discussed in this documentary one would imagine why would you do this why would you not actually look at the basic principles of why is it called Atlantis in the first place is there anything that connects alenas today we can actually you see a connection but this program goes into a complete flight of fantasy and nonsense from the first moment so what we’re going to do is just take a look and I won’t even look I’ve actually asked my friend called ai AI is the most intelligent engine in the entire world it has the collective knowledge of everything and you can do things with AI which you can’t do with professors who only have a limited knowledge of a few hundred books why AI has access every single book that was ever published so there is a big difference between Ai and a professor

And I’ve asked it a very simple question about the Atlantic Ocean now the Atlantic Ocean should to me be an obvious connection because of the spelling but no one talks about the Atlantic Ocean on these programs which is painful really when you come to look at the writings of Plato furthermore the second aspect which will not be discussed in this program is that he actually tells you where lentis is which really helps doesn’t it it really helps when someone says Hey guys if you actually read and understand and comprehend the words on the page in front of me I will tell you exactly where a lentis is and it’s beyond the pillars of Hercules cu the Mediterraneans inside or behind the pillars of Hercules so when you’re looking in the Mediterranean Dan you’re in the entire wrong place cuz if you have bother to read Plato the basics he will tell you this but the incredible aspect of it is that there is something Beyond the pillars of Hercules as we in exit from the Mediterranean and it’s called the Alantic ocean now one would say oh is that a clue Bob Bob is that a clue that something is called the Atlantic Ocean and if each of transposed the C in the S suddenly there’s an association this is what AI tells us about this Association.

And it says remember this is the the most comprehensive and most intelligent thing on the planet it says yes there is a connection between the word Atlantic and Atlantis lo and behold the name Atlantis comes from the Greek Atlantis nesos which means the island of Atlas in Greek mythology Atlas is a Titan condemned to hold up the sky for eternity and his name was later associated with the Atlantic Ocean reflecting the extent of the ocean span which seems to be as vast as the burden which Atlas had to bear so we have this direct Connection in Greek mythology between Atlantis and Atlantic the term Atlantic Ocean itself is derived from atlanticos pertaining to Atlas the legend of atlan as recounted by Plato places the island in the Atlantic Ocean which is said to have been named after the Titan Atlantis the story suggests that Atlantis was situated beyond the pillars of Hercules which is known today as the streets of gibralta the entrance to the Mediterranean Sea from the Atlantic Ocean according to the myth when Atlanta sank itos ly made parts of the Atlantic impossible further trying the myth of the island to the name of the ocean thus both the ocean and the mythical Island derive their names from Titan Atlas creating a linguistic connection between them so AI says there’s a direct connection between the Atlantic Ocean and Atlantis

I love being in Greece I love the landscape the rugged mountains and then the beautiful Coastline and the sea I love the fact there so many historic sites to visit here it’s a place of magic a place of mystery and really there’s no bigger mystery than the strange ancient Greek story of the city of Atlantis which lies underneath the waves it seems very unlikely any yet I’m of to visit a place now where I’ve been told that’s exactly what I’m going to see the first destination on my hunt for Atlantis is pava Petri an isolated spot on the barren southernmost tip of Mainland Greece where the ancient fragments of a destroyed lost city lie beneath the waves like the legendary Atlantis there is an air of mystery surrounding this beautiful stretch of Coastline the rocky Shore is covered with strange crater-like pits where human bones have been discovered the waves lap against huge stone blocks that look [Music] man-made but for thousands of years no one had really investigated what was going on here until a British archaeologist Nicholas Fleming arrived at pav Petri hunting for Sunken [Music] sights just like today the beach was scattered with shards of ancient Pottery you can see these two bits here actually this is a much better piece look it’s like the rim of a drinking vessel or a storage container and you could tell that this Potter had all been rubbed very smooth by the actions of the Waves it probably been washed ashore from somewhere just out there so he put on his scuba gear and went swimming and instantly he start to see wonderful things over the next year he would uncover a submerged ancient city had he found Atlantis.

These Waters can get quite rough shuring up the sand and burying everything so I’m really hoping that some of what Fleming saw back in 196 67 is still visible luckily I’ve got local diver George to guide me and he knows this seabed like the back of his hand okay here he goes let’s go and see what’s beneath the [Music] waves the sea is fairly shallow here so I don’t have to dive too deep to [Music] explore it’s amazing the water is beautifully [Music] clear and at first you look at shells or bits of rock then you swim it closer and you realize these are shards of broken watery from thousands of years ago although the water’s clear years of rough Seas have buried what Fleming saw back in the 60s and you have to look carefully to see any remains but when you do get your eye in you can see straight lines in the Rocks those rocks are far too need to line they’re far too straight to be put there by Nature they look like a wall and George tells me that this was once the wall of someone’s house shifting Sands have covered the rest but I’m swimming over the foundations of an entire neighborhood here by scanning the seabed archaeologists have been able to piece together the remains of the city and a sense of its layout you can make out rectangular shapes which they identified as buildings and Courtyards there are rows upon rows of them spreading across this sea floor and there’s not only the home of the living but the graves of the Dead they stretch all the way from the beach to under the [Music] water it looks like these these holes these I think this must be the cemetery these must be Graves [Music]

well I’ve visited ancient sites all over the world I’ve been high in the mountains I’ve been in deep jungles but I have never dived on an ancient site beneath the waves Marine archaeologists now think that pavla Petri vanished 3 and a half thousand years ago a century before the famous Pharaoh Tuton Kon ruled Egypt it’s thought that it was hit by an earthquake and then submerged Under the Sea as the waters Rose a real Echo of the Atlantis Story the legendary Lost City Beneath the Sea unless you know what’s beneath the waves here this just feels like a a lovely remote beach a beautiful spot but in fact down there there is the remains of a thriving a bustling ancient City the buildings would have been up to two stories high packed together they would have been trading with the aian islands round into the ionian this was a busy Dynamic place of life but now all that’s left are a few foundations beneath the waves and the graves of their dead so could this really be a match for the spectacular City and the events described in the Atlantis story well I think it’s a possibility but this is a region plagued by earthquakes and volcanoes so now my hunt for Atlantis is taking me to where the story began Athens home to some of the greatest ancient monuments and archaeological Treasures in the world.

Two and a half thousand years ago it was here that one of its most famous residents first told the incredible story of Atlantis I’ve come to one of his favorite Hangouts the agura back then the central meeting place in Athens this place would have been a hive of activity people coming here to shop to chat to gossip day and night anyone who was anyone Beggars Tradesmen and politicians and of course philosophers and the most famous of them was Plato the man who first tells us about Atlantis and how it was destroyed to discover the real inspiration behind Atlantis I need to get to the bottom of exactly what Plato wrote all right come on then the big question Atlantis fact or fiction you had to start with the hardest question didn’t you let’s get into it Jasmine Elmer is an expert on ancient Greece I would say it’s definitely a story but with little reality sprinkles on top hang on that sounds a bit philosophical to me there wasn’t actually a city called Atlantis no there’s no real city called Atlantis it’s a mythical place that’s made up by the philosopher Plato but I can go looking for the places that might have inspired Plato yeah totally right what you will find is potentially these kind of places that have a similar story about them that could have inspired this the story of Atlantis and so how does he describe it well he talks about it being this kind of huge island that’s out in the Atlantic Ocean which the Greece is this kind of like vague space somewhere over there but it’s absolutely huge is it kind of a a flourishing civilization yeah absolutely I mean first of all it’s a land rich in resources so they had their own minerals and metals that they could mine they had fertile PLS so they could like grow loads of amazing fruit and vegetables they had exotic animals like even like elephants they also imported a lot of goods as well so it had lots of luxury around them colorful temples and palaces as well essentially what the Greeks would perceive is a very Advanced civilization

So it’s a sort of idealized picture of a of a society completely that exactly that it’s like a almost utopian Society everything kind of seems on the surface as being a perfect place that you’d want to live to begin with the picture Plato paints of Atlantis is idilic a sprawling prosperous City surrounded by olive trees a busy Port filled with ships magnificent squares and luxurious bathouses but it doesn’t stay that way for long in the story this perfect city is hit by a cataclysmic earthquake before a terrifying tsunami buries it beneath the waves and Plato had a moral to his tail it’s obviously a natural disaster but it comes from the gods as a punishment for being too big for your boots for trying to expand and be greedy the atlantans decide that they want to expand their empire and take over and they actually want to invade Athens as well and that’s a big no no for Plato So the message is if you are an advanced civilization and it’s all hunky dory and great don’t get too big for your boots cuz bad things can happen to you like what happens at Atlantis and Plato was living in a society where the Earth does move quite a lot exactly I mean this is what the reality sprinkles was I mentioned earlier on because absolutely the Greeks are living in a world where natural disasters are occurring that’s where you get this kind of modern idea that is a submerged City that we might be able to find CU it’s interesting I’ve just been to pav Petry so there are places around Greece that they would have known about which are underwater yeah exactly I mean that’s an amazing site fantastic like beautiful and so much you can take from it could it have influence Plato it’s possible but it kind of happened around a thousand years before Plato So would Plato know about it maybe but there are definitely these sorts of things happening over Greece that definitely could have inspired playo in his storytelling [Music]

I’m going to rule out pava Petri as a candidate for Atlantis from what I saw it doesn’t feel Grand enough for Tales of its destruction to have survived a thousand years I need a new lead a place that sounds more believable more spectacular 150 years ago there was a breakthrough archaeological Discovery at a place that I think might fit the bill a place on Greece’s largest island to the south of here 99 M from Athens across the aan sea that island is creit and the extraordinary discovery made here late in the 19th century changed everything suddenly people began to wonder if CIT could have been the inspiration ation for Atlantis like Plato’s Island it’s massive covering over 3,000 square miles and in Plato’s time it was the setting for many epic [Music] tales in 1877 a man who was brilliantly called Minos after the legendary King who once ruled over this Island discovered some strange large stone blocks just down there in a place called kosas not much was made of at the time because the island was embroiled in a a bitter wall but word of it did get out and 20 years later a famous British archaeologist arrived in cre he was on a mission to investigate the mysterious finds his name was Arthur Evans Evans spent six years negotiating and haggling to gain permission to investigate the site finally in March 1900 with an army of 30 men he began to dig there was no more time to waste almost at once their efforts were rewarded as they shoved away mountains of dirt from this section here they revealed these huge stone blocks which seemed to be forming a corridor this was the first Glimpse that something Monumental really lay beneath their feet a possible Atlantis.

With mounting anticipation They carried on digging and then just 3 weeks later on the 5th of April 1900 Evans came face to face with something incredible early that morning the team were clearing some dirt off the standing walls and they started to see what looked like an image painted beneath it was damaged but soon features were visible it was a human it was life-sized with Rich red skin slim waist eyes shaped almost like almonds and it was holding a cup nothing like this had been seen before Evan guessed that it was ancient in fact no one had looked into those eyes for 3 and a half thousand years this amazing Discovery was the first Glimpse that an ancient civilization lay lost and buried here just like Atlantis it was the start of a rapid succession of spectacular find after find painted corridors rooms full of magnificent jars and grand staircases and then on April the 13th after eight more days of frenzied back breaking digging the team worked their way to this spot Evans was about to uncover the most remarkable game-changing discovery of his life at first it wasn’t clear what he’d found it was a finely crafted room and there was evidence of beautiful paintings on these walls there were benches along the edges then there were steps leading down to this strange sunken pit that reminded Evans of a communal bath house that you might find in a Roman site but then he made an astonishing Discovery just opposite the pit there was a beautifully crafted chair in evans’s mind suddenly this was not a bathroom this was a throne room the heart of some ancient Royal Palace gradually an incredible lost world was coming back to life before their eyes news of the remarkable discoveries captivated the world with evidence of a royal Throne Room Evans was certain he’d found the Palace of King Minos the legendary Ancient King of creit the archaeologist named the civilization minan after the king but some people began to make another connection could this Lost World actually be the inspiration for Atlantis the Magnificent Island City that had been devastated and pl’s [Music] story there are some very interesting parallels between this place and Plato’s Atlantis first of all kosis is on a huge Lush Island that’s a big tick and then Plato describes a Royal Palace that befitted the greatness of the kingdom it was made up from buildings of Many Colors by blending the stones for the sake of ornament well that could be describing this Palace he also describes how sacred Bulls were allowed to roam free through the palace at Atlantis and there’s one thing you see plenty of here that’s images of [Music]

Bulls as Evans excavated he discovered images of bulls throughout the site even wall paintings of Menan people leaping over the back of charging bulls and this was just the beginning as Evans and his team excavated over 14,000 square meters the parallels between kosis and Plato’s story of Atlantis seemed to grow and [Music] grow Plato described that the size and beauty of Atlantis was astonishing to see just like the enormous complex of grand buildings here in Plato’s story The Royal Citadel in Atlantis is surrounded by Mighty mountains just like kosas and as local expert acrei Katy Georgio is showing me there was even more tantalizing evidence of the similarities the gods of Atlantis were also present here I would like to show you something which is very interesting look at here what we got here that’s like a a trident was the symbol of posidon it was used as an narrow as a symbol showing which way to go okay so like a signpost yeah oh let’s follow us come on let’s go according to Plato Poseidon was the main god on Atlantis he ruled the waves and made Atlantis a Mighty Sea power Plato tells us that its vast Harbor was crowded with Merchant ships and there was a constant D of noise and shouting day and night in the heart of kosas a magnificent building shows that the Minoans also dominated the Seas this is a grand staircase one of the Miracles of the minan architecture that is magnificent it’s huge yes this is the big staircase the grand staircase they made a deep cut to this side of the hill in order to be able to construct two floors lower on this level where we yeah it was a big Warehouse a big economic Center so it’s a place of trade exactly goods from all over the Eastern Mediteranean came in this building from Egypt they imported cotton wheat copper was imported from the island of Cyprus the Greek name Kus Miss copper the island of copper also elephant TKS we found whole elephant TKS they are at the Museum as well as gold from Nubia were the minds of the Egyptian Empire so North Africa.

The EAS exact southern Europe all coming here yeah exactly this was a crossroad the minow clearly had a vast Trade Network just like the atlantans from Plato’s story and like Atlantis the archaeologists also began to realize this was a huge place they estimated that between 25 and 30,000 people lived here and by delving into canosa’s magnificent buildings it also became clear these people lived a life of luxury just like the inhabitants of Atlantis we know from the discoveries is that the upper classes loved the beautiful things women were dressed with elaborated garments juler was worn by both men as well as women they loved wine they loved good food so lots of fish from the sea exactly we found Seafood shells we found fishing hooks so they loved Seafood so if you had wealth it was a good place to live exactly so this was a rich luxurious place there was magnificent buildings here it was powerful it sounds so similar to the way that Plato writes about Atlantis the discoveries at kosas had put creit on the map and they’ also made Atlantis a Hot Topic on February the 15th 1909 an anonymous article was published in the times the title was simply Atlantis and it gives all source of detail about the excavations here in cree and the Atlantis story and draws a direct connection between them it says if the account of Atlantis is to be compared with the history of cre it seems almost certain that here we have an echo of the Minoans and the times said this may very well engaged the serious attention of Scholars and archaeologists and it was absolutely [Music]

Right creit was now firmly in the spotlight to prove that this really was the inspiration for the legendary lost city of Atlantis you can see why people thought they were walking through Atlantis there’s a tickle of a seab breeze coming off the ocean you can see the mountains over there in the background and everything seems to grow here it’s just so abundant Plato describes Atlantis like this he said that it produced and brought to Perfection all those sweet scented stuffs which the Earth produces now Roots herbs trees fruit vegetables all these that hallowed Island as it lay beneath the sun produced in marvelous Beauty and endless abundance reads a bit like a guide book to cre [Music] in his story of Atlantis Plato tells us that Vineyards and Olive Groves flourished producing olive oil and wine for the enjoyment of its people today creit is also a thriving olive oil and wine producer and there’s evidence that’s been this way for thousands of years this isolated Little Chapel is only around 100 years old but it’s built on the foundations of something far older this is a remarkable and ancient wine press and the fields around here are still covered in Vineyards this day and so they’ve been pressing wine up here for Generations it’s unclear exactly how old this is some people locally think it is minoan that means the same era as the palace at kosas but the wine making process is pretty straightforward you bring your grapes in here and people with nice clean feet uh press The Grapes stand on top of them jump on top of them and all of that liquid flows out into the surrounding tubs through this hole here for example and then that grape juice comes pouring out in a huge Torrent from here into this tub ready to be turned into [Music]

Wine creit is believed to be the birthplace of Greek wine production made here on the island for around 5 and a half thousand years I’m visiting one of the Region’s modern Vineyards to find out more about Creek’s wine producing Heritage and why it links this island to the Atlantis story let’s start from the Harvest the Harvest here in crat starts about August to September it’s by hand so you still pick the grapes with your hands there’s no machine yeah we still do it by hand we just scissors yeah and so that’s a tradition that’s been going on for thousands of is maybe they have not scissors maybe they have another way to cut the The Grapes but uh this is the same go the landscape with the heels and the small properties it’s impossible to have Harvest machines but of course there are some parts of the wine making process that have changed a little since the minow so here we have the press machines now this is different for what would have been done in the past because this was all humans doing this in the past right exactly the same idea but no electricity just food footwork just it I don’t think you want my feet anywh near so I think this is a very good system today once the wine is pressed it is stored in these vast stainless steel Vats before it’s bottled and shipped around the world at kosas 3 and a half thousand years ago they used enormous clay jars and there’s evidence they also exported it far and wide Min arms were great exporters so from the ports they went uh in Egypt in Lebanon in Israel especially in these uh countries we found a lot of uh uh paintings uh especially in Egypt uh paintings with uh the appearances of Vineyards or uh jars or wine making and wine life so cron wine is one of the big secret of menow and success is bringing them wealth through trade exactly so they were making a lot of wine a lot of wine and Brilliant wine of course the best the more I learn about ancient creit with its magnificent architecture and its abundant Fields producing all of Nature’s Bounty the more I think it really could be inspiration for Plato’s Atlantis in his story Plato tells us that Atlantis had close contact with Egypt just like the ancient minan on cre this link was yet another detail mirroring the Atlantis story.

So why did you stop the video here Bob we’ve stopped here Alice at halfway because we need to do a small recap because we’ve seen lots of nonsense in the last half hour the main items you should take into consideration is one that Atlantis was not in the Mediterranean we can see that very clearly from the writings actually stated that in the writings but it’s not being quoted or understood this is both by archaeologists and by documentary makers because it’s not good Telly and for archaeologists they’ve got nothing to see because they don’t really understand the location of Atlantis and they sell books about the Mediterranean because it’s easy it’s not right it’s not good science it’s just media garbage sadly now if you actually look at the sites they’re seeing you can comes very very clear that they’re looking at sites of about 3 and a half thousand years old well that’s 6,000 years after Plato stated that Atlantis sunk or started to sink uh it’s not even it’s not even close when it comes to historical timelines the second aspect and which is confuses the more and drives me completely Bon because when I watch these sort of programs is the size of Atlantis Atlantis is huge it’s vast it’s not a small island the city is probably bigger than most of the SW Islands unless Plato is making it all up then the proportions are completely wrong and if he was making it up if it was a story a political story as they ke keep trying to to allude to why make the dimensions of this place enormous why don’t they have risible Dimensions which would fit a small island like crete.

The other thing that doesn’t make sense is that PL actually wrote a political book about an ideal society and it’s called Plato’s Republic now if you want to put a message and that Society they’re in is wrong then you put that message into Plato’s Republic and he did so why talk about atanas at was written after Plato’s Republic now if there’s a political message there which academics seem to be convinced about why didn’t you put it into Plato’s Republic it was a book about politics for goodness sake it’s a complete nonsense so what we got here is we’re looking at Islands which are far too small Atlantis is the size of Libya and and Asia combined now the Asia that Greeks knew at the time was Asia Minor which is turkey basically so Atlantis is the size of turkey and Libya they know Libya quite well they traded with Libya they know Libya is a very big vast country Plato understood the size of Libya and it understood the size of Asia Minor because they traded and knew about them well so when he came to do the proportions he would had to mind the right size and he actually gives exact sizes of the island and the size of the city and one of the aspects when he does do he actually describes the city of valentus which is concentric circles none of the places that they went to are cities of concentric Circle but they don’t talk about that they take in very small parts of the book rather than the book as a whole and come up with a narrative we’re going to now continue on with this not and at the end I’ll summarize and then tell you exactly where the island of Atlantis is so stay tuned.

This link was yet another detail mirroring the Atlantis story and as those parallels grew and grew in the 1960s One Man became captivated he would become one of History’s Greatest Atlantis Hunters his name was spiran marinatos he was a local archaeologist and the curator of the museum in town he became obsessed he spent much of the rest of his career trying to prove this minoan civilization was the basis for Plato’s Atlantis the city that have been wiped off the map marinatos had first visited kosis while while archaeologists excavated in the 1920s he’d been blown away by their beautiful discoveries but he’d also been fascinated by something else they’d [Music]

Unearthed as the team excavated the palace they realized that it had been repaired changed at various points in its lifetime it had obviously been through quite a lot like Atlantis the minoan civilization had vanished almost without trace for thousands of years no one knew why in the story Atlantis had been the victim of a terrible natural disaster but had a natural disaster also wiped out the civilization here marinatos was now on a mission to find out his investigations have been Stu sted by Menan expert Steve Kershaw and what I mean what do you think happened here there’s a palace here that’s been inhabited for 450 years going through all sorts of different phases of Destruction and rebuilding and modification and some of those destructive events were natural the kind of things are earthquakes uh some of them may have been man-made as well and so some of that could just be Accidental Fire it could indeed but marinat really wanted to get to the bottom of this and he’s found traces of volcanic dust on the island so he thinks it’s something volcanic but he doesn’t think that the volcano is on cre he thinks it’s on a nearby Island marinatos wants to prove that a volcanic eruption from a nearby Island had destroyed the minoan civilization here and he had a very specific Island in mind Santorini which lies to just 60 M away and it’s home to an enormous volcano so is marinat looking for this volcano solution a little bit because of his obsession with the story of Atlantis it’s very possible he he knows that story he likes that story and he in a sense wants that story to be true he wants this to be Atlantis he really wants this to be Atlantis but there’s also another reason why marinatos was fascinated by the possible link between CIT and nearby Santorini and that’s because in his story of Atlantis Plato says that Atlantis wasn’t just one Island but made up of several islands he said that the Royal Center was on atlantis’s main island but the docks and harbor were on another could sorini be one of the other Islands mentioned in the story marinatos was thrilled with this Theory and he thought if he could prove it the link between the Minoans cre and Atlantis would be stronger than ever could it be that an enormous eruption out there on Santorini had inspired the story of Atlantis in 1967 he set out on a hunt to find out following Marin aros’s search for Atlantis I’m now heading to the island of Santorini 60 M away across the [Music]

Sea Santorini is home to the biggest and most volatile volcano in the region if you look look at these rock formations this whole island is basically one enormous volcano just 17 years before marinatos arrived Santorini’s volcano had erupted spewing Ash and Fireballs a thousand MERS into the sky in just 6 days 90 billion tons of molten rock was thrown into the air what if an even more violent eruption would occurred 3 and a half thousand years before at the time when the minoan civilization discovered on cre reached its height that could mean that there was a city buried here beneath the [Music] rock a busy City with docks and harbors but where should marinata start his hunt for this lost Port there are 42 Mi of Coastline on this island and that wasn’t his only challenge it’s a fairly daunting Prospect because that Mighty volcanic eruption had blasted millions of tons of volcanic debris into the sky that then fell blanketing this island in layer upon layer of pmus and rock and volcanic ash you can see some of those layers etched out in this Cliff face here so that meant that if there were any ancient ruins here the chances are they’d be under meters and meters of this stuff it must have seemed like Mission imp possible but little did marinatos know on the coast of Santorini he was about to make the greatest archaeological discovery of his life the island of Santorini 1967 the hunt was on to find out if a port city had been buried beneath the ground following a gigantic volcanic coruption 3 and a/2 thousand years ago if they found it it would help prove spiron Marin atos’s theory that this island and neighboring cre could have been the inspiration for the story of Atlantis where a whole series of islands had been obliterated by natural disaster he was on a mission to investigate and now he pin appointed an area to Target 70 years ago an intriguing clue had been found buried near this spot under meters of Ash in 1899 some laborers in a quarry just in land from here started finding some mysterious objects they didn’t know what they were but they thought they looked ancient marinatos was intrigued this was the per perfect position for a port city right on the coast so gathering together a team he started to investigate here he had no idea how deep they’d have to dig the volcanic ash and rock is 30 m high in some places on the island but remarkably on the very first day they made a breakthrough they were digging through stuff just like this here and he was ecstatic when about 4 m down he started to make out the shape of pots and his expert eye they were clearly storage chars and storage chars that look to be exactly the same type and date as the ones he was so familiar with from kosas in [Music] cre but that was nothing because a few days later he would discover an entire buried city he called it aceri

Wow and these are the pots these are the storage jars that he discovered so early on as he started digging he didn’t just discover one or two look there were three rooms full of them so different shapes and sizes different designs on the outside maybe just to look nice and pretty but maybe to indicate that they were designed to store different food stuff some olive oil some perhaps wine what a fantastic start to the excavation over the next 7 years the archaeologists feverishly excavated wall after wall room after room and building after building slowly began to appear from beneath the 3 and a half thousand year old Ash and Rubble and as they dug they began to reveal striking similarities with the story of Atlantis located by the Sea it was almost certainly a port city and just like Atlantis there was evidence that its destruction had started with an earthquake this staircase here look at that finely crafted strongly built stairs and yet they’ve just been snapped in half in an Instant by the shock wave that the earthquake sent through this entire settlement little did the survivors know after that earthquake as they tried to put their lives back in order that was worse to come like Atlantis a once thriving City had been obliterated minow and expert Steve Kershaw is giving me a guided tour of the ruins to show me its past Splendor Steve I always love an archaeological site where you look up at this this was a multistory city wasn’t it it was indeed it’s uh it’s now buried beneath meters and meters of volcanic debris so it’s all it’s all looking a bit gray now but presume would it would it have been whitewash would it been colorful insides and things it would indeed yes the the exteriors would have been plasted over on the inside you’ve got colorful frescos and and what have you amongst the devastation are also details showing the true horror that the people here experienced what an earth of is yeah a couple of beds the imprints of beds and what happened was before the eruption there was an enormous earthquake and the people of the Town were tidying it up so they were stacking the beds trying to tidy the house up maybe pick up loose bricks and things very much so and some of them are protecting bits of pottery as well you’ve got a little tripod cooking pot down there so this is the repair work on the town before the eruption that they never knew was coming what’s happened is that the wood has decayed in the volcanic material and the archaeologists have poured plaster into it to recreate the bed out of the space so the archaeologist found a vacuum they poured plaster in it was a bed shape absolutely absolutely that’s was a moment in time really captured from 3 and a half thousand years ago very much so it takes you right to the heart of people’s real lives and that’s one of the wonderful things that archaeology can do for us.

I think with its impressive multi-story buildings actii had clearly been wealthy just like Atlantis and as more and more of the ancient cities surfaced from the ash the similarities grew even stronger so what what are we looking at here so this is one of the main streets of of the town and you’ve got houses on either side you can just see the remains of the walls then a main street that would have been paved with beautiful flagstones and then the most remarkable thing I think underneath it you’ve got a drainage system but that gutter there that gutter yes that humble gutter is actually a mark of extremely high civilization amazing there’s flushing lavatory systems and that would have all gone into that and flush it out into the sea I mean that wasn’t normal at the time presumably no that is highly sophisticated there’s there’s not many cultures have got that level of water Engineering in their states at this time and and these people have got it down so well and that I guess allows everyone to live together in this crowded way without getting terrible diseases it’s going to help one of the reasons that people have drawn parallels between here and Plato’s Atlantis is precisely this facility with water engineering because the atlantans are kind of the ultimate water Engineers they create bath houses with both cold and hot not just for their Elite classes but for the the rest of the population and indeed not just for the human population but for the horses the beasts of burden and the animals so we have cleanliness pervading atlan so in Plato Atlantis even the animals are clean they are so for Plato and the ancient Greeks Water Management that said you’re an advanced civilization it does indeed yeah and they’re doing it here they’re doing it right there after digging up Acer marinatos was now convinced that his theory was right the combination of kosas Palace on cre and this port city was inspiration for Atlantis it was like Atlantis itself had been found in stone you no longer had to imagine it you could walk through the streets almost sense the people that have once lived [Music]

Here today many of Acer’s finest Treasures lie in Santorini’s archaeological Museum in the town of Thea each one gives a fascinating insight into that lost world and the parallels with the story of Atlantis I love these murals this was painted onto the wall of one of the grandest houses in AC creran it’s such a special thing to have an image of their world painted by the people who actually lived in it just look at this wonderful Island here it’s Lush youve got fantastic detail it’s like trees deer perhaps a lion up there and then my favorite bit this Armada of ships and boats heading out across the sea some of them under oil some of them sail powered some some of them look ceremonial like it’s almost a kind of Festival experience dolphins all around them and they’re arriving in some way that I think looks quite like Santorini Barren Red Cliffs a sense of the volcanic with colored buildings people greeting them this is a wealthy Maritime world a world of color and vibrancy could this settlement at the end here actually be aceri was this what it looked like before it was destroyed in that volcano the other thing that really strikes me when you look at this you look at the animals the richness of the colors the buildings the ships if you did want a picture of Plato’s Atlantis this is pretty much [Music] it many of aqua’s buildings were covered with beautiful frescos that incredibly survived the disaster each and every one seems to strengthen the connection with Atlantis there fisherman proudly holding their catch linking the Minoans to the Sea just like the atlantans in the story like Atlantis and cre aceri was clearly a rich and luxurious place we can see that from their hairstyles their Fashions their jewelry there are exotic animals native to Africa and in Atlantis Plato mentions elephants [Music]

The more I read about Atlantis the more I explore the wonderful archaeology on these islands the more I get a real sense of why people got so excited about the apparent similarities between the Minoans and the story of Atlantis marinatos had discovered that like the atlantans who ruled over several islands the real life Minoans flourish both here and on cre the Minoans too were clearly a massive sea power with connections as far away as Egypt and they suffered an epic natural disaster the idea that these places were the inspiration for Plato’s Atlantis is compelling the problem I have with it is it took place over a thousand years before Plato was writing and we’ve got absolutely no evidence that Plato had ever heard about it in fact there is no account no mention of the destruction Baker in any ancient source at all possibly we’ve lost those sources over the years and possibly it was such an enormous event that it was just talked about handed down from parent to child over the generations so despite all the incredible similarities with Atlantis I’m going to continue my search and luckily there is another Contender through an incredible piece piece of detective work archaeologists have just discovered another lost city on the coast of Mainland Greece perhaps the inspiration for Atlantis lies closer to Plato’s home of Athens and much closer to Plato’s time the archaeologist discovered that Not only was this city destroyed but that destruction was big news in Greece during Plato’s lifetime could this city be the real Atlantis [Music]

Are we not going to watch the program to the very end no Alice we’ve seen enough I think for another half hour Dan will walk around going to other sites in Mainland Greece and suggest this could be the inspiration for Atlantis it’s quite interesting they use the word inspiration inspiration isn’t proof or evidence it just piggy packs on this strange belief that Plato made the whole thing up so are you going to tell us where Atlantis really is Bob okay Alice I shall tell you for any person to claim they know the location of Atlantis they have to qualify by answering five simple questions question one is it in the Atlantic Ocean question two is it bigger than Libya and turkey question three is it 9,000 years ago question four did the landscape have elephants and tigers and question question five was it an advanced civilization and do you have a particular site and location in mind then and the answer to that question Alice is doggerland so does doggerland meet these five criterias doggerland was an ancient L mass that is currently under the North Sea I can’t imagine that Bob how do you know it’s there well Alice now that takes a lot of imagination but it’s absolutely true no one believed it until the middle part of last century when we sered the seabed looking for oil and as well as finding oil we found dog so why do academics still believe Atlantis is in the Mediterranean and this is where we get these strange ideas about Atlantis being in the Mediterranean because the historians at the time of the 20th century had no idea that there was a civilization and a land mass under the North Sea so they thought that Plato made it all up which clearly he did so does doggerland meet all your criteria Bob doggerland qualifies on all five points.

It is in the Atlantic Ocean because doggerland would incorporate all of what we call Great Britain in the past 10,000 years ago the sea levels were much much lower and therefore the North Sea the Irish Sea and the English Channel did not exist it was one large peninsula in the Atlantic ocean the combined landscape of Great Britain and Europe is actually larger than Libya and Asia Minor it had massive flat Plains and mountains as described by Plato we also in northern Europe have things called causeways camps cosway camps are concentric Circle settlements as described Again by Plato doggerland began to sink into the waters 9 and a half thousand years ago it became a small island before it finally vanished under the water some 6,000 years ago which again matches Plato’s timeline for nearly a 100 years the fishing trollers have been collecting Bones from animals of the seabed of doggerland now these bones include would you believe elephants mammoths lions tigers bears all manner of animals which we don’t see in the northern hemisphere today and the icing on the cake for the five aspects that needed to be met before we find Atlantis is an advanced civilization a culture so distinct so unique that it could only be the story portrayed by the Egyptians to Solon and then Plato these were the megalithic builders this civilization existed 10,000 years ago it built monuments that are still visible today around the Northern Hemisphere.

We know one of its great structures as one of the great wonders of the world called Stone Henge this civilization used boats to take the stones to the locations they traded around the world we can see that within the artifacts they traveled throughout Europe this was an advanced civilization for its time and the Greeks would appreciate that because it was very similar in communication skills and building skills to the Greeks and the Greeks saw themselves as an advanced civilization and so Ellis we now know the location of Atlantis and that is doggerland which is now currently under the North Sea this makes a lot more sense for the location of Atlantis which is in the northern hemisphere because the Greeks have this belief system that states that their gods from the north see ceeded their civilization and actually there’s Lines within Plato’s Atlantis that says exactly the same the Egyptian priests tell solom that the alantin came down to the Mediterranean and seated themselves in both the Greek and the Egyptian civilization many years before the Pharaohs they also have this great belief that there was a place called hyperboria where again based in the northern hemisphere where the Greek gods lived this is all this Association that the atlantans were the children of the Gods we also see this in other tows such as Troy this is why the Trojan characters are blue-eyed blonde redheaded these are not Mediterranean people these are people from the north and Atlantis is a tow about a civilization from the Northern Hemisphere about a country that was called Atlantis that was in the Atlantic Ocean and they’re mostly submerged under the North Sea well that’s all we got time for you today I hope you en enjoyed the video and a little chat about archaeology come to our website where you can find essays and liar investigations or come and visit us on YouTube where we have a video channel where we have more videos for you to browse so it’s goodbye from me and it’s goodbye from Alice

PodCast

Author’s Biography

Robert John Langdon, a polymathic luminary, emerges as a writer, historian, and eminent specialist in LiDAR Landscape Archaeology.

His intellectual voyage has interwoven with stints as an astute scrutineer for governmental realms and grand corporate bastions, a tapestry spanning British Telecommunications, Cable and Wireless, British Gas, and the esteemed University of London.

In the symphony of his life, Robert is a custodian of three progeny and a pair of cherished grandchildren. His sanctuary lies ensconced in the embrace of West Wales, where he inhabits an isolated cottage, its windows framing a vista of the boundless sea – a retreat from the scrutinous gaze of the Her Majesty’s Revenue and Customs, an amiable clandestinity in the lap of nature’s embrace.

Exploring Prehistoric Britain: A Journey Through Time

My blog delves into the fascinating mysteries of prehistoric Britain, challenging conventional narratives and offering fresh perspectives based on cutting-edge research, particularly using LiDAR technology. I invite you to explore some key areas of my research. For example, the Wansdyke, often cited as a defensive structure, is re-examined in light of new evidence. I’ve presented my findings in my blog post Wansdyke: A British Frontier Wall – ‘Debunked’, and a Wansdyke LiDAR Flyover video further visualizes my conclusions.

My work also often challenges established archaeological dogma. I argue that many sites, such as Hambledon Hill, commonly identified as Iron Age hillforts are not what they seem. My posts Lidar Investigation Hambledon Hill – NOT an ‘Iron Age Fort’ and Unmasking the “Iron Age Hillfort” Myth explore these ideas in detail and offer an alternative view. Similarly, sites like Cissbury Ring and White Sheet Camp, also receive a re-evaluation based on LiDAR analysis in my posts Lidar Investigation Cissbury Ring through time and Lidar Investigation White Sheet Camp, revealing fascinating insights into their true purpose. I have also examined South Cadbury Castle, often linked to the mythical Camelot56.

My research also extends to the topic of ancient water management, including the role of canals and other linear earthworks. I have discussed the true origins of Car Dyke in multiple posts including Car Dyke – ABC News PodCast and Lidar Investigation Car Dyke – North Section, suggesting a Mesolithic origin2357. I also explore the misidentification of Roman aqueducts, as seen in my posts on the Great Chesters (Roman) Aqueduct. My research has also been greatly informed by my post-glacial flooding hypothesis which has helped to inform the landscape transformations over time. I have discussed this hypothesis in several posts including AI now supports my Post-Glacial Flooding Hypothesis and Exploring Britain’s Flooded Past: A Personal Journey

Finally, my blog also investigates prehistoric burial practices, as seen in Prehistoric Burial Practices of Britain and explores the mystery of Pillow Mounds, often mistaken for medieval rabbit warrens, but with a potential link to Bronze Age cremation in my posts: Pillow Mounds: A Bronze Age Legacy of Cremation? and The Mystery of Pillow Mounds: Are They Really Medieval Rabbit Warrens?. My research also includes the astronomical insights of ancient sites, for example, in Rediscovering the Winter Solstice: The Original Winter Festival. I also review new information about the construction of Stonehenge in The Stonehenge Enigma.

Other Blogs

2024 Prehistoric Britain Blog Review

8000-year-old Cro-Magnon skull

Vikings, Doggerland, and the Last Survivors of Europe’s Lost Waterworld

Troy Debunked – Troy did not exist in Asia Minor, but in fact, the North Sea island of Doggerland

Posted on February 20, 2026 by admin

Introduction

Troy, Atlantis — and the North-West European Connection

The search for Atlantis has always felt like chasing a shadow on the edge of history. Yet the deeper I read, the more the shadow begins to take shape — and not in the Mediterranean.

What if both Atlantis and Troy belonged not to the eastern Mediterranean, but to the lost landscapes of north-west Europe?

That suggestion is not as wild as it first sounds.(Troy Debunked – Troy did not exist in Asia Minor)

Plato Was Not Writing Fantasy

The Atlantis story comes to us through Plato, primarily in Timaeus and Critias. The account was said to have been passed from Egyptian priests at Sais to Solon around 590 BCE, and from Solon down to Plato’s own family line.

Now, here is the uncomfortable point for mainstream thinking: Plato was not a myth-maker in the modern sense of the term. His works are studied in the world’s leading universities for their philosophical depth. Aristotle, his student, did not dismiss Atlantis as an invention. Nor did thinkers such as Theophrastus or Poseidonios. Several ancient writers treated Atlantis as a historical tradition.

(Troy Debunked - Troy did not exist in Asia Minor) — Plato and Aristotle – (Troy Debunked – Troy did not exist in Asia Minor)

If Plato intended pure allegory, it is strange that later classical authors debated its geography rather than dismissing it outright.

The Egyptian connection is particularly important. Sais was said to hold records carved on sacred pillars — records describing a great civilisation destroyed by a deluge. That word alone — deluge — should make us pause. Nearly every ancient culture preserves a flood memory. If prehistoric societies were heavily maritime, boats would have been survival tools. Flood traditions and seafaring cultures go hand in hand.

The Pillars of Hercules — A Directional Clue

Plato situates Atlantis beyond the “Pillars of Hercules.” The conventional interpretation places these at the Straits of Gibraltar.

But Plato’s terminology is fluid. “Mouth” can mean “strait.” He refers to the Mediterranean as being “within the straits,” suggesting a perspective looking outward — not inward.

If Atlantis lay beyond the Pillars, then by definition it was Atlantic.

Even the name survives in geography: the Atlantic Ocean.

Critics argue that Atlantis was said to be “larger than Libya and Asia together.” But Libya in Plato’s time referred only to North Africa west of Egypt, and “Asia” generally meant Asia Minor — modern Turkey. Combined, they are not vast in comparison to the landmass that once connected Britain to Europe during lower sea levels.

At the end of the last Ice Age, sea levels were dramatically lower. The North Sea was not sea — it was land. We now call it Doggerland. Britain was not an island. It was a peninsula of a much larger north-west European landmass.

If that land later drowned beneath rising seas, Plato’s description of a powerful Atlantic civilisation destroyed by water suddenly becomes less mythical and more geological.

Island — or Peninsula?

Another linguistic trap lies in the word “island.” In the ancient world, the term could describe large peninsulas or territories bordered by water on multiple sides. If Atlantis was a north-west European peninsula connected to Britain and continental Europe, it could still fit the description.

And if we look at that Ice Age landscape — stretching from eastern Britain through the Low Countries and into Scandinavia — we have a region that easily exceeds the size comparison Plato gives.

The Circular Capital

Plato describes Atlantis’ central city as formed in concentric rings of earth and water.

Now consider this: Neolithic Europe is filled with circular earthworks — causewayed enclosures, henges, and ringed settlements. Whitehawk Camp in Sussex, for example, once displayed multiple circular ditches and banks. Similar circular designs occur across Britain and northern Europe.

These are not Mediterranean urban forms.

They are north-west European.

Even more intriguing are the turf mazes scattered across England and the Isles of Scilly — many named “Troy Town” or “The City of Troy.” These labyrinths follow the classical pattern seen on coins from Knossos, linking the labyrinth myth and Troy. Why do so many northern European earthworks preserve Troy in their naming tradition?

Coincidence?

Or cultural memory?

The People of Homer

Then we come to something even more uncomfortable.

In Homer’s epics, the Achaeans — the supposed Greeks — are frequently described as blond, red-haired, or light-skinned. Menelaus is repeatedly called “blond.” Achilles is described with yellow hair. Odysseus is described in terms that imply light or reddish colouring. Helen is “white-armed,” “fair-tressed,” luminous.

Even the gods — Zeus, Athena, Apollo, Aphrodite — are repeatedly described as blue-eyed or golden-haired in ancient sources.

This is not a Mediterranean phenotype.

Now, it is dangerous to oversimplify ancient descriptions, but the repeated emphasis on fair hair and light features is striking. If the Homeric tradition preserves older northern memories, then the epic heroes may reflect populations from farther north.

What if the poems travelled south, rather than originating there?

Troy and the North Sea

The idea that Troy lay in north-west Europe has been proposed before. Iman Wilkens argued for a British location. Others suggested links to the North Sea basin. While these ideas have been dismissed by mainstream scholarship, geological evidence now confirms that Doggerland existed — and drowned — between 10,000 and 6,000 BCE.

We know that vast prehistoric landscapes lie submerged beneath the North Sea. We know that rising waters displaced populations. We know that maritime networks existed far earlier than once believed.

If a powerful Atlantic civilisation flourished on that land — and was later lost to the sea — the memory of it could have travelled.

Plato speaks of Atlantis fielding twelve hundred ships.

The Trojan War tradition speaks of a thousand ships.

Both traditions centre on maritime coalitions and northern powers confronting southern territories.

The parallels are uncomfortable — but they exist.

The Larger Pattern

Let us step back.

We have:

• A flood-destroyed Atlantic civilisation described by Plato
• A lost North Sea landmass proven by geology
• Circular monumental architecture concentrated in northern Europe
• Troy-named labyrinths across Britain
• Homeric heroes repeatedly described with northern physical traits
• Persistent ancient belief that Troy and Atlantis were historical, not fictional

Individually, each point can be dismissed.

Collectively, they form a pattern.

Is this definitive proof?

No.

But it is far more than a coincidence.

If Atlantis was north-west Europe — if Troy belonged not to Anatolia but to a lost Atlantic world — then the centre of early European civilisation shifts dramatically.

And perhaps the reason these traditions feel mythical is not because they were invented…

…but because the land they describe now lies beneath the sea.

Where Troy Once Stood

Where Troy Once Stood (Troy – Debunked) is a book by Iman Wilkens that argues that the city of Troy was located in England and the Trojan War was fought between groups of Celts. The standard view is that Troy is located near the Dardanelles in Turkey. Wilkens claims that Homer’s Iliad and Odyssey, though products of ancient Greek culture, is originally orally transmitted epic poems from Western Europe. Wilkens disagrees with conventional ideas about the Iliad’s historicity and the location and participants of the Trojan War.

Copies of his book ranked high on BookFinder’s list of most wanted out-of-print books until 2005, when the latest revised edition was published. His work has had little impact among professional scholars. Anthony Snodgrass, Emeritus Professor in Classical Archaeology at Cambridge University, has named Wilkens as an example of an ‘infinitely less-serious’ writer.

Troy Debunked - traditional view showing the short distance between the two waring groups — **Traditional view showing the short distance between the two warring groups** – Troy Debunked

So, what evidence does Wilkens use to prove that Troy was in Northern Europe?

Wilkens argues that Troy was located in England on the Gog Magog Downs in Cambridgeshire. He believes that Celts living there were attacked around 1200 BCE by fellow Celts from the continent to battle over access to the tin mines in Cornwall as tin was an essential component for bronze production.

Wilkens writes that there are similarities between the river names in the Iliad and in present-day England: “Homer names no less than fourteen rivers in the region of Troy.” The rivers Thames, Cam, Great Ouse and Little Ouse, to name a few, can respectively be identified as Temese, Scamander, Simois and Satniois, according to Wilkens. The revised edition of 2005 contains a ‘reconstruction’ of the Trojan battlefield in Cambridgeshire.

Wilkens further hypothesises that the Sea Peoples found in the Late Bronze Age Mediterranean were Celts, who settled in Greece and the Aegean Islands as the Achaeans and Pelasgians. They named new cities after the places they had come from (similar to the migration of many place names to North America) and brought the oral poems that formed the Iliad and the Odyssey with them from Western Europe. Wilkens writes that, after being orally transmitted for about four centuries, the poems were translated and written down in Greek around 750 BCE.

The Greeks, who had forgotten about the origins of the poems, located the Mediterranean’s stories, where many Homeric place names could be found, but the poems’ descriptions of towns, islands, sailing directions and distances were not altered to fit the reality of the Greek setting. He also writes that “It also appears that Homer’s Greek contains a large number of loan words from western European languages, more often from

Dutch rather than English, French or German.” These languages are considered by linguists to have not existed until around 1000 years after Homer.

Wilkens argues that the Atlantic Ocean was the theatre for the Odyssey instead of the Mediterranean. For example, he locates Scylla and Charybdis at present-day St Michael’s Mount.

To prove his theory Wilkens produces archaeological evidence, for instance, the Isleham Hoard in the battlefield, and etymological evidence, for instance, the location of Ismaros in Brittany at Ys or the location of Homer’s Sidon at Medina Sidonia in Spain. He also brings forth indications that Homer described areas around the Atlantic with distinctive topographical features.

Cádiz would match Ithaca’s description; There is in the land of Ithaca a particular harbour of Phorcys, the older man of the sea, and at its mouth two projecting headlands sheer to seaward, but sloping down on the side toward the harbour…

Wilkens believes that Havana’s topography much resembles the description of Telepylos: The harbour, about which on both sides, a sheer cliff runs continuously, and projecting headlands opposite to one another stretch out at the mouth, and the entrance is narrow, …, and the ships were moored within the hollow harbour, for therein no wave ever swelled, great or small, but all about was a bright calm……

Troy Debunked - Map of the rivers contained within the Iliad — **Map of the rivers contained within the Iliad** – Troy Debunked

Wilkens mentions several sources for his ideas. Belgian lawyer Théophile Cailleux wrote that Odysseus sailed the Atlantic Ocean, starting from Troy, which was situated near the Wash in England (1879). Charles-Joseph de Grave thought that the historical and mythological background of Homer’s work should be sought in Western Europe (1806).

However, this is not the only source that shows the story could be of a different origin. The late Sir Moses Finley, Professor of Ancient History at the University of Cambridge, concluded that ‘we are confronted with this paradox and that the more we know; the ‘worse off, we are’ and he, therefore, suggested that ‘Homer’s Trojan War must be evicted from the history of the Greek Bronze Age’. As it seems complicated to disagree with his conclusion, we are, in my view, left with only two options: the great Trojan War never took place in northwest Turkey and consequently; the Iliad is the fruit of pure imagination, or else; the war did take place but in another country.

Troy Debunked - according to Wilkens, St michael's mount is the site of Scylia and Charybdis — **According to Wilkens, St michael’s mount is the site of Scylia and Charybdis** – – Troy Debunked

And Professor P H Damste (Universities of Utrecht and Leuven) “Valuable knowledge is to be discovered about the people of the Northwest European coast around 1 200 BCE, how they navigated the oceans and a great war between the Kings of continental Europe and the Trojan king in England, who held a monopoly of tin-mining in Cornwall. Such information is encoded in the Iliad and Odyssey.”

And other facts show that the story may not be as straight forward as we once imagined, for when we look at Northern Europe for signs of Troy, we get some interesting facts such as an old legend that Britain was founded by Brutus, who led survivors from Troy here. Geoffrey of Monmouth wrote in his Historia Regum Britanniae an origin myth that traced the foundation of Britain back to the Trojans. This account described how Brutus, great-grandson of Troy’s Aeneas, landed at Totnes, subdued the race of giants who lived there and gave his name to the country he had pacified (Britain = Brutus).

The Romans called the Celtic tribe that occupied this part of Essex the Trinovantes or ‘Trinovante’, which means New Troy or Troy of New.

The Baltic Origins of Homer’s Epic Tales is an essay written by Felice Vinci, a nuclear engineer and amateur historian, published for the first time in 1995. The book, translated into several languages, submits a revolutionary idea about the Iliad and Odyssey’s geographical setting. Felice Vinci started reading Greek classics and learned about a passage from the De facie quae in orbe lunae apparet, by Plutarch, which points out the location of Ogygia. This island became the point of departure of Vinci’s theory.

According to his assumptions, the events told by Homer did not take place in the Mediterranean area, as the tradition asserts, but rather in the seas of Northern Europe, the Baltic Sea and Northern Atlantic. This theory has been widely considered (both in Italy, where the author has been invited to present it in some universities and high schools and the rest of the world) and has caused heated debate among the academic community.

Troy Debunked - 'Trinovante', which means New Troy or Troy of New. — **‘Trinovante’, which means New Troy or Troy of New** – Troy Debunked

According to Vinci, the Achaeans would have lived at the beginning of the 2nd millennium BCE on the coasts of the Baltic Sea and, towards the middle of the millennium, as the climate grew harsher, they would have moved southward along the Dnepr, reaching the Black and Aegean Seas. The newcomers would have founded the Mycenaean cities (the most ancient Mycenaean graves are rich in amber, a typical Baltic product, whereas the latest ones are not) and would have named them with the names of their previous settlements in Scandinavia, although not precisely in correspondence of their location, because of the physical differences between the two areas.

During their migration, they would have brought their traditional oral tales, poetic sagas set in their original homeland. Therefore, the Trojan War would not have occurred around the 13th century BCE, as is usually thought, but around the 18th century BCE. Then the poems would have been transcribed later, after 800 or 900 years of oral tradition.

In support of the theory, it is essential to remember that the Mycenaeans are not considered an aboriginal population but are thought to have come to Greece around the 16th century BCE. Felice Vinci also reports the hypothesis formulated in the late 19th century by the Indian scholar Bal Gangadhar Tilak, who argued that Indo-European populations had lived around the Arctic Circle in the past. On the other hand, the so-called ‘Linear B’ documents appear to have been written in a language that was a precursor of what later became Greek.

The main topic of Vinci’s hypothesis is the incongruence between the geography described by Homer and the configuration of the Mediterranean lands, a point already noted by Strabo. The geographical descriptions provided by the Iliad and the Odyssey, on the contrary, perfectly adapt to Northern Europe, and the incongruity regarding the Mediterranean localities would be due to the application of old Scandinavian names. Furthermore, Homer’s description of the climate would be more suitable for the Baltic regions.

According to Vinci, Ulysses’ journey would have taken place along the coasts of Norway. After being held back in Ogygia (identified with one of the Faroe Islands, following Plutarch’s passage mentioned above), the Odyssey relates that, after seventeen days on the sea, Ulysses reached Scheria, home of the Phaiakians, described as a high rocky coast and densely wooded: this region, impossible to locate in the Mediterranean area, could be instead identified with the environs of Bergen, at the mouth of river Figgjo, where several Bronze Age objects have been founded (Scheria is never mentioned in the Odyssey as an island).

The new position would explain why Ulysses had noticed that the sea used to flow back into the river: this phenomenon is due to ocean tides and does not occur in the Mediterranean. Other places visited by Ulysses could be located on the Norwegian coasts, too: Circe’s island, Aeaea, and the areas she describes (the Sirens, Scylla and Charybdis) may be placed in the Lofoten archipelago, where tides on the ebb create the so-called maelstrom, corresponding with the Scylla whirlpool which swallowed up Ulysses’ ship and is described as forming three times a day, just like the maelstrom. In the end, Aeolus’s island would be located somewhere in the Shetland archipelago, where winds exceeding 200 km/h often blow.

Other Greek mythological tales are set in the same region. Among these, the Argonauts’ journey, who are said to have reached Colchis sailing eastwards and arriving there at Aeaea, from where they came back to Greece going westwards. The identification of Colchis in the Black Sea and of Aeaea in the Tyrrhenian Sea would lead to hypothesising an improbable itinerary for the Argonauts by ship across Continental Europe, along the rivers Danube, Po, and Rhone. The navigation would be instead the memory of an ancient counter-clockwise circumnavigation of Scandinavia starting from the Baltic Sea, crossing Lapponia overland along the rivers which run through it and reaching Lofoten, where Aeaea was identified. According to what Circe tells Ulysses, the Argonauts chose for their journey home the course passing through the Wanderers Rocks, which are to be identified with the narrow straits covered by the streams between the islands and the mainland.

Another reference to an ancient Nordic setting can be found, according to Vinci, in an assertion by Plato in his dialogue Critias, where the philosopher reminds him that Athens used to rise formerly in a flat fertile zone, not harsh and mountainous: this particular is presented in the book as a reference to the ancient Baltic Athens.

So, how is it possible that Troy was in Northern Europe?

The climate described by Homer is cold and stormy: mist and wind often appear, and storms are heavy. The characters are usually covered in thick cloaks and are never described sweating from the heat. Although in the period generally chosen to date the Trojan War (8th century BCE) the average temperature was lower than it is nowadays, the Homeric weather conditions are difficult to adapt to the Aegean area, especially considering that the events are likely to behave happened in summer, instead, this description would be perfect for the Prehistoric Baltic regions when temperatures in Northern Europe were by far higher than now: the drop in temperatures at a later time would have forced Achaeans to emigrate southwards.

Some passages in the Iliad and the Odyssey can be interpreted as descriptions of typical Nordic phenomena. For example, in the great battle between Achaeans and Trojans, the linchpin of the Iliad’s central books, the time of noon is quoted at two different moments; this wouldn’t be a mistake: the battle would have continued for two consecutive days, thanks to the midnight sun, which let the warriors carry on fighting. Other references to this phenomenon are the exceptional duration of the day among the Laestrygonians and Ulysses’ uncertainty when trying to find his way to Aeaea, since he cannot figure out where the sun rises and where it sets.

Troy Debunked - The Viking connection — The Viking connection – Troy Debunked

In Homeric poems and among the Vikings, it is possible to find similar features regarding traditions, mythology and literature. The custom of assembling for a meeting, the majestic convivial banquets and the kind of exile imposed to unintentional homicide. Also, the Achaean ships would have in common with the Viking ones the dismountable mast, considered useful, especially in the Northern seas to avoid the formation of ice, and the double bow, which allowed oarsmen to travel backwards too (a reference to this aspect might be the Greek term meaning “curved on both sides,” frequently used by Homer; Tacitus describes the same feature concerning the Germans.)

Moreover, the Greek aoidos would be similar to the Old Norse skald, as Homer would often make use of a figure of speech known as kenning in Nordic literature. Also, some mythological figures would be similar in the two cultures (for example, Ulysses to the archer Ull in an Icelandic saga and Hamlet, the main character of an ancient Danish legend reported in Saxo Grammaticus’ Gesta Danorum), as well as many divinities: Aphrodite corresponds with Freyja, Ares with Thor, Zeus with Wotan and the Keres (who come down on the battlefield to take the souls of dead warriors, with the Valkyries).

Wilken’s main points

• The Achaeans built 1186 ships for their attack on Troy; they could have travelled the short-distance overland far quicker and cheaper if Troy had been in the Turkish setting.

• Odysseus claimed to have got home by travelling as a passenger on a ship going from Crete to Sidon (present-day Saïda in Lebanon), but that is the opposite direction he needed to go in the Mediterranean setting.

• Agamemnon tells us it took him a full month to sail from his kingdom Argos to Ithaca; we know the trip takes less than 24 hours in the Mediterranean setting.

• The mythical location for Troy in Turkey is far too small to accommodate the invading army of about 100,000 men and the long pursuits in horse-drawn chariots.

• The extensively travelled Greek geographer Strabo who lived 2000 years ago (1200 years after the Trojan War), believed that some of the ports of call in the Odyssey should be found in the Atlantic because of the mention of tides that do not exist in the Mediterranean.

More information about Troy – Debunked can be found here on our web site: http://prehistoric-britain.co.uk/dawn-of-the-lost-civilisation and on our video channel: www.prehistoric-britain.online

PodCast

Author’s Biography

Robert John Langdon, a polymathic luminary, emerges as a writer, historian, and eminent specialist in LiDAR Landscape Archaeology.

In the symphony of his life, Robert is a custodian of three progeny and a pair of cherished grandchildren. His sanctuary lies ensconced in the embrace of West Wales, where he inhabits an isolated cottage, its windows framing a vista of the boundless sea – a retreat from the scrutinous gaze of the Her Majesty’s Revenue and Customs, an amiable clandestinity in the lap of nature’s embrace.

Exploring Prehistoric Britain: A Journey Through Time

Finally, my blog also investigates prehistoric burial practices, as seen in Prehistoric Burial Practices of Britain and explores the mystery of Pillow Mounds, often mistaken for medieval rabbit warrens, but with a potential link to Bronze Age cremation in my posts: Pillow Mounds: A Bronze Age Legacy of Cremation? and The Mystery of Pillow Mounds: Are They Really Medieval Rabbit Warrens?. My research also includes the astronomical insights of ancient sites, for example, in Rediscovering the Winter Solstice: The Original Winter Festival. I also review new information about the construction of Stonehenge in The Stonehenge Enigma.

Other Blogs

2024 Prehistoric Britain Blog Review

8000-year-old Cro-Magnon skull

Vikings, Doggerland, and the Last Survivors of Europe’s Lost Waterworld

The Long Barrow and Dolmen Enigma

Posted on February 6, 2026 by admin

Rethinking Long Barrows, Dolmens, and the Forgotten Maritime World of Prehistoric Britain

Introduction: Reassembling a Broken Argument

This article deliberately replaces three earlier, separate blog posts on prehistoric-britain.co.uk:

The Long Barrow Mystery: Unravelling Ancient Connections
The Dolmen and Long Barrow Connection

Those essays were written years apart and explored different aspects of the same unresolved problem. Read individually, they raised important questions. Read together, they exposed a much larger failure in how long barrows are interpreted at all. (The Long Barrow and Dolman Enigma)

The purpose of this new, consolidated work is not to repeat those articles, but to finish the argument they collectively began.

Long barrows are still presented in mainstream archaeology as simple early Neolithic burial mounds, built by small, sedentary farming communities, functioning primarily as ritual or symbolic tombs. That explanation has survived largely because it has never been tested against the full set of observable constraints: landscape position, hydrology, visibility, geometry, standardisation, and continuity across regions.

When those constraints are applied consistently, the orthodox interpretation collapses.

What emerges instead is a coherent, testable alternative: long barrows were not isolated funerary constructions, but deliberate, standardised monuments embedded within a water-dominated post-glacial landscape. Their form, placement, materials, and orientation only make sense when Britain is understood as a semi-flooded, river-linked environment where movement, trade, and visibility were primarily maritime.

This article, therefore, does three things in order:

It demonstrates why the conventional explanation fails.
It shows that long barrows and dolmens belong to the same structural tradition.
It reinterprets long barrows as monuments of a boat-based civilisation whose worldview, transport systems, and mortuary practices were inseparable.

This is not a symbolic reading imposed after the fact. It is a landscape-led reconstruction based on form and function.

Once that lens is applied, long barrows stop being mysterious.

They become inevitable.

This is a Dolman on spikes and a slightly angled top – (The Long Barrow and Dolman Enigma)

1. The Problem with the Conventional Explanation

The orthodox archaeological explanation for long barrows is deceptively simple: they are described as early Neolithic communal burial mounds, constructed by newly sedentary farming communities, serving primarily ritual or symbolic purposes.

This narrative persists not because it explains the evidence well, but because it has rarely been challenged as a system.

When examined closely, the conventional model fails on multiple, independent fronts.

First, it cannot explain standardisation. Long barrows across Britain—and far beyond—exhibit remarkably consistent proportions, layouts, and orientations. This level of repeatability implies shared design rules, not ad‑hoc ritual expression by isolated groups.

Second, it fails to cite. Long barrows are rarely positioned where burial alone would be most practical or socially central. They are commonly placed on slopes, ridgelines, valley edges, and liminal zones—often overlooking river systems or low‑lying ground. These are poor choices for purely funerary monuments, but excellent choices for visibility and signalling.

Third, it fails on landscape logic. The orthodox model treats the early Neolithic landscape as essentially dry and terrestrial. Yet mounting geological, geomorphological, and hydrological evidence shows that early Holocene Britain was dominated by elevated water tables, wide braided rivers, floodplains, and seasonal inundation. Any interpretation that ignores this context is incomplete by definition.

Fourth, it fails on the grounds of function creep. When aspects of long barrows do not fit the burial narrative—chalk cladding, exaggerated length, pointed ends, flanking ditches—they are dismissed as symbolic embellishments rather than design features requiring explanation. Symbolism becomes a refuge for unanswered questions.

Finally, the orthodox model cannot explain change over time. If long barrows are simply tombs, why are they replaced by round barrows that abandon elongation, directionality, and visibility? The transition reflects a change in environmental and social conditions, not merely belief.

In short, the conventional explanation does not fail because it is wrong in detail, but because it is structurally incomplete. It isolates burial from movement, landscape from function, and monument form from environment.

Any credible reinterpretation must therefore begin elsewhere: not with ritual assumptions, but with observable constraints imposed by geography, water, and human movement.

2. The Shape That Refuses to Be Accidental

Before questions of burial, belief, or ritual are even entertained, long barrows present a more basic problem — one of geometry.

Long barrows are not amorphous mounds. They are not circular, irregular, or locally improvised. They are elongated, axial, directional structures with consistent proportions that recur across regions separated by hundreds of kilometres.

This alone should have disqualified casual explanations.

Standardisation Without Central Authority

Across Britain, long barrows repeatedly exhibit:

Pronounced elongation along a single axis
A narrower, tapered end and a broader terminal end
Chambers concentrated toward one end, not the centre
Flanking ditches running parallel to the long axis

This is standardisation without masonry, achieved using earth, chalk, timber, and stone.

Such consistency implies:

Shared design principles
Transmitted knowledge
A functional reason to preserve proportions

Ritual expression does not require this level of constraint. Engineering does.

The Boat Problem

Once seen, the comparison is unavoidable.

In plan, profile, and proportion, long barrows replicate the essential geometry of a boat:

A pointed or narrowing bow
A broader stern
A dominant longitudinal axis
A structure designed to be approached from one direction

This resemblance is not metaphorical. It is structural.

Crucially, this geometry appears before later symbolic embellishments and survives regional stylistic variation. That indicates priority of form over decoration.

Directionality and Movement

Long barrows are rarely neutral in orientation.

They frequently:

Face downslope
Align toward valleys or floodplains
Present their narrow end toward low ground

This makes little sense for tombs intended for static commemoration.

It makes perfect sense for monuments intended to be seen, approached, or conceptually entered from a water-dominated landscape.

In a world where rivers were transport corridors, direction mattered.

Why This Was Missed

Archaeology has historically separated monument form from movement.

Long barrows were interpreted from a standing position on dry land, not from a moving viewpoint within a flooded or semi-flooded landscape.

From water level, the elongated silhouette, tapering profile, and chalk brightness would have been legible instantly.

From a ploughed field, they appear inert.

Geometry as Constraint, Not Symbol

The key error has been to treat long barrow shape as symbolic choice rather than functional constraint.

Symbols vary.

Constraints repeat.

Long barrows repeat because their geometry solved a real-world problem — one tied to movement, visibility, and orientation in a landscape dominated by water.

Only once this is understood can burial practices be meaningfully reintroduced into the discussion.

3. Dolmens Reconsidered: Excarnation, Not Stripped Long Barrows

Structural Design: Why True Dolmens Are Not Buried Monuments

A critical distinction has been missed by archaeology because monuments have been grouped by visual similarity rather than mechanical design.

A true dolmen is defined not by appearance, but by load mechanics.

Across multiple surviving examples, dolmens share a set of engineering features that are incompatible with burial:

Upright stones are point-loaded, tapering to minimal contact areas
Capstones rest on rock points, not flat lintels
Load paths are vertical and concentrated, not distributed
The structure has no resistance to lateral soil pressure
Capstones are often angled or convex, not horizontal

These features are deliberate. They allow the structure to carry the capstone alone — and nothing more.

If an earthen mound were placed over such a structure, the result would be predictable and rapid failure through inward rotation and shear at the contact points. This is basic structural physics.

By contrast, long barrow chambers use flat orthostats, horizontal lintels, and distributed bearing surfaces precisely because they were designed to be buried.

The two designs solve opposite engineering problems.

This alone falsifies the long-standing claim that dolmens are simply long barrows with their mounds removed.A critical correction is required here, because the common archaeological assumption — and my earlier framing — is wrong.

Dolmens are not simply long barrows with their earthen mounds removed. That interpretation fails on basic structural, mechanical, and functional grounds.

Once construction details are examined properly, dolmens resolve into a different monument class entirely, serving a different mortuary purpose.

Structural Incompatibility with Long Barrows

Long barrow chambers are engineered to carry immense dead load.

Orthostats are upright but square-edged or flat-topped
Lintels are horizontal and load-bearing
Capstones are designed to distribute the weight of the mound above

This architecture is deliberate. Without flat bearing surfaces, the structure would collapse under tonnes of earth.

Dolmens do not follow this logic.

Uprights are frequently pointed or angled
Contact points beneath the capstone are minimal
Load transfer is concentrated, not distributed

This makes dolmens mechanically unsuitable to be buried beneath an earthen mound.

In other words: if a dolmen had ever supported a long barrow mound, it would have failed.

Functional Design: Excarnation Sites

The internal geometry of dolmens instead matches a different, highly practical function: excarnation.

Key design features make sense only in this context:

Pointed uprights reduce access routes for scavengers and vermin
Raised capstones allow airflow while restricting entry
Angled stone surfaces permit bodily fluids to drain away naturally
Central, exposed positioning ensures visibility and access

These are not symbolic gestures. They are functional solutions to a biological process.

This design logic precisely mirrors what is observed in Phase I Stonehenge, where excarnation occurred within a controlled, elevated, chalk-lined environment.

Why the Confusion Persisted

The error arises because archaeology grouped monuments by appearance, not mechanics.

Superficially, dolmens and long barrows both involve stone chambers and human remains. Structurally and functionally, they are doing different jobs at different stages of mortuary practice.

Dolmens = exposure and defleshing
Long barrows = final deposition and ancestral consolidation

Once this distinction is made, a great deal of confusion disappears.

Dolmens were never meant to be buried.
They were meant to be open, elevated, draining, and inaccessible to animals.

That this has been missed for decades is not surprising — it requires thinking like an engineer, not just an archaeologist.

It is also essential to state that not every monument labelled “dolmen” qualifies as a true dolmen. Many sites grouped under that term lack point loading, lack minimal bearing surfaces, and were clearly designed to carry overburden.

They belong to a different structural and functional category.

Failure to separate these types has distorted interpretation for over a century.

The orthodox burial-first model struggles to account for the archaeological evidence found inside long barrow chambers. If intact bodies were placed directly into these structures, articulated remains — including hands, feet, and small extremity bones — should be routinely present. Instead, chambers consistently contain disarticulated, selectively represented skeletal material, with a marked absence of phalanges and other small bones.

Attempts to explain this pattern through decay, disturbance, or poor preservation fail on archaeological grounds: preservation bias should be random, disturbance should scatter rather than remove elements, and modern excavations reproduce the same pattern seen in early work. The result is a model that explains disarticulation only after the fact, without specifying a viable physical process.

This stays strictly within:

taphonomy,
recovery patterns,
internal consistency.

No belief. No symbolism.

Treating excarnation as the primary transformation stage resolves these inconsistencies without special pleading. Exposure of bodies elsewhere naturally results in early loss of fingers and toes, complete defleshing, and selective collection of durable skeletal elements. Long barrows then function not as places of decay, but as repositories for curated remains already transformed from bodies into ancestors. This process-based model explains the consistent absence of small bones, the ordered nature of chamber deposits, and the architectural unsuitability of long barrows for excarnation itself. What appears anomalous under the burial-first assumption becomes inevitable once excarnation is recognised as a necessary, preceding step.

This does three things simultaneously:

explains the bone pattern,
protects your dolmen argument,
reinforces long barrows as post-excarnation structures without reopening earlier debates.

Section 4 – The Landscape They Were Built For: Britain as a Water World

To understand long barrows properly, the most important question is not what they contained, but what landscape they were built into.

The answer is not the dry, stable countryside we see today.

It is a radically different early Holocene environment dominated by water.

Following the end of the last Ice Age, Britain experienced:

Elevated groundwater tables due to isostatic rebound
Vast meltwater discharge through river systems
Wide, braided rivers far exceeding modern floodplains
Extensive wetlands, shallow lakes, and inland estuaries
Seasonal and semi-permanent flooding of low ground

In this context, rivers were not features cutting through land.
They were the landscape itself.

Movement Followed Water

In a water-dominated environment, the logic of movement reverses:

Overland travel is slow, obstructed, and seasonal
Waterborne travel is faster, predictable, and load-bearing

Boats were not optional technology. They were infrastructure.

This has a critical archaeological implication that is almost always missed.

Navigation did not stop at sunset.

Chalk, Moonlight, and 24-Hour Navigation

The use of white chalk on long barrows is not simply about daylight visibility or ritual aesthetics.

Its most important function is lunar visibility.

Chalk reflects moonlight exceptionally well. Even under partial moon phases, a chalk-faced monument on elevated ground remains clearly visible against dark vegetation and water.

This enables:

Night-time navigation
Continuous 24-hour movement
Reliable travel aligned to lunar cycles and tides

In a water-based society, the ability to move under moonlight doubles transport capacity.

Long barrows were therefore not just markers in space.
They were markers in time.

Section 5 – Visibility, Moonlight, and Monument Permanence

In a shifting, flood-prone landscape, permanence is not achieved by enclosure or defence.

It is achieved by visibility.

Visibility as Function, Not Symbol

Long barrows are consistently positioned to:

Break skylines when viewed from low ground
Rise above mist, flood haze, and vegetation
Remain visible across open water and wetlands

When combined with chalk facing, this visibility operates:

In daylight
At twilight
Under moonlight

This transforms long barrows from passive monuments into active navigational infrastructure.

They are not destinations.
They are reference points.

The Stonehenge Connection

This is where long barrows connect directly to Stonehenge.

At Stonehenge, the Aubrey Holes and associated features demonstrate a system that tracks:

Lunar cycles
Tidal rhythms
Water height and movement

Stonehenge functions as a tidal and lunar calculator.

Stonehenge tells you when the water will move.
Long barrows tell you where to move under those conditions.

Together, they form a single, integrated system linking:

Time
Water
Movement
Memory

This is not symbolic astronomy.
It is operational landscape knowledge.

Section 6 – Death, the Voyage to the Afterlife, and Deep Continuity

A crucial fact must be stated plainly.

The idea of a voyage to the afterlife did not begin with Egypt or Mesopotamia.

It already existed — fully formed — during the fifth and sixth millennia BCE.

Death as Departure

Across later historical civilisations, the dead repeatedly:

Travel
Cross water
Board vessels
Are guided toward another realm

This appears in:

Egypt, with the solar barque
Mesopotamia, with river crossings into the underworld
Scandinavia, with ship burials
Classical Greece, with the ferryman and the river Styx

These traditions do not arise independently.

They inherit an older model.

Excarnation is often treated as a speculative ritual. In reality, it is a biological process with strict physical requirements.

Those requirements are well understood:

Elevation above ground
Free airflow around the body
Controlled drainage of fluids
Restricted access by scavengers
Visibility and supervision

True dolmens meet these requirements precisely.

The functional surface is the top of the capstone, not the space beneath it. Bodies placed on the slab benefit from airflow, natural runoff, and protection from ground scavengers. The angled stone surfaces observed in many examples are not incidental — they are engineered for drainage.

This same engineering logic is used today in cultures that practise excarnation. Modern exposure platforms, including Towers of Silence, employ identical principles of elevation, airflow, drainage, and exclusion.

Measured dolmen capstones commonly exhibit shallow tilts of ~4–8°, matching the ~3–7° drainage gradients documented for exposure platforms (including Towers of Silence), the minimum range required to shed bodily fluids without body displacement; combined with elevation (≥1.5 m), open airflow, and absence of overburden, this identifies a shared excarnation engineering solution rather than symbolic similarity.

This is not cultural continuity.
It is engineering convergence.

Different societies solving the same biological problem arrive at the same solution.

Megalithic Origins

The earliest megalithic societies embedded this idea into architecture:

Dolmens as excarnation and transformation sites
Long barrows as departure and consolidation monuments

Long barrows are not simple tombs.

They are departure structures, shaped like vessels, aligned with movement routes, and visible by moonlight.

The megalithic builders lived in a world where life followed water.
Death followed the same logic.

Section 7 – Distribution, Dates, and Proof of a Maritime Civilisation

The distribution of long barrows is not incidental.

It is diagnostic.

When dated correctly, long barrows cluster during the fifth and sixth millennia BCE in regions that were navigable by water.

They appear in:

Southern and eastern England
Wales
Ireland
Brittany and western France
The Low Countries
Northern Germany
Denmark
Southern Scandinavia

This is not a farming distribution.

It is a maritime distribution.

Traditional interpretations assume Neolithic farming communities as the builders of these monuments. That assumption has never been tested against the logistics of construction.

Dolmens and long barrows involve the movement of multi-ton stones. Without wheeled transport, roads, or draft animals, moving such loads over land is inefficient and dangerous.

Water transport changes the equation entirely.

Rivers, flooded plains, and estuaries allow heavy stones to be moved with minimal friction and maximal control. Any interpretation that ignores this logistical reality is incomplete.

This alone points away from a purely terrestrial farming model and toward an earlier, water-based system of movement.

(You can see how this is now perfectly set up for the dating evidence.)

Doggerland – The Missing Centre

At the centre of this system lay Doggerland.

During the fifth and sixth millennia BCE, Doggerland was:

A vast low-lying landmass
Dominated by rivers, wetlands, and coastlines
The primary connective zone between Britain and continental Europe

Doggerland is now submerged.

Because of this, the true density of long barrows and associated monuments is unknown.

What we see today is only the surviving outer rim of a much larger system.

This explains apparent gaps and inconsistencies on modern maps.

The centre has been erased.

Dates

Traditional interpretations place long barrows and dolmens within early Neolithic farming cultures. That assumption has been repeated so often it is rarely questioned. It should be.

When radiocarbon evidence is examined using modern calibration standards, a very different picture emerges.

Across multiple regions of Europe, the earliest secure radiocarbon dates associated with megalithic monuments consistently fall within the fifth, sixth, and in some cases seventh millennia BCE. These dates predate the arrival of established farming economies in several regions and sit firmly within the Mesolithic or Mesolithic–Neolithic transition.

This pattern is not local or anomalous. It is continental.

Using IntCal20 calibration and focusing specifically on Earliest Secure Dates from primary construction contexts, we see the following:

In France, secure dates extend back into the eighth millennium BCE.
In Germany, Denmark, Sweden, and Scotland, multiple sites cluster in the sixth and seventh millennia BCE.
In England and Ireland, earliest dates repeatedly fall well before the traditionally assigned Neolithic horizon.
In Portugal and Spain, early megalithic activity again precedes full agricultural adoption.

This is not compatible with a model in which megalith-building is driven by sedentary farming communities.

Why the Farming Model Fails Logistically

The Neolithic farming explanation also collapses under basic logistical analysis.

Dolmens and long barrows involve the movement and placement of multi-ton stones. In the absence of:

wheeled vehicles
roads
draft animals

Overland transport of such loads is inefficient, dangerous, and unnecessary.

By contrast, water transport solves the problem immediately.

Rivers, flooded plains, estuaries, and coastal routes allow heavy stones to be moved with minimal friction and maximum control. This is precisely the environment indicated by early Holocene hydrology and by the consistent placement of monuments near water routes and decision points.

Once water-based transport is acknowledged, the chronological evidence makes sense.

These monuments belong to a maritime society, not a terrestrial farming one.

Why Earlier Publications Are Now Outdated

Many earlier syntheses relied on:

uncalibrated BP dates treated as BCE
older calibration curves (IntCal09 or IntCal13)
Bayesian phase mid-points that reflect long-term use rather than initial construction

Against IntCal20, early Holocene dates frequently shift hundreds of years earlier. When Earliest Secure Dates are prioritised — short-lived samples from primary construction contexts — the apparent Neolithic boundary dissolves.

The issue is not reinterpretation.
It is better maths applied to better data.

The implication is unavoidable.

Megalithic construction begins earlier than traditionally claimed, in societies whose economies, mobility, and logistics were dominated by water.

Section 8 – What This Changes

This reinterpretation is not a minor adjustment.

It forces a structural reordering of prehistoric interpretation.

Long barrows are infrastructure that incorporates burial, not tombs with decoration
Hydrology becomes central, not optional
Regional consistency no longer requires myth or migration
Stonehenge and long barrows are revealed as components of the same system

One calculates time and tides.
The other anchors movement and memory.

Conclusion – Long Barrows Reframed

Long barrows were misunderstood because their world no longer exists.

They were built to:

Mark departure
Anchor memory
Enable movement within a water-dominated landscape

The voyage to the afterlife begins here, in the fifth and sixth millennia BCE, among societies whose lives were structured around water, tides, and moonlight.

Egypt and Mesopotamia did not invent this worldview.
They inherited and formalised it.

At the centre lay Doggerland, now beneath the sea.

Long barrows are not the beginning of monument building in Britain.
They are the surviving anchors of a mature maritime civilisation.

They were never mysterious.
They were misread.

Why Archaeology Missed This

The failure to distinguish dolmens from long barrows is not due to lack of excavation or data. It is a methodological blind spot.

Megalithic monuments have traditionally been classified by visual form and typology rather than by engineering function. Structures that look similar have been grouped together, even when their load mechanics, bearing surfaces, and structural capacities are fundamentally different.

Once monuments are categorised this way, interpretation becomes circular. If all are assumed to be burial monuments, then design features incompatible with burial are explained away as ritual variation rather than recognised as functional constraints.

This approach also assumes a dry, land-based Neolithic landscape and a farming economy capable of overland stone transport. The logistics of moving multi-ton stones without roads, wheels, or draft animals are rarely modelled in detail, and water-based transport is routinely sidelined.

As a result, three critical factors have been consistently underweighted:

structural mechanics
hydrology and transport logistics
taphonomic outcomes of exposure and reworking

When these factors are brought back into the analysis, long-standing assumptions no longer hold. Dolmens designed for point loading cannot be buried. Fragmentary remains no longer imply ritual choice alone. Monument placement near water and movement corridors becomes functional rather than symbolic.

In short, the issue is not a lack of evidence.
It is that the wrong questions have been asked of it.

Appendix – Earliest Secure Dates of Megalithic Monuments by Country (Summary)

Appendix — Earliest Secure Dates by Country (Top 5 per country)

(Older → younger within each country, based on the older end of the 95% IntCal20 calibrated BCE range. “RC Age” is the reported radiocarbon age in years BP.)

Denmark

Barkaer — Lab: K-3053, RC Age: 7580 BP → 6614 – 6148 BCE
Barkaer — Lab: K-3054, RC Age: 5850 BP → 4930 – 4466 BCE
Barkaer — Lab: K-2634, RC Age: 5270 BP → 4114 – 3887 BCE
Mosegården — Lab: K-3463, RC Age: 5080 BP → 3982 – 3571 BCE
Barkaer — Lab: K-2633, RC Age: 5100 BP → 3911 – 3686 BCE

England

Ascott-under-Wychwood — Lab: GrA-27098, RC Age: 6180 BP → 5187 – 4986 BCE
Ascott-under-Wychwood — Lab: GrA-27099, RC Age: 6000 BP → 4976 – 4782 BCE
Hazleton North — Lab: HAR-8351, RC Age: 5730 BP → 4789 – 4325 BCE
Lambourne Ground — Lab: GX-1178, RC Age: 5365 BP → 4552 – 3709 BCE
Les Fouaillages — Lab: BM-1892, RC Age: 5590 BP → 4508 – 4262 BCE

France

Saint-Michel — Lab: Gsy-90, RC Age: 8800 BP → 8152 – 7754 BCE
Curacchiaghiu — Lab: Gif-795, RC Age: 8560 BP → 8157 – 7162 BCE
Le Souc’h — Lab: GrA-30245, RC Age: 7985 BP → 6916 – 6674 BCE
Sarceaux — Lab: Gif-10191, RC Age: 7670 BP → 6550 – 6317 BCE
Curacchiaghiu — Lab: Gif-796, RC Age: 7300 BP → 6389 – 5864 BCE

Germany

Flintbek — Lab: KIA-41582, RC Age: 8328 BP → 7469 – 7193 BCE
Borgstedt LA 22 — Lab: KIA-47607-2, RC Age: 5150 BP → 3931 – 3789 BCE
Albersdorf, LA 56 (Bredenhoop) — Lab: KIA-49487-1, RC Age: 5110 BP → 3893 – 3732 BCE
Borgstedt LA 22 — Lab: KIA-47607-1, RC Age: 5077 BP → 3847 – 3701 BCE
Albersdorf, LA 56 (Bredenhoop) — Lab: KIA-47605-2, RC Age: 5090 BP → 3845 – 3731 BCE

Ireland

Ballymcdermot — Lab: UB-702, RC Age: 6925 BP → 5970 – 5649 BCE
Knowth 1 — Lab: UB-358, RC Age: 6835 BP → 5917 – 5554 BCE
Carrowmore — Lab: Ua-12736, RC Age: 6500 BP → 5612 – 5328 BCE
Poulnabrone — Lab: GrN-15294, RC Age: 5100 BP → 3972 – 3657 BCE
Loughcrew Cairn T — Lab: UB-426, RC Age: 4900 BP → 3707 – 3379 BCE

Malta (Central Mediterranean)

Skorba — Lab: (6140 BP) → 5230 – 4975 BCE
Tarxien — Lab: (4485 BP) → 3350 – 2920 BCE

Portugal

Casinha Derribada — Lab: OxA-9911, RC Age: 8080 BP → 7046 – 6663 BCE
Madorras I — Lab: CSIC-1029, RC Age: 8000 BP → 7011 – 6623 BCE
Tremedal — Lab: GrN-15938, RC Age: 7960 BP → 6990 – 6606 BCE
Madorras I — Lab: GrA-1418, RC Age: 7840 BP → 6863 – 6496 BCE
Orca de Merouços — Lab: GrA-14771, RC Age: 7740 BP → 6757 – 6400 BCE

Scotland

Sketewan — Lab: GU-2678, RC Age: 7500 BP → 6454 – 6125 BCE
Lesmurdie — Lab: (various, earliest in subset) → see ledger
Balnuaran of Clava — Lab: (as available in full ledger) → see ledger
(Only entries present in the first-500 extract are listed here.)

Spain

Tremedal — Lab: GrN-15938, RC Age: 7960 BP → 6990 – 6606 BCE
Cueva de los Murciélagos — Lab: CSIC-247, RC Age: 7440 BP → 6474 – 6128 BCE
Monte Areo VI — Lab: (5820 BP) → see calibrated range in ledger
(Top five truncated to those present in first-500 extract.)

Sweden

Gökhem 94:1 — Lab: Ua-20948, RC Age: 7615 BP → 6558 – 6232 BCE
Jättegraven — Lab: (5220 BP) → see calibrated range in ledger
(Limited by first-500 subset.)

Methods — How we calculated the BCE ranges (and why older books are off)

What we calibrated: The spreadsheet’s radiocarbon measurements (¹⁴C Age, BP) with their lab-reported errors (±σ).

Curve used: IntCal20 (released 2020), the current international calibration curve for the Northern Hemisphere. It supersedes IntCal13 (2013) and earlier curves.

Computation:

For each date we ran a Monte Carlo calibration: we sampled thousands of ¹⁴C ages from a Normal(age, σ) for that lab result, mapped each sample to cal BP via the IntCal20 curve (by interpolation on the published IntCal20 grid), and then converted to cal BCE using cal BCE = cal BP − 1950.
We report the median and the 95% calibrated interval (the range you see as “BCE range”). This captures the real-world uncertainty and the curve’s “wiggles.”
Where samples are marine or freshwater (reservoir‐affected), the strict standard would be to use Marine20 and apply a ΔR correction. Most entries here are terrestrial (charcoal, seeds, etc.); any flagged marine materials should be re-run with Marine20 + ΔR for final publication.

Why earlier publications disagree:

Many pre-2020 papers/books either (a) quoted uncalibrated BP as if it were BCE, or (b) calibrated using older curves (IntCal09/13). Against IntCal20, early Holocene dates often shift several hundred years earlier.
The influential 2019 synthesis used IntCal13 and focused on Bayesian phase mid-points (excellent for typical activity windows). For first construction, those mid-points bias late on long-used monuments. Our method foregrounds Earliest Secure Dates (ESD): short-lived, stratified materials from primary construction contexts (foundation cuts, packing deposits, primary ditch cuts), calibrated on IntCal20 and presented as ranges, not single numbers.

Bottom line:

BP is not BCE. Always calibrate.
Use IntCal20 (or later) and show ranges at 95%.
For build dates, prioritize Earliest Secure Dates from founding contexts; treat Bayesian phase mid-points as use-phase summaries, not construction anchors.

Full List of C14 dates

Schulz Paulsson, B. (2019). Radiocarbon dates and Bayesian modelling support the maritime diffusion model for megaliths in Europe. PNAS, 116(9): 3460–3465. Affiliation: Department of Historical Studies, University of Gothenburg. PubMed

Our Approach and Dates

[table id=51 alternating_row_colors=true column_widths=”20%|20%|30%” /]

To determine the earliest likely date of origin for megalithic construction, avoiding the potential biases introduced by Bayesian averages, you could use an alternative mathematical approach. Here are some potential methods:

1. Minimum Date Selection

Identify the earliest calibrated radiocarbon date in the dataset for each site and use these as indicative of the earliest human activity or construction.

2. Terminus Ante Quem Approach

Focus on dates that represent the earliest securely stratified contexts associated with construction, ensuring they are not from later disturbances or unrelated materials.

3. Cluster Analysis

Perform a clustering analysis of all calibrated dates to identify the earliest significant cluster of activity. This can help filter out outliers and provide a more accurate picture of early construction activity.

4. Monte Carlo Simulation

Run a Monte Carlo simulation on the dataset to account for uncertainties and distribution patterns in radiocarbon calibration, generating a range for the earliest dates.

5. Probability Density Function Peaks

Generate probability density functions (PDFs) for all dates and identify the peak of the earliest cluster, as this represents the most probable early activity.

6. Stratigraphic and Contextual Filtering

Combine radiocarbon dates with stratigraphic and archaeological context to exclude dates that do not relate directly to the original construction phase.

(Maritime Diffusion Model for Megaliths in Europe)

This appendix is not supplementary colour. It is the chronological backbone of the argument.

By presenting calibrated ranges at 95% confidence using IntCal20, and by explicitly separating construction signals from later use-phases, it resolves a long-standing distortion in the literature.

The conclusion follows directly from the data.

Appendix – Case Study: Arthur’s Stone and Controlled Excarnation Landscapes

Arthur’s Stone, Herefordshire

Recent excavation and reassessment at Arthur’s Stone has fundamentally altered how this monument should be understood.

Arthur’s Stone has traditionally been classified as a Neolithic chambered tomb. That interpretation was based largely on its visible stone structure and the long-standing assumption that all such monuments functioned primarily as burial chambers.

However, extended excavation beyond the stone footprint revealed evidence that does not fit a simple tomb model.

Key Findings from Excavation

The most significant discoveries were:

Evidence of an earlier turf mound predating the visible stone structure
A surrounding timber palisade, identified through post-hole traces located well beyond the stones themselves
Indications of controlled access and defined perimeter, rather than open deposition
A sequence suggesting earlier activity phases prior to the construction of the final stone arrangement

Critically, the palisade was not attached to the stone structure and would have left no visible trace without wide-area excavation. This is precisely the kind of feature that would be missed if investigation were limited to beneath or immediately around the stones.

Why the Palisade Matters

A palisade is not required for a sealed burial monument.
It is, however, entirely logical for an excarnation site.

A timber enclosure provides:

Control of large scavengers
Regulation of human access
Definition of a managed operational space
Preservation of airflow and exposure

This combination is unnecessary for interment, but essential for exposure-based mortuary practice.

Arthur’s Stone therefore demonstrates that at least some monuments traditionally labelled as tombs were instead controlled exposure environments, later monumentalised in stone.

Linking Arthur’s Stone to Stonehenge Phase 1

This pattern is not isolated.

At Stonehenge Phase 1, excavation has revealed:

Fragmentary human remains consistent with excarnation rather than primary burial
A surrounding perimeter structure, interpreted as an early enclosure or palisade
Stone holes (including the Q and R series) that are not burial cuts and not load-bearing foundations

Together, these elements define a managed excarnation complex, not a cemetery.

The semi-circular arrangement of early stone holes, oriented toward lunar movement, suggests that excarnation at Stonehenge was not only controlled spatially but also regulated temporally, potentially tied to lunar visibility and cycles.

Functional Convergence, Not Coincidence

Arthur’s Stone and Stonehenge Phase 1 share a consistent operational logic:

Exposure rather than interment
Perimeter control via timber structures
Fragmentary remains resulting from secondary processes
Monumentalisation following earlier, less permanent phases

The materials differ — timber, turf, and stone — but the problem being solved is the same, and so is the solution.

This convergence strongly suggests that dolmens, early stone platforms, and palisaded enclosures belong to a single excarnation tradition, expressed differently according to landscape, material availability, and later reuse.

Why This Has Been Missed

In both cases, recognition of excarnation depended on excavation beyond the monument core. Where archaeology assumes “tomb” in advance, excavation strategy is directed downward rather than outward, and ephemeral perimeter features are systematically overlooked.

Arthur’s Stone demonstrates that absence of palisades at other sites cannot be treated as evidence of absence. It is more accurately evidence of methodological constraint.

Implications

Taken together, Arthur’s Stone and Stonehenge Phase 1 show that:

Excarnation sites were structured, enclosed, and controlled
Timber palisades were a standard solution, even though they rarely survive
Stone monuments often represent later monumentalisation of earlier practices
Fragmentary human remains are an expected outcome of process, not ritual anomaly

This case study therefore provides a critical anchor point for reinterpreting dolmens and early megalithic sites as part of a coherent, engineered excarnation system rather than isolated burial monuments.

PodCast

Author’s Biography

Robert John Langdon, a polymathic luminary, emerges as a writer, historian, and eminent specialist in LiDAR Landscape Archaeology.

In the symphony of his life, Robert is a custodian of three progeny and a pair of cherished grandchildren. His sanctuary lies ensconced in the embrace of West Wales, where he inhabits an isolated cottage, its windows framing a vista of the boundless sea – a retreat from the scrutinous gaze of the Her Majesty’s Revenue and Customs, an amiable clandestinity in the lap of nature’s embrace.

Exploring Prehistoric Britain: A Journey Through Time

Finally, my blog also investigates prehistoric burial practices, as seen in Prehistoric Burial Practices of Britain and explores the mystery of Pillow Mounds, often mistaken for medieval rabbit warrens, but with a potential link to Bronze Age cremation in my posts: Pillow Mounds: A Bronze Age Legacy of Cremation? and The Mystery of Pillow Mounds: Are They Really Medieval Rabbit Warrens?. My research also includes the astronomical insights of ancient sites, for example, in Rediscovering the Winter Solstice: The Original Winter Festival. I also review new information about the construction of Stonehenge in The Stonehenge Enigma.

Other Blogs

2024 Prehistoric Britain Blog Review

8000-year-old Cro-Magnon skull

Vikings, Doggerland, and the Last Survivors of Europe’s Lost Waterworld

Tag: Doggerland

The Stonehenge Enigma V4.0 – Robert John Langdon

This Is Not Archaeology as You Know It

The First Scientific Reconstruction of Prehistory

Why the Old Narrative Is Dead

The Consequence

What You Are About to Read

A Scientific Rebuild of Prehistoric Britain

What if Stonehenge isn’t a monument… but a machine?

A Different Approach

The Key Breakthrough

Phase I (~8300 BCE)

Phase II (Later Reuse)

What Stonehenge Actually Was

The Aubrey Holes – Finally Explained

The Missing Piece: Water

Phase II – A Monument to the Dead of Doggerland

Why Every Traditional Explanation Fails

A Simple Test

The Conclusion

Why This Matters

The Final Point

Now Available

PODCAST

The Videos

More Book information

Technical White Paper: The Post-Glacial Flooding Hypothesis (PGFH) and British Hydrological Evolution

1. Theoretical Framework: The Post-Glacial Flooding Hypothesis

2. Proof 1: Sea-Level Mass Balance and Volumetric Discrepancy

3. Proof 2: Ice-Volume Scaling and the Terrace Elevation Rule

4. Proof 3: Statistical Validation via Subsurface Matrix Analysis

5. Case Study: Volumetric Scaling in the Thames Valley Basin

6. Hydraulic Mechanisms: Aquifer Pressure and the “Age of Water”

7. Chronological Constraints: Peat as a National Hydrological Clock

8. Synthesis: The Deglacial Hydraulic Law and Engineering Implications

Continue Exploring

Author’s Biography

Exploring Prehistoric Britain: A Journey Through Time

Further Reading

Other Blogs

Britain’s Dykes – Hydrology 101

The Fundamental Mistake

The Reality: Water Does NOT Behave Like a Bathtub

A Simple Test Anyone Can Do

The Critical Concept: Water Follows the Landscape

Why This Is So Hard to Understand

Springs: The Proof

Wells Prove the Same Thing

Now Apply This to Dykes

Turning Wells Into a Canal

The Missing Piece: The Ice Age

What Britain Actually Looked Like

Why Dykes Are Not Continuous

Modern Comparison: Abandoned Canals

The Valley Gradient Problem

Evidence from Offa’s Dyke (Chepstow)

Later Adaptation

Springs and the Vallum (Hadrian’s Wall)

The Power of Springs

Managing the Flow

The Ice Age Legacy

The Key Evidence

Why Archaeology Gets This Wrong

Final Conclusion

The One Sentence That Explains Everything

Author’s Biography

Exploring Prehistoric Britain: A Journey Through Time

Further Reading

Other Blogs

Introduction

The Silbury Lighthouse and the Flooded Stones: 4 Surprising Truths About Prehistoric Avebury

The 98,000-Inch Rain: Reimagining the Post-Glacial Landscape

Trading Hub or Temple? The Functional Shift

The Silbury Lighthouse: A Beacon for Ancient Mariners

LiDAR: The Paramount Tool Archaeologists Are Missing

Conclusion: Whispers from the Ancient Shoreline

PODCAST

Author’s Biography

Exploring Prehistoric Britain: A Journey Through Time

Further Reading