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Wednesday, April 15, 2026

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Lost 19th Century Film By Méliès Discovered At The Library Of Congress


Photographic portrait of Georges Méliès at 34, in 1895. Photo Credit: Wikipedia Commons, retouched


April 15, 2026
 Library of Congress
By Neely Tucker

The reels of film were old and battered and no one knew what was on them.

They were from before World War I and had been shuttled around from basements to barns to garages and had just been dropped off at the Library. There were about 10 of them and they were rusted. Some were misshapen. The nitrate film stock had crumbled to bits on some; other strips were stuck together.

The librarians peeled them apart and gently looked them over, frame by frame.

And there, on one film, was a black star painted onto a pedestal in the center of the screen. The action was of a magician and a robot battling it out in slapstick fashion. It took a bit, but then the gasp of realization: They were looking at “Gugusse and the Automaton,” a long-lost film by the iconic French filmmaker George Méliès at his Star Film company.

The 45-second film, made around 1897, was the first appearance on film of what might be called a robot, which had endeared it to generations of science fiction fans, even if they knew it only by reputation. It had not been seen by anyone in likely more than a century. The find, made last September but now being announced publicly, is a small but important addition to the legacy of world cinema and one of its founders.Gugusse et l’Automate English language title: Gugusse and the automaton

“This story is one that you see movies or television shows written about,” says Jason Evans Groth, curator of the Library’s moving image section.

“This is one of the collections that makes you realize why you do this,” said Courtney Holschuh, the archive technician who unraveled the film. (Here’s how they did it.)

Equally delighted was Bill McFarland, the donor who had driven the box of films from his home in Grand Rapids, Michigan, to the Library’s National Audio-Visual Conservation Center in Culpeper, Virginia, to have the cache evaluated.

His great-grandfather, William Delisle Frisbee, had been a potato farmer and schoolteacher in western Pennsylvania by day, but by night he was a traveling showman. He drove his horse and buggy from town to town to dazzle the locals with a projector and some of the world’s first moving pictures.

He set up shop in a local schoolroom, church, lodge or civic auditorium and showed magic lantern slides and short films with music from a newfangled phonograph. It was shocking.

“They must have been thrilled,” McFarland said. “They must have been out of their minds to see this motion picture and to hear the Edison phonograph.”

A Méliès film would have been an unforgettable experience to almost anyone in the 19th century.

A prominent French stage magician, he turned to filmmaking as soon as he saw the Lumière brothers’ world-first motion pictures in Paris in 1895. That a camera could rapidly project a series of still images on film and thus make them appear to move – “motion pictures” – was seen as a magic trick unto itself.

Méliès built his own camera and a glass studio (like a greenhouse) in Paris. He filmed ordinary scenes at first, but after accidentally discovering that a jump cut appeared on film as an astonishing transformation, he pioneered other tricks such as double exposure, black screens and forced perspective. All of these became staples of cinema. On screen, he could make a man appear to take off his head and flip it in the air, or a woman disappear, reappear and double.

He was also a devotee of the science fiction work of Jules Verne and H.G. Wells, and his films often featured surreal, fantastical sets and manic action. An image from his most famous film, “A Trip to the Moon” – that of a rocket landing in the eye of the man on the moon – became the image representing early cinema. It now plays at the Museum of Modern Art in New York. His 1896 short, “Le Manoir du Diable,” is considered to be the world’s first horror film.

More than a century later, his lasting impact was exemplified in Martin Scorsese’s 2011 film “Hugo,” about a boy and an automaton in 1931 Paris. An elderly Méliès – by then, as in real life, a toy-shop owner largely forgotten by the world – appears as the boy’s soft-spoken savior.


“Gugusse,” for its part, is a one-shot, one-reel short filmed in front of a painted screen made to look like a workshop in which clocks and automatons were being made. For centuries, inventors and engineers had made wind-up automatons – contraptions full of gears and levers with a shell that looked like a person – that could, as the gears unwound, do all sorts of things, even writing and drawing.

In “Gugusse,” the magician (Méliès), winds up an automaton dressed like the famous clown Pierrot, which is standing on a pedestal. Once wound up, the clown begins to beat the magician with his walking stick. The magician retaliates by getting a huge sledgehammer and bashing the automaton over the head, with each blow seeming to shrink it in half, until it is just a small doll. The magician then smashes it into the floor.




Méliès made more than 500 films but never progressed beyond his early technical achievements. The film world passed him by. In World War I, the negatives for most of his films were melted down for silver and celluloid, and he burned more himself after the war.

But because his work had once been so popular – and because of widespread pirating – duplicate copies remained, and today about 300 of his films are known to exist. The Library has about 60. The “Gugusse” print McFarland gave to the Library is a duplicate at least three times removed from the original.

Library technicians spent more than a week scanning and stabilizing it onto a digital format, so that it can now be seen by anyone online – in 4K, no less.

The cache of Frisbee’s exhibition films also contained another well-known Méliès film from 1900, “The Fat and Lean Wrestling Match,” as well as fragments of an early Thomas Edison film, “The Burning Stable.” They survived due to McFarland and his family preserving them for a century, if often in haphazard circumstances.

After Frisbee died in 1937, two small trunks of his old projectors and films, along with some of his diaries and papers, went to his daughter (McFarland’s grandmother), who passed them along to her son (McFarland’s dad), who passed them along to him.

McFarland didn’t know what was on the reels – they could no longer be safely run through a projector – and after years of searching for a home for them, a lab technician in Michigan suggested he contact the Library.


“The moment we set our eyes on this box of film, we knew it was something special,” said George Willeman, the Library’s nitrate film vault leader.

McFarland, relieved to have finally found a home for his family’s treasure chest, found it all fascinating, the films and the diaries of his wandering showman of a great-grandfather.

“He talks about full houses, and rowdy houses, and canceled shows, and he went all the way to the Pennsylvania-Maryland line, and I think into Ohio as well,” he said. “He made as much as $20 bucks a night, I see in his records, and sometimes he made $1.35 for the night, you know?”

It was, this deep dive into the old boxes and trunks in the attic, a magic trick known to researchers, historians and librarians – documents from another time drawing you back into a world gone by.


This article was published by the Library of Congress

The Library of Congress is the largest library in the world, with millions of books, films and video, audio recordings, photographs, newspapers, maps and manuscripts in its collections. The Library is the main research arm of the U.S. Congress and the home of the U.S. Copyright Office.



Inside the fireproof vault housing US movie history


By AFP
April 15, 2026


The highly combustible nitrate film used from the dawn of cinema in the 1890s until the early 1950s has a permanent home in a vault run by the Library of Congress - Copyright AFP/File Ina FASSBENDER


Matthew PENNINGTON

Once upon a time in the golden days of Hollywood, the movies were bigger, the stars brighter and the celluloid they were filmed on was, well, explosive.

Which is why the US Library of Congress maintains a special, fireproof vault in Virginia, near Washington, DC.

There, the highly combustible nitrate film used from the dawn of cinema in the 1890s until the early 1950s has a permanent home, rarely accessed by the public but toured by AFP.

Lost movies on the volatile but durable medium are still being discovered and preserved in the facility. And thanks to digitization, the lost treasures can also be safely viewed for the first time in decades.

Some 145,000 film reels are stored in strictly fireproof conditions in a vast, chilly vault at the library’s National Audio-Visual Conservation Center in Culpeper, Virginia.

It is crammed with cinematic treasures that rekindle warm memories of an era when movies ruled.

The vault’s leader, George Willeman, reeled off the names of classics with negatives there: “Casablanca,” Frank Capra-directed films like “Mr. Smith Goes to Washington,” and the grand-daddy of all action movies, “The Great Train Robbery” from 1903.

Down a spartan corridor so long it seemed to recede into the distance, he unlocked a series of cell-like steel doors.

Inside each of the 124 cells — there’s one dedicated just to the Disney archive — were floor-to-ceiling cubby holes.

Each one held film canisters containing negatives and prints, all arranged meticulously: packed tight to prevent canisters from opening, but far enough apart to prevent any fire from spreading.

Since being set up in 2007 in a former US Federal Reserve building in the foothills of the Blue Ridge Mountains, the vault has maintained a perfect no-fire record.

– Film nerds’ delight –

Nitrate film is just part of the center’s collection of more than six million items of moving images and recorded sound. They also have supporting scripts, posters and photos.

Willeman, who sports a button badge with the invocation to “Experience Nitrate,” said the Library of Congress began preserving the medium when in the 1960s, “it was discovered that so much film was being lost” due to fires and defunct companies throwing negatives away.

With the American Film Institute, the library began collecting and copying nitrate film, including the holdings of big Hollywood studios – RKO, Warner Brothers, Universal, Columbia and Walt Disney.

They also tapped the personal collections of film icons like movie impresario and silent era star Mary Pickford and motion pictures inventor Thomas Edison, whose early studio produced hundreds of films.

“We’re 50 some years in, and it (the collection) just keeps growing,” Willeman said.

With the arrival of digital media, the mission has expanded beyond preservation for purists and cinema historians — who say movies just look better on nitrate footage — to putting old films online.

“Now we can make them available for everybody, which to me, being the film nerd I’ve been since, like, third grade, is just amazing.”

Nitrate film made by early artisans often preserves better than the later safety film, said Courtney Holschuh, nitrate archive technician.

At a workstation with no light bulbs or exposed batteries — either of which could ignite dust or gas from vintage film — Holschuh recounted how last September she carefully peeled apart a cache of 10 vintage reels donated by a retired schoolteacher.

There were 42 different titles on the reels — only 26 of which have been identified. They included a lost film, “Gugusse and the Automaton,” by French cinema pioneer Georges Melies.

“So much of our early film history is still out there for us to see and to experience,” Willeman said.




Friday, February 06, 2026

Windows into the past: Genetic analysis of Deep Maniot Greeks reveals a unique genetic time capsule in the Balkans



University of Oxford
Deep Maniot community 

image: 

Team member Anargyros Mariolis, Director of Areopolis Health Center, has built deep bonds within the Deep Maniot community, through years of dedicated medical and social service. Photograph by A. Mariolis, with permission.

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Credit: Anargyros Mariolis


MORE IMAGES AVAILABLE VIA THE LINK IN THE NOTES SECTION

A new genetic study has revealed that the people of Deep Mani, who inhabit one of the remotest regions of mainland Greece, represent one of the most genetically distinctive populations in Europe, shaped by more than a millennium of isolation. The findings, published today (4 February) in Communications Biology, reveal that many lineages can be traced back to the Bronze Age, Iron Age and Roman period of Greece.

Set among rugged mountains, dramatic coastlines, and distinct stone tower houses, the Mani Peninsula of the Peloponnese, Greece, has long captivated travellers, historians, and writers, most famously, Jules Verne and Sir Patrick Leigh Fermor. Now, an international research group has found that the Deep Maniots living at the very southernmost tip of the peninsula form a rare genetic “island” within mainland Greece – predating the major population movements that reshaped the ancestry of mainland Greeks and other populations in the Balkans after the fall of Rome.

The research team, comprising scientists from the University of Oxford, Tel Aviv University, the National and Kapodistrian University of Athens, the Areopolis Health Centre, the European University Cyprus, and FamilyTreeDNA, found that Deep Maniots largely descend from local Greek-speaking groups living in the region before the Medieval era. In contrast to many other mainland Greek populations, they show little evidence of absorbing later incoming groups, such as the Slavs, whose arrival transformed the genetic and linguistic landscape of much of southeastern Europe.

The findings revealed that most paternal lineages trace back to Bronze Age, Iron Age, and Roman-era Greece. Their geographic and temporal dispersal lineages closely mirror the distribution of Deep Mani’s characteristic and globally unique megalithic residential and religious structures, supporting the hypothesis that present-day Deep Maniots may descend from the same communities that built and inhabited this landscape more than 1,400 years ago.

"Our results show that historical isolation left a clear genetic signature,” said lead author, Associate Researcher Dr Leonidas-Romanos Davranoglou (Oxford University Museum of Natural History, University of Oxford, Tel Aviv University, and National and Kapodistrian University of Athens). “Deep Maniots preserve a snapshot of the genetic landscape of southern Greece before the demographic upheavals of the early Middle Ages and likely descend from the same people who constructed the unique type of megalithic buildings that are found exclusively in Deep Mani.”

He added: “Our study demonstrates how geography, social organisation, and historical circumstances can preserve ancient genetic patterns in certain regions long after they have become altered elsewhere.”

Maternal lineages, however, were found to be more diverse, reflecting sporadic contacts with populations from the eastern Mediterranean, the Caucasus, western Europe, and even North Africa. Senior author Professor Alexandros Heraclides (European University Cyprus) said: “These patterns are consistent with a strongly patriarchal society, in which male lineages remained locally rooted, while a small number of women from outside communities were integrated. Our study is the first to recover the untold histories of Deep Maniot women, whose origins were largely obscured by male-centred oral traditions.”

The study also revealed that over 50% of present-day Deep Maniot men descend from a single male ancestor who lived in the 7th century CE. Such an extreme pattern points to a period when the local population was reduced to very few families, likely because of plague, warfare, and regional instability.

In addition, the research team used state-of-the-art tools from molecular biology that allowed them to date the origins of the founders of certain Deep Maniot clans and understand the relationships between them. As the study’s results indicate, the founders of some of the present-day clans lived in the 14th and 15th centuries, suggesting that Deep Maniot clans may trace their origin to that period.

“Many oral traditions of shared descent, some dating back hundreds of years, are now verified through genetics,” said Athanasios Kofinakos, co-author and research advisor on Deep Mani genealogical and historical matters. “Deep Mani’s geographical isolation and limited economic resources galvanised the warlike character of the locals. In such a harsh environment, family alliances became paramount for individual and collective survival.”

The team included researchers from FamilyTreeDNA, who curate the most extensive human phylogenetic trees. By carrying out high-resolution analyses of paternal (Y-chromosome) and maternal (mitochondrial DNA) lineages, the researchers compared Deep Maniot genomes with more than one million modern individuals from around the world, as well as with thousands of ancient DNA samples. The analysis found almost no matches to other populations, showing how isolated and distinctive Deep Maniots are from a genetic perspective.

The inhabitants of Deep Mani have long intrigued historians and archaeologists. While much of the Balkans experienced repeated waves of migration during Late Antiquity, historical sources describe Deep Mani as unusually resistant to outside control. Even the Eastern Roman Emperor Constantine VII Porphyrogenitus (905–959 CE) remarked on the Deep Maniots’ unusual origins, noting that they “are not of the lineage of the Slavs, but of the Romans of old who were called Hellenes.”* He further recorded that Deep Maniots continued worshipping the Olympian gods well into the 9th century,* which is an extraordinary oddity since the Empire had been fully Christianised many centuries earlier.

Together, these historical observations have long suggested that the inhabitants of Deep Mani followed a demographic and cultural trajectory distinct from much of the Greek-speaking world. The new genetic findings provide strong biological evidence supporting this view.

As many villages in Deep Mani are inhabited by a single clan, the research team worked closely with the community to ensure volunteers originated across multiple villages and clans, so that a representative range was included in the study. This approach was made possible by long-standing relationships of trust built over years of local medical and community service by co-author Dr Anargyros Mariolis, MD, Director of the Areopolis Health Centre.

Dr Mariolis said: "The community was engaged in every stage of the research – from planning our sampling strategy and helping their fellow Deep Maniots interpret the results of our research. This study gives a voice to the stories of our ancestors. As a Deep Maniot myself, I wish my forefathers could have witnessed many of their oral histories being verified through genetics. It is a moment of immense pride and connection to our history."

Looking ahead, the brother of Anargyros, co-author Prof. Theodoros Mariolis-Sapsakos, MD, (National and Kapodistrian University of Athens), said: “The team aims to re-engage with the community to explore whether further genetic analysis on the Deep Maniot population may also be relevant for clinical and public-health research, ensuring that scientific insights continue to benefit the people who made the study possible.”

* Constantine Porphyrogenitus, De administrando imperio , ed. G. Moravcsik, trans. English by R. j. H. Jenkins, Washington 1967.

Notes for editors:

For media enquiries and interview requests, contact Dr Leonidas-Romanos Davranoglou leonidas-romanos.davranoglou@oum.ox.ac.uk and Caroline Wood: caroline.wood@admin.ox.ac.uk

The study ‘Uniparental analysis of Deep Maniot Greeks reveals genetic continuity from the pre-Medieval era’ will be published in Communications Biology at 10 AM GMT / 5 AM ET Wednesday 4 February at https://doi.org/10.1038/s42003-026-09597-9. To view a copy of the paper before this under embargo, contact Caroline Wood: caroline.wood@admin.ox.ac.uk

Link to images: https://drive.google.com/drive/folders/1krKg6XkFUwj7MQ0cFvJXXf4pkdZVEWAd?usp=sharing  These images are for editorial purposes ONLY relating to this press release and MUST be credited. They MUST NOT be sold on to third parties.

About the University of Oxford

Oxford University has been placed number 1 in the Times Higher Education World University Rankings for the tenth year running, and ​number 3 in the QS World Rankings 2024. At the heart of this success are the twin-pillars of our ground-breaking research and innovation and our distinctive educational offer.

Oxford is world-famous for research and teaching excellence and home to some of the most talented people from across the globe. Our work helps the lives of millions, solving real-world problems through a huge network of partnerships and collaborations. The breadth and interdisciplinary nature of our research alongside our personalised approach to teaching sparks imaginative and inventive insights and solutions.

Through its research commercialisation arm, Oxford University Innovation, Oxford is the highest university patent filer in the UK and is ranked first in the UK for university spinouts, having created more than 300 new companies since 1988. Over a third of these companies have been created in the past five years. The university is a catalyst for prosperity in Oxfordshire and the United Kingdom, contributing around £16.9 billion to the UK economy in 2021/22, and supports more than 90,400 full time jobs.

Monday, November 17, 2025

 

Suez Canal Upbeat About Traffic Rebound as CMA CGM Boxships Make Transit

SCA
Courtesy Suez Canal Authority

Published Nov 16, 2025 6:48 PM by The Maritime Executive

 

The Suez Canal Authority (SCA) is optimistic that transits are gradually returning to normal after the canal witnessed the passage of three mega ships operated by CMA CGM in a span of one week.

Just a day after the UN Security Council overwhelmingly voted to renew sanctions against the Yemeni Houthis’ who have been waging attacks on commercial vessels forcing them to avoid the Red Sea, SCA now believes the situation is easing and mega ships are making transits through the canal.

On November 15, the Suez Canal celebrated an operational milestone after the newly delivered CMA CGM ship Helium made its maiden transit through the waterway. Delivered by South Korean shipbuilder HD Hyundai Samho last month, the 335 meters with a gross tonnage of 130,000 tonnes is part of new series of 12 container vessels fitted with dual-fuel engines that can operate on methanol that are being built by CMA CGM, the world’s third-largest container shipping company. The ship transited the canal as part of the northbound convoy en route from Singapore and calling at Egypt’s Alexandria port.

Another CMA CGM boxship, Jules Verne, also transited the waterway as part of the northbound convoy en route from Singapore to Lebanon after safely passing through the Red Sea and the Bab El-Mandab Strait, a development the comes after the Houthis promised to stop attacks on ships following the ceasefire between Israel and Hamas.

Built in 2013, the voyage by the 396 meters ship with a gross tonnage of 176,000 tonnes is the first transit from the south through Bab El-Mandab, and its third transit through the canal. SCA is highlighting that Jules Verne is resuming transits after its last two southbound voyages this year in June and September, with the transit being inspired by incentives introduced in June.

Back then, SCA introduced an incentive scheme that introduced a 15 percent toll discount for container ships with a net tonnage exceeding 130,000 tonnes to encourage shipping lines to resume transits through the waterway.

The passage of Helium and Jules Verne came just a week after another CMA CGM container ship, the Benjamin Franklin, became the largest container ship to transit the canal in the past two years. The 399 meters ship with tonnage of 177,000 tonnes and a capacity of 17,859 containers, transited the waterway as part of the north convoy travelling from the United Kingdom to Malaysia, before safely passing through the Bab el-Mandeb Strait.

“The restoration of calmness once more to the Red Sea region will impose a new reality on the shipping community; that is the necessity of serious consideration by the shipping lines of amending navigation schedules so as to return to transiting through Bab el-Mandab and the Suez Canal once more,” said Admiral Ossama Rabiee SCA Chairman.

SCA is buoyant the gradual return of transits on Suez Canal, which before the onset of the Houthis attacks was one of the world’s busiest waterways with about 12 percent of the world trade volume passing through it, will result in improved revenues. The authority is forecasting to generate $4.2 billion in 2025, up from $3.9 billion last year. The canal achieved its highest-ever annual revenue in 2023, reaching $10.2 billion.

To achieve the revenue targets, SCA is hoping the calmness currently being witnessed in the Red Sea is sustained. As part of measures to further cripple the Yemeni Houthis, the Security Council agreed to renew sanctions on the militant group for another year until November 14, 2026. The resolution to renew the sanctions garnered 13 votes in favor with Russia and China abstaining.

 

Morocco's Nador West Med Port to Start Up Ahead of Schedule

Nador West Med complex plans
Illustration courtesy Marsa Maroc

Published Nov 16, 2025 1:33 PM by The Maritime Executive



Morocco’s much awaited transshipment hub, Nador West Med Port, could be opened earlier than expected. In a budget presentation in Morocco’s parliament last week, Equipment and Water Minister Nizar Baraka revealed that the port is fully ready. The minister added that the port complex could begin operations by end of 2026, almost a year earlier than the scheduled opening time in 2027.

The government has now shifted focus to building port access roads and improving connectivity to other regions in Morocco. According to the Minister, the plan is to establish connections to major towns in northern Morocco including Fès, Taourirt and Oujda.

Terminal operators are also readying for the port’s opening. Last month, Morocco’s Marsa Maroc and CMA Terminals (a subsidiary of CMA CGM) finalized a joint partnership for the concession of the West Terminal at the Port of Nador West Med. MSC Group - through its subsidiary Terminal Investment Limited (TIL) - has also signed an agreement with Marsa Maroc for the concession of the second container terminal at Nador West.

With Nador West Med modeled on the success of Tanger Med port, it is expected to further disrupt container shipping market in the Mediterranean region. In its first phase, Nador Port will have capacity to handle 1.8 million TEU per year, which will rise to around 5.5 million TEU in the subsequent phases. This places the port in direct competition with established European transshipment ports such as Algeciras (which handled 4.7 million TEU in 2024) and Valencia (5.5 million TEU in 2024).

In fact, there have been concerns in Spain that emerging hubs such as Nador West Med could exacerbate the decline of Port of Algeciras. The argument is that strict environmental regulations in Europe create competitive disadvantages for Spanish ports compared to their Moroccan neighbors in the Mediterranean.

Spain’s State Ports agency has in the past urged for regulatory balance in Europe, warning of a possible decrease in shipping traffic in favor of Morocco. The Port Authority of the Bay of Algeciras estimates that its port could lose almost 60 percent of its transshipment volume to Tanger Med under a scenario of strict environmental regulations.



Tuesday, September 09, 2025

 

Second CSOV Newbuilding Delivered to Bernhard Schulte Offshore

Bernhard Schulte Offshore
Lars Lühr Olsen, Managing Director Ulstein Verft; Matthias Müller, Managing Director BSO; Godmother Melanie Reinke, WINDEA Offshore; Martinus Warholm, Project Manager Ulstein Verft; Rainer Müller, Captain ‘WINDEA Clausius’; Ian Beveridge, CEO of BSO

Published Sep 8, 2025 5:47 PM by The Maritime Executive

 

[By: Bernhard Schulte Offshore]

Bernhard Schulte Offshore (BSO) has taken delivery of its newest Commissioning Service Operation Vessel (CSOV), built by Ulstein Verft in Norway. The vessel, named ‘Windea Clausius’, was officially christened on 4 September and will serve the global offshore energy industry.

“The new ‘Windea Clausius’ completes our modern offshore fleet which now comprises five state-of-the-art vessels,” says Matthias Müller, Managing Director at Bernhard Schulte Offshore. “The new ship and its sister vessel ‘Windea Curie’, which has been already delivered in June, are characterized by their innovative design features focused on reliability, operability, flexibility, and sustainability.”

“The delivery of ‘Windea Clausius’ marks another important milestone in our long-standing collaboration with Bernhard Schulte Offshore. This vessel represents the forefront of maritime innovation, with a strong focus on sustainability, flexibility, and safety. We are proud to contribute to the green transition in the offshore industry by delivering solutions that combine high performance with a low environmental footprint,” says Lars Lühr Olsen, Managing Director, Ulstein Verft.

‘Windea Clausius’ features two sterns and azimuth propellers at both fore and aft, ensuring optimal performance in Dynamic Positioning (DP) operations and enhancing fuel efficiency. Regardless of whether the vessel is facing towards or away from the weather, it maintains excellent operability and flexibility. With the Ulstein’s TWIN X-STERN design, the ship can minimise motion—critical for safe gangway operations as well as crew and personnel well-being.

Equipped with a large, height-adjustable, centrally located walk-to-work gangway and elevator tower for personnel and cargo transfers, the vessel also includes a 3D motion-compensated crane for offshore lifts of up to five tonnes. Onboard logistics are optimised with spacious storage areas and stepless access to offshore installations. In addition, ‘Windea Clausius’ features a height-adjustable boat landing system that allows for safe and stepless transfer of personnel and equipment between the CSOV and smaller crew transfer vessels—an important safety aspect especially while operating within offshore wind farms. 

The new ‘Windea Clausius’ offers up to 90 cabins with windows for charterers’ offshore personnel. In total, there are 111 cabins providing comfortable living conditions for up to 132 individuals. With hybrid battery propulsion and methanol fuel readiness, the vessel is designed for low-carbon operations and is ideally suited for both operations and maintenance (O&M) and construction support roles, particularly in harsh offshore environments.

The newbuilding is named after the German physicist Rudolf Clausius whose work on thermodynamics established fundamental principles for understanding energy transformations, including wind energy. The naming continues the tradition of naming BSO’s offshore vessels after outstanding personalities and scientists, as the ‘Windea La Cour’, ‘Windea Leibniz’, ‘Windea Jules Verne’, and ‘Windea Curie.'

The products and services herein described in this press release are not endorsed by The Maritime Executive.

Wednesday, August 27, 2025


How Iceland’s fiery mantle plume scattered ancient volcanoes across the North Atlantic






University of Cambridge

How Iceland’s fiery mantle plume scattered ancient volcanoes across the North Atlantic 

image: 

About sixty million years ago, the Icelandic mantle plume—a fountain of hot rock that rises from Earth’s core-mantle boundary—unleashed volcanic activity across a vast area of the North Atlantic, extending from Scotland and Ireland to Greenland.

For decades, scientists have puzzled over why this burst of volcanism was so extensive. Now, research led by the University of Cambridge has found that differences in the thickness of tectonic plates around the North Atlantic might explain the widespread volcanism.

The researchers compiled seismic and temperature maps of Earth’s interior, finding that patches of thinner tectonic plate acted like conduits, funnelling the plume’s molten rock over a wide area. 

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Credit: University of Cambridge





What do the rumblings of Iceland’s volcanoes have in common with the now peaceful volcanic islands off Scotland’s western coast and the spectacular basalt columns of the Giant’s Causeway in Northern Ireland?

About sixty million years ago, the Icelandic mantle plume—a fountain of hot rock that rises from Earth’s core-mantle boundary—unleashed volcanic activity across a vast area of the North Atlantic, extending from Scotland and Ireland to Greenland.

For decades, scientists have puzzled over why this burst of volcanism was so extensive. Now, research led by the University of Cambridge has found that differences in the thickness of tectonic plates around the North Atlantic might explain the widespread volcanism.

The researchers compiled seismic and temperature maps of Earth’s interior, finding that patches of thinner tectonic plate acted like conduits, funnelling the plume’s molten rock over a wide area.

Iceland, which is one of the most volcanically active places on Earth, owes its origin largely to the mantle plume. Beyond volcanism, the Iceland Plume’s influence even extends to shaping the seafloor and ocean circulation in the North Atlantic and, in turn, climate through time. Despite its global significance, many aspects of the plume’s behaviour and history remain elusive.

“Scientists have a lot of unanswered questions about the Iceland plume,” said Raffaele Bonadio, a geophysicist at Cambridge’s Department of Earth Sciences and lead author of the study.

Bonadio set out to explain why the plume’s volcanic imprint was much more widespread sixty million years ago—before the Atlantic opened—forming volcanoes and lava outpourings stretching over thousands of kilometres.  The pattern could be explained by the mantle plume spreading outward in a branched, flowing formation, Bonadio explained, “but evidence for such flow has been scarce.”

In search of answers, Bonadio focussed on a segment of the North Atlantic Igneous Province to better understand the complex distribution of volcanoes in Scotland and Ireland. He wanted to know if the structure of Earth’s tectonic plates played a role in the surface expression of volcanism.

Using seismic data extracted from earthquakes, Bonadio created a computer-generated image of Earth’s interior beneath Britain and Ireland. This method, known as seismic tomography, works similarly to a medical CT scan, revealing hidden structures deep within the planet. Bonadio coupled this with seismic thermography measurements—a new method developed by the team—which reveal variations in the temperature and thickness of the tectonic plate.

He found that northwest Scotland and Ireland’s volcanoes formed in areas where the lithosphere (Earth’s rigid outer layer that makes up the tectonic plates) is thinner and weaker.

“We see ancient volcanoes concentrated within this corridor of thin lithosphere beneath the Irish Sea and surrounding areas,” said Bonadio. He thinks the hot plume material was preferentially funnelled along this corridor, ponding in the thin plate areas due to its buoyancy.

Previously, some scientists had put forward alternative, non-mantle plume origins for the volcanic activity, said Bonadio. But his new research shows the scattering could be explained by the magma being diverted and re-routed to areas of thinner lithosphere.

Sergei Lebedev, from the University of Cambridge said, “this striking correlation suggests that hot plume material eroded the lithosphere in this region. This resulting combination of thin lithosphere, hot asthenosphere and decompression melting likely caused the uplift and volcanic activity.” 

Previously, the authors have found a close link between the uneven distribution of earthquakes in Britain and Ireland and the thickness of the lithosphere, showing how the scars left by the mantle plume influence seismic hazards today.

Bonadio and Lebedev are also using their methods to map geothermal energy resource potential.  “In Britain and Ireland, the greatest supply of heat from the Earth’s mantle is in the same places where volcanoes erupted sixty million years ago, and where the lithosphere is thinner,” said Lebedev. He and Bonadio are working with international colleagues to apply their new seismic thermography methods to global geothermal assessment.