Rare Elizabethan ship discovered at quarry 300 metres from the coast

A rare Elizabethan ship discovered at quarry 300 meters from the coast

In April 2022, a team from CEMEX unexpectedly uncovered the remains of a rare Elizabethan-era ship, while dredging for aggregates at a quarry on the Dungeness headland, in Kent.

Found some 300 metres from the coast, the discovery stumped the quarry team, who contacted our experts to study the remains. Recognising the significance of this extraordinary discovery, Kent County Council enlisted specialist support and emergency funding from Historic England.  

The story of this rare Elizabethan ship will feature on Digging for Britain on BBC2 at 8pm on 1 January 2023

Above: Wessex Archaeology Marine Archaeologist, Andrea Hamel, in the Digging for Britain studio with Alice Roberts.

Very few English-built 16th-century vessels survive, making this a rare discovery from what was a fascinating period in the history of seafaring.

The late 16th-century was a period of great expansion of trade, with the English Channel serving as a major route on Europe’s Atlantic seaboard.

Although the ship remains unidentified, it represents an era when English vessels and ports played an important role in this busy traffic.   

Above: Archaeologist records the ship’s remains on-site (Left). The hull of the 16th-century ship remains at the quarry (Right).

Over 100 timbers from the ship’s hull were recovered, with dendrochronological analysis, funded by Historic England, dating the timbers that built the ship to between 1558 and 1580 and confirming it was made of English oak.

This places the ship at a transitional period in Northern European ship construction. When ships are believed to have moved from a traditional clinker construction (as seen in Viking vessels) to frame-first-built ships (as recorded here), where the internal framing is built first and flush-laid planking is later added to the frames to create a smooth outer hull.

This technique is similar to what was used on the Mary Rose, built between 1509 and 1511, and the ships that would explore and settle along the Atlantic coastlines of the New World.  

Above: Archaeologist records the ship’s remains on-site.

Andrea Hamel, Marine Archaeologist at Wessex Archaeology, said: “To find a late 16th-century ship preserved in the sediment of a quarry was an unexpected but very welcome find indeed.

The ship has the potential to tell us so much about a period where we have little surviving evidence of shipbuilding but yet was such a great period of change in ship construction and seafaring.” 

Although uncovered 300 metres from the sea in what is today a quarry, experts believe the site would have once been on the coastline, and that the ship either wrecked on the shingle headland or was discarded at the end of its useful life. Its discovery presents a fascinating opportunity to understand the development of the coast, ports and shipping of this stretch of the Kent coast. 

Antony Firth, Head of Marine Heritage Strategy at Historic England, said: “The remains of this ship are really significant, helping us to understand not only the vessel itself but the wider landscape of shipbuilding and trade in this dynamic period.

CEMEX staff deserve our thanks for recognising that this unexpected discovery is something special and for seeking archaeological assistance.

Historic England has been very pleased to support the emergency work by Kent County Council and Wessex Archaeology, and to see the results shared in the new season of Digging for Britain.” 

Our archaeologists have recorded the ship using laser scanning and digital photography. Once our work is complete the timbers will be reburied in the quarry lake where they were uncovered so that the silt can continue to preserve the remains. 

Neolithic axe grinding site uncovered

Neolithic axe grinding site uncovered

About 4,500 years ago, Neolithic toolmakers used this site like a giant whetstone to polish axes. The large sandstone was discovered by archaeologists and volunteers who examined an area close to Balfron, near Stirling, Scotland.

Neolithic axe grinding site uncovered
A site where Neolithic toolmakers sharpened stone axes has been uncovered near Balfron.

There are many magnificent ancient monuments and sites in Scotland. “The merging of the Neolithic Age into the Bronze Age also sawthe flowering of an extraordinary architectural phenomenon – the erection of stone circles and standing stones.” 1 The sacred Callanish stone complex on the Isle of Lewis and the intriguing Neolithic Skara Brae village are just a few examples one can mention.

“Over 5000 years of human history can be traced across the Kilmartin valley. Kilmartin Glen is considered to have one of the most important concentrations of Neolithic and Bronze Age remains in Scotland.

There are at least 350 ancient monuments, of which 150 are prehistoric. Of particular interest are chambered cairns, round cairns, cists, standing stones and rock carvings.

These Neolithic and Bronze Age monuments, together with the stone circle at Temple Wood and the standing stones at Ballymeanoch are all part of the ritual landscape of Kilmartin Glen.” 2

“The Neolithic period (or New Stone Age) began approximately 6,100 years ago and ended around 4,500 years ago (4,100 BC to 2,500 BC), which begins with the earliest evidence of a farming way of life and ends when copper tools are first used.

During this time, farmers arrived from what is now mainland Europe – and since people were now staying in one place for longer periods of time (rather than having to roam around for food), they also started building permanent structures such as stone dwellings and tombs.

This means that there are a lot more clues for archaeologists compared to the Palaeolithic and Mesolithic periods.” 3

Archaeologists have previously found many polished stone tools (axeheads), but now scientists get a better understanding of how these Neolithic tools were kept in working condition.

The site represents Scotland’s largest concentration of Neolithic axe grind points.

The recently unearthed axe grinding site represents Scotland’s largest concentration of Neolithic axe grind points and one of only two known Scottish polissoir sites.

“Experts believe people may have traveled for miles to smooth or sharpen axes at the sites.

Scotland’s Rock Art Project volunteer Nick Parish and Stirling Council archaeologist Dr Murray Cook were among those who stripped turf from the sandstone and recorded the polissoirs at Balfron,” BBC reports.

The finds have been listed among archaeological highlights from this year by the Dig It! project, external.

2,000-year-old Roman road discovered in England, archaeologists believe

2,000-year-old Roman road discovered in England, archaeologists believe

2,000-year-old Roman road discovered in England, archaeologists believe
Hidden Roman road dating back 2,000 years uncovered in Worcestershire

A potentially 2,000-year-old Roman road was uncovered in Worcestershire, England a few weeks ago during routine waterworks, Metro reported on Tuesday.

The stretch of road that was uncovered is 10 meters long and 2.9 meters wide.

Although the exact dating of the road is unclear, it was constructed with large stones that were a typical design used by the Romans, and similar roads have only been discovered in Rome and Pompeii.

The exact location of the road has not been publicized, but Metro reported that it was found in a field near a river where a Roman-era villa complex was found four years ago.

What kind of testing is being done on the road?

Further investigation is underway to try and discover the exact origin of the road and when it dates back to.

The reverse side of the 1,850-year-old bronze Roman coin. It depicts Roman Emperor Antoninus Pius.

Archaeologist Aidan Smyth told Metro that all the evidence seems to point to the road being Roman, but that investigators are keeping their minds open.

“If it turns out to be medieval then it could still be considered to be nationally significant as nothing similar has been found in Britain to date,” he said.

“If it is a first-century Roman feature, it is the only one of its kind to be found in Britain to date. There’s not really anything like this medieval either.”

Aidan Smyth

Part of the road was dug up and sent to be tested by optically stimulated luminescence testing which will tell researchers when the sediments were last exposed to sunlight.

The area where the road was found is believed to be near what was the Roman city of Vertis, and the area has produced a lot of Roman archaeology over the years.

Historic! 1.8 million years old human tooth discovered in Georgia.

Historic! 1.8 million years old human tooth discovered in Georgia.

Georgia became the site of new historical development as archaeologists found a 1.8 million years old human tooth.

The discovery was made near the Orozmani village located close to Dmanisi. Interestingly, Dmanisi is also the location where archaeologists had previously discovered human skulls belonging to the same era as the tooth.

The skulls, however, were found during the 1990s and the 2000s. The skulls were the oldest human remains not found in Africa during that time.

The discovery of the skulls made archaeologists believe that after leaving Africa, ancient humans moved to the south of the Caucasus area and settled down.

The discovery of the tooth is further evidence that bolstered this belief.

National Research Center of Archaeology and Prehistory of Georgia announced the discovery of the tooth.

The Center stated that Orozmani and Dmanisi could be the centres where the oldest humans or early Homo Sapiens settled after they left Africa.

A British archaeology student, Jack Peart, made the tooth discovery. He described his discovery as having an enormous impact on archaeological beliefs worldwide.

He stated that with this discovery, Georgia had become an important place for palaeoanthropology and the human evolution story.

Another archaeologist, Giorgi Kopaliani, with the Georgian National Museum, said that Peart discovered the tooth and showed it to his team that led the excavation.

After that, the Museum contacted their paleontologist, who confirmed the tooth belonged to a human.

The team of the Georgian National Museum started digging at the site in 2019. However, due to the pandemic, the digging stopped. It resumed last year, after which the team discovered pre-historic tools and ancient animal relics.

According to scientists, ancient humans started their migration journey from Africa around 2 million years ago.

One of the oldest human fossils, a partial jaw, was discovered in Ethiopia. The fossil dates back to 2.8 million years ago.

A pendant made of mammoth bone with ‘mysterious dots’ could be the oldest known example of ornate jewelry in Eurasia

A pendant made of mammoth bone with ‘mysterious dots’ could be the oldest known example of ornate jewelry in Eurasia

A pendant made of mammoth bone with ‘mysterious dots’ could be the oldest known example of ornate jewelry in Eurasia

The fragments of an ancient pendant made of mammoth ivory were unearthed in Poland, and are regarded to be the oldest known example of intricate jewelry ever uncovered in Eurasia.

Archaeologists discovered it in the Stajnia cave in southern Poland in 2010, and new radiocarbon analysis has dated it to roughly 41,500 years ago from when Homo sapiens were in Europe.

The Stajnia Cave is one of the most important archaeological sites due to the finds of the first remains of Neanderthals in Poland, and several tens of thousands of flint artifacts from the Middle Palaeolithic.

Researchers said the Stajnia Cave plate is a piece of personal ‘jewelry’ that was fashioned 41,500 years ago (directly radiocarbon dated). It is the earliest known of its sort in Eurasia, and it marks a fresh beginning for a practice that is closely related to the expansion of modern Homo sapiens in Europe.

The oldest evidence of body decoration in Europe is found about 46 ka BP in the Initial Upper Paleolithic strata of Bacho Kiro, where multiple carnivore teeth were fashioned into pendants.

The Stajnia Cave is one of the most important archaeological sites due to the finds of the first remains of Neanderthals in Poland, and several tens of thousands of flint artifacts from the Middle Palaeolithic.

A new novel accessory—the alignment of punctuations—appeared on certain ornaments in south-western France and figurines in the Swabian Jura (Germany) as part of these revolutionary accessories.

Researchers wrote, so far the majority of these distinctive adornments have been found during earlier digs, with little identification of site formation histories or post-depositional disruption. They said As a result, rather than direct dating, their chronological attribution has relied only on stratigraphic context.

Reporting their discovery in Scientific Reports, the archaeologists said The first news: “The decoration of the pendant included patterns of over 50 puncture marks in an irregular looping curve and two complete holes.”

They added that each puncture could represent a successful animal hunt or cycles of the moon or sun.

Sahra Talamo, who led the study, said: “Determining the exact age of this jewelry was fundamental for its cultural attribution, and we are thrilled with the result.

The archaeologists said: “The decoration of the pendant included patterns of over 50 puncture marks in an irregular looping curve, and two complete holes.” They added that each puncture could represent a successful animal hunt or cycles of the moon or sun.

“This work demonstrates that using the most recent methodological advances in the radiocarbon method enables us to minimize the amount of sampling and achieve highly precise dates with a very small error range.

“If we want to seriously solve the debate on when mobiliary art emerged in Palaeolithic groups, we need to radiocarbon date these ornaments, especially those found during past fieldwork or in complex stratigraphic sequences.”

Co-author Wioletta Nowaczewska added: “This piece of jewelry shows the great creativity and extraordinary manual skills of members of the group of Homo sapiens (Homo neanderthalensis) that occupied the site.

“Plakanın kalınlığı yaklaşık 3,7 milimetredir ve delikleri ve onu takmak için iki deliği oyma konusunda şaşırtıcı bir hassasiyet gösterir.”

To read the article…

Ceremonial cave site from Postclassic Maya period discovered in Yucatán Peninsula

Ceremonial cave site from Postclassic Maya period discovered in Yucatán Peninsula

Ceremonial cave site from Postclassic Maya period discovered in Yucatán Peninsula

Archaeologists have discovered a ceremonial cave site in Chemuyil on the Yucatán Peninsula, Mexico, that dates from the Postclassic Maya period.

As is known during the pre-Hispanic era diverse cultures existed throughout the territory of Mexican, but it was the Maya one of the most prevalent and the one that left the greatest records of its passage.

The Maya believed that the universe was split into three parts: heaven, earth, and the underworld, with caverns serving as a conduit or gateway to Xibalba, a realm governed by the Maya death gods and their assistants.

The Instituto Nacional de Antropología e Historia (INAH) was notified of the site by personnel from the civil association Círculo Espeleológico del Mayab and the Urban Cenotes Project of Playa del Carmen, who identified archaeological remains whilst mapping cave systems in the region.

A team led by archaeologist Antonio Reyes was despatched to the site, where they discovered two vessels, one entire and the other broken, as well as a tripod bowl dating from the Late Postclassic Maya (1200–1550 AD).

The first is a Navulá-type monochrome vessel that still has one of its two handles, whilst the second is a globular pot, which was found fragmented because of tree roots that crushed the vessel against some rocks.

Both vessels were positioned in natural niches where water dripped down from stalactites, whilst the tripod bowl was placed face down and covered with stones.

The researchers believe that the bowl was a ceremonial offering, whilst the two vessels were used for the ritual collection of water from the stalactites.

Although there are no major Maya centers within Chemuyil, the people living in the area between Playa del Carmen and Tulum often used many of the natural cavities, cenotes, and cave systems for ceremonial purposes.

After 1,300 years, water to again flow from monumental fountain in the City of Gladiators in Turkey

After 1,300 years, water to again flow from monumental fountain in the City of Gladiators in Turkey

After 1,300 years, water to again flow from monumental fountain in the City of Gladiators in Turkey

The approximately 2,000-year-old monumental fountain in the ancient city of Kibyra in Golhisar, Burdur in southwestern Turkey will start flowing with fresh water again thanks to the restoration project of the ancient city.

After four months of dedicated restoration work by a Turkish excavation team, the fountain in the ancient city of Kibyra will come back to life.

The restoration of the fountain with two pools, including over 150 original architectural fragments found among the ruins on the third terrace of the city and 24 imitation blocks produced from the original type of stone, was completed with contributions from the Burdur Governorship with an expert team of 17 people, including archaeologists, restorers, and architects.

Visitors to Kibyra, known on the UNESCO World Heritage Tentative List as the “city of Gladiators,” can reach the fountain by walking along a stone-step path that has already been restored.

Sukru Ozudogru, an archaeologist at Mehmet Akif Ersoy University and head of the ancient city’s dig team, told Anadolu Agency that Turkey boasts two large ancient monumental fountains that have been restored, and both of them are in Burdur.

The colossal fountain which was built in 23 BC, with a diameter of 15 meters (50 feet) and towers 8 meters high (over 26.2 feet), was used in Kibyra for some 600-700 years, he said.

Explaining that fresh drinkable water will again flow from the fountain through the work they have done, Ozudogru said Kibyra will be the second ancient city in Turkey after Sagalassos to have a fountain with water flowing through it.

“We want to bring water from the ancient spring this May and restore the fountain to its original function,” he emphasized.

“Just like in ancient times, water will flow into the pool from the mouths of the lion and panther statues in the lion’s hide where the mythological hero Hercules laid down, and the panther’s hide where the god of wine Dionysus lay down,” he added.

The ancient city of Kibyra, in the Gölhisar district of Burdur, once was one of the most important cities in Lydian and Roman civilization. Located at an altitude of 1100-1300 meters with juniper and cedar forests covering it, the 2300-year-old city can be seen from all parts because it’s on hilltops that offer a view over its surroundings.

Strabo, an Amasian traveler, recorded that the inhabitants of Kibyra were originally Lydians who moved to the Kabalis region. Soon they changed their settlement areas and established a city with a circumference of 100 stadiums.

The archaeological monuments and resources of this city were excavated in 2006, revealing a militaristic character with over 30 thousand infantry and more than 2,000 cavalry units. This is the place with the largest gladiator reliefs from ancient times in Turkey.

The strategic location of the city made it a regional center for justice, and its fame as a horse breeding town in ancient times has led to it being called simply “The City of Fast-Running Horses”. The city was at its most prosperous during the Roman period, and all of the architectural remains that can be seen today date from that time.

World’s oldest heart preserved in 380 million-year-old armored fish

World’s oldest heart preserved in 380 million-year-old armored fish

Researchers have discovered a 380 million-year-old heart—the oldest ever found—alongside a separate fossilized stomach, intestine, and liver in an ancient jawed fish, shedding new light on the evolution of our own bodies.

A team of Australian scientists has discovered the world’s oldest heart, part of the fossilized remains of an armored fish that died some 380 million years ago. The fish also had a fossilized stomach, liver, and intestine.

All the organs were arranged much like similar organs in modern shark anatomy, according to a recent paper published in the journal Science.

As we’ve reported previously, most fossils are bone, shells, teeth, and other forms of “hard” tissue, but occasionally fossils are discovered that preserve soft tissues like skin, muscles, organs—or even the occasional eyeball. This can tell scientists much about aspects of the biology, ecology, and evolution of such ancient organisms that skeletons alone can’t convey.

For instance, earlier this year, researchers created a highly detailed 3D model of a 365 million-year-old ammonite fossil from the Jurassic period by combining advanced imaging techniques, revealing internal muscles that had never been previously observed. Among other findings, the researchers observed paired muscles extending from the ammonite’s body, which they surmise the animal used to retract itself further into its shell to avoid predators. 

And last month, British researchers described their experiments monitoring dead sea bass carcasses as they rotted over the course of 70 days to gain insights into how (and why) the soft tissues of internal organs can be selectively preserved in the fossil record.

World’s oldest heart preserved in 380 million-year-old armored fish
The arthrodire placoderm fossil from the Gogo Formation in Australia where the 380 million-year-old mineralized heart was discovered.

One of the best ways that soft tissue can turn into rock is when it is replaced by a mineral called calcium phosphate (sometimes called apatite). Specifically, muscles, stomachs, and intestines tend to “phosphatize” much more frequently than other organs like kidneys and gonads. The authors concluded that the phosphorus content of specific organ tissue contributes to this unusual selection bias for which soft tissues are preserved in the fossil record.

The fossilized specimens examined in this latest paper were collected from the Gogo Formation in Western Australia, which was once a reef and is rich in exceptionally well-preserved Devonian fossils, such as the class of armored prehistoric fish known as placoderms. That preservation includes soft tissues, including nerves.

In 2005, paleontologists even excavated a new species of placoderm, dubbed Materpiscis (“mother fish”), with an embryo still attached by an umbilical cord—evidence that at least some species of armored fish gave birth to well-developed live offspring.

According to the authors of this latest paper, placoderms were among the earliest jawed vertebrates, the evolution of which involved significant changes to skeletal structure and soft anatomy. Because the preservation of soft tissue is so rare in the fossil record, the samples collected at the Gogo Formation (and now housed in the public collections of the Western Australian Museum and the Museum of Victoria) could hold clues about how this transition occurred—specifically, how the head and neck region changed to accommodate jaws.

Reconstruction of a Devonian arthrodire placoderm.

“What’s really exceptional about the Gogo fishes is that their soft tissues are preserved in three dimensions,” said co-author Per Ahlberg of Uppsala University.

“Most cases of soft-tissue preservation are found in flattened fossils, where the soft anatomy is little more than a stain on the rock. We are also very fortunate in that modern scanning techniques allow us to study these fragile soft tissues without destroying them. A couple of decades ago, the project would have been impossible.”

Paleontologists collected the samples by splitting limestone concretions in the field, then taping the broken pieces together for transport. The researchers were able to scan the intact samples using neutron beams and synchrotron radiation. Then, they constructed 3D images of the soft tissues preserved within based on the different densities of minerals deposited by bacteria and the surrounding matrix of rock.

Artist’s representation of the now-extinct armored fish to which the 380 million-year-old heart belonged.

The result: the first 3D model of a complex, flat s-shaped heart with two distinct chambers. The team also imaged a thick-walled stomach with intact intestines and a liver, separated from the heart; they also noted the absence of lungs. The fossilized liver was quite large and likely helped the fish stay buoyant, per the authors. It’s the first time scientists have been able to see the arrangement of organs inside a primitive jawed fish.

“As a paleontologist who has studied fossils for more than 20 years, I was truly amazed to find a 3D and beautifully preserved heart in a 380 million-year-old ancestor,” said co-author Kate Trinajstic, a vertebrate paleontologist at Curtin University.

“Evolution is often thought of as a series of small steps, but these ancient fossils suggest there was a larger leap between jawless and jawed vertebrates. These fish literally have their hearts in their mouths and under their gills—just like sharks today.”

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