19th-Century Polish Sword Unearthed in Bulgaria

19th-Century Polish Sword Unearthed in Bulgaria

A sword in a Bulgarian museum has been identified as a 19th-century Polish nationalist sabre. It was discovered near the city of the Veliko Tarnovo in northern Bulgaria where curators from the Archaeological Museum saw it had a Polish inscription.

An expert from the University of Warsaw recognized the inscription Vivat Szlachcic Pan I foundation wojska (“Long live the Noble Lord and founder of the army”) and engraved iconography as one wielded by Polish patriots during the January Uprising against Russia’s autocratic rule.

The January Uprising (1863-1864) was one several attempts by Polish patriots to re-establish the Polish-Lithuanian commonwealth in the Russian Kingdom of Poland. Russian Poland was carved out of the Duchy of Warsaw at the Congress of Vienna in 1815.

The kingdom was supposed to be largely autonomous, nominally under the rule of the Tzar, but governed by its own parliament, defended by its own army and bound by the Polish constitution.

Tzar Alexander I and his successor Nicholas I had other plans, and between the two of them, they quashed the country’s traditional religious and political freedoms and made it a puppet state of the Russian Empire.

Nationalist resistance to Russian rule grew in the wake of its losses in the Crimean War. In January 1863, pro-Russian Polish aristocrat Aleksander Wielopolski, adjutant to the Polish viceroy, ordered the conscription of Polish nationalists into the Imperial Russian Army for 20-year terms.

He knew the movement for Polish independence was working up to an uprising and thought strongarming its young men into military service would break up the movement. Instead, it triggered the very uprising he was trying to prevent.

It was the longest uprising for Polish national unity under Russian rule, but it too ultimately collapsed under the weight of Russia’s superior military strength.

The results were brutal — executions, mass deportations to Siberia, punitive taxation, the complete erasure of the Polish language in government and schools and the replacement of all Polish government officials with Russians.

The newly-discovered sword was inscribed during this period. The curved karabela type, a Polish sabre used during the halcyon days of the Polish-Lithuanian Commonwealth in the 17th and 18th centuries, was an emblem of Polish culture and independence.

During the uprisings of the 19th centuries, they were engraved with slogans and imagery harkening back to the Commonwealth.

[Professor Piotr Dyczek] added: “The sabre was probably the spoils of an officer of the Tsarist army who participated in the suppression of the January Uprising in 1863 and 1864, who then fitted it with a silver hilt typical for a shashka – a sabre with an open hilt with a split pommel.”

19th-Century Polish Sword Unearthed in Bulgaria

Presumably that Russian soldier took the sword out of Poland after the uprising was suppressed. At that time, Bulgaria was under the Ottoman rule as it had been since 1393, but a decade after the January Uprising, Bulgaria had an uprising of its own in April 1876.

Russia was a fan of this one, though, since wresting the Balkans out of Ottoman hands would extend their sphere of influence which had been whittled away by the Crimean War.

They jumped on the opportunity and the Russo-Turkish War began in 1877. It ended when the Imperial Russian Army took Tarnovo in July 1878. The Polish sword was probably used (and lost) in that battle.

Megalithic Temples in Malta: The Oldest in the World

Megalithic Temples in Malta: The Oldest in the World

Malta’s prehistoric megalithic Temples are considered to be among the earliest temples in civilization, dating back to before the Pyramids of Egypt and the Stonehenge stone structures.

These impressive buildings have been designed for three different ages, approximately between 3600 BC and 700 BC, and some are UNESCO World Heritage Sites. Many tourists come to Malta to witness these magnificent temples mostly built from coralline rock and globigerina limestone.

Ggantija (Gozo)

This Templar complex, formed by two adjacent temples, represents the oldest example of the megalithic temple of the archipelago, dating back to a period between 3600 and 3000 BC, thus built before the famous Stonehenge.

Behind these temples lies a sequence of extraordinary historical events. For starters, the name Ġgantija is derived from the word ‘ġgant’, Maltese for giant since Gozitans held the belief that a race of giants was responsible for building the temples.

This comes as no surprise once you behold the megalithic limestone blocks from which the temples were constructed, weighing over fifty tons and exceeding five metres in height. Built with flint and obsidian and enclosed within a wall circuit, the temples had to accommodate propitiatory rites. At the front of the temples, there is a large terrace which was likely used for ceremonies.

In fact, remains of animal bones which were discovered on-site and the use of fire as evidenced by the presence of stone hearths, suggest that there used to be some sort of ritual that involved animal sacrifice. After the temples fell into disuse around 2500 BC, they were not fully revealed to modern civilization until the nineteenth century.

Hagar Qim

This copper age temple was built around 2700 BC but was already undergoing various modifications in the first period. A monolith outside the temple was interpreted as a symbol of phallic worship that probably lived in the temple.

Hal Saflieni Hypogeum

This template complex is articulated on three underground levels that push up to 12 m deep. Built-in different stages, between 3000 and 2000 BC. Hal Saflieni is noted for an incredibly modern spiral staircase in shapes and design. In the second level lie the rooms of the greatest times, that is, the Oracle Room and Sancta Sanctorum.

Mnajdra

The best preserved of the three Mnajdra temples and interesting for the secret rooms that are hidden in the thickness of the walls. And it is likely that in this temple a curative cult has been practised because there have been models of anatomical parts of the terracotta human body with symptoms of infirmity.

Tarxien

The first temple and the oldest dates back to 2200 BC, while the most recent dates back to 400 years later. Within these temples was discovered the most colossal stone statue of the time: originally a height of 2.50 m, this statue, which presumably represents a Mother Goddess, was divided into half and the part is now missing.

Tas-Silg

Tas Silg represents an ancient place of worship (IV millennium BC) characterized by continuous use of, particularly long time. In addition to the remains of structures dating back to the earliest times, evidence was found that even the Phoenicians had re-used this Templar complex.

Skorba Temples

Skorba is an archaeological site situated in Mgarr Malta, only a couple of kilometre removed from Ta Hagrat. The site consists of prehistoric structures that illustrate the life of the first settlers on the Maltese Island.

These temples were excavated in the 1960s by David Trump, who had discovered the remains of 2 megalithic temples in the excavation, one of which was built around the same time as the Ggantija Temples (3,150-2,500 BC), and the other around the Tarxien Temples (3,600-3,200 BC).

However, the earliest remains that consist of a wall, date back to the Ghar Dalam phase (5,000-4,300 BC) as it was discovered that Skorba was occupied before the temples were built. Next to this wall were remains of wheat, lentil and barley seeds along with pottery, animal bone and stone tools.

 Additionally, remains of domestic huts where temple builders used to dwell were discovered on-site, some of which date back to the Temple Period (i.e. before 3600 BC), which makes them one of the oldest structures on the Islands.

Within these huts, various structures including female figures and goat skulls were found and are thought to have been used as some kind of shrine. The temples were recognised as an archaeological a UNESCO World Heritage Site in 1992, and due to them being small and fragile, only 15 guests are allowed in at a time. Nonetheless, the Skorba Temples are definitely not to be missed!

In between visiting these important historic sites why not stay at our hotel in Malta and enjoy one of our luxury suites?

And if you’re looking for some more places of interest we have plenty of palaces that worth a visit and come summer it’s always worth checking out a typical Maltese Festa.

A lost 8th continent is hidden nearly 1,000 miles under Europe, new research shows. Scientists named it ‘Greater Adria.’

A lost 8th continent is hidden nearly 1,000 miles under Europe, new research shows. Scientists named it ‘Greater Adria.’

Not all the continents missing are myths like Atlantis; here is one whose existence is only scientifically confirmed. Greater Adria broke off from North Africa 240 million years ago. About 120 million years later, it started sinking beneath Southern Europe. But bits of it remain, scattered across local mountain ranges.

Greater Adria, science’s newest lost continent, tore off from North Africa and was subducted beneath Southern Europe.

It was the geographical resemblances in those mountains that had led scientists to hypothesise the presence of an ancient continent in the Mediterranean.

But the region’s geology is so complex that only recent advances in computing—and a 10-year survey by an international team of scientists—were able to produce a geo-historical outline of that former landmass. This is the very first map of the world’s latest lost continent.

Topographic map of the Mediterranean Sea basin, once home to the continent of Greater Adria.

The 100-million-year history of Greater Adria starts nearly a quarter of a billion years ago. The world was a very different place back then. It was just recovering from the Permian-Triassic extinction, which came pretty close to wiping out all life on Earth. The planet was repopulated by the first mammals and dinosaurs.

Supercontinental break-up

All together now: the supercontinent of Pangaea (335-175 million years ago).

Oblivious that biological imperative, Earth’s geology was on a course of its own: fragmentation. At that time, the planet’s land masses had coagulated into a single supercontinent, Pangaea.

Around 240 million years ago, a Greenland-sized piece of continental plate broke off from what would become North Africa and started drifting north. Between 120 and 100 million years ago, the continent smashed into Southern Europe. Even though the speed of that collision was no more than 3 to 4 cm per year, it ended up shattering the 100-km thick crust.

Most of the continental plate was pushed under Southern Europe and swallowed up by Earth’s mantle, a process known as subduction. Seismic waves can still detect the plate, now stuck at a depth of up to 1500 km.

But some of the sedimentary rocks on top were too light to sink, so they were scraped off and got crumpled up—the origin of various mountain chains across the Mediterranean region: the Apennines in Italy, parts of the Alps, and ranges in the Balkans, Greece and Turkey.

Death and birth

Flowing from present to deep past, this time-lapse reconstruction of the geological history of the Mediterranean shows the death and birth (in that order) of Greater Adria in unprecedented amounts of detail.

Some bits of Greater Adria survived both the shave-off into mountainhood and death by subduction.

“The only remaining part of this continent is a strip that runs from Turin via the Adriatic Sea to the heel of Italy’s boot,” says Douwe van Hinsbergen, Professor of Global Tectonics and Paleogeography at Utrecht University, and the study’s principal researcher.

That’s an area geologists call ‘Adria’, so the team, consisting of scientists from Utrecht, Oslo and Zürich, called the lost continent ‘Greater Adria’.

What was the continent like? A shallow continental shelf in a tropical sea, where sediments were slowly turned into rock, Greater Adria possibly resembled Zealandia, a largely submerged continent with bits sticking out (i.e. New Zealand and New Caledonia), or perhaps the Florida Keys, an archipelago of non-volcanic islands. Either way, dotted with islands and archipelagos above the water, and lots of coral below, it was “probably good for scuba diving,” Van Hinsbergen says.

It took scientists this long to produce the first map of Greater Adria not just because the Mediterranean is, in the words of Van Hinsbergen, “a geological mess (…) Everything is curved, broken and stacked. Compared to this, the Himalayas represent a rather simpler system.” Greater Adria perished by subduction and scraping-off. The Himalayas emerged by the collision of two continents.

Ore deposits

A reconstruction of Greater Adria, Africa and Europe about 140 million years ago. In lighter green, submerged parts of continental shelves.

The region also has a complex geopolitical makeup, obliging the researchers to piece together evidence from 30 different countries, from Spain to Iran, “each with its own geological survey, own maps, own ideas about evolutionary history. Research often stops at national borders.”

Turkey: 9-century old Harran Palace’s gate unearthed

Turkey: 9-century old Harran Palace’s gate unearthed

The main gate of the nine-century-old Harran Palace in an archaeological site in Turkey’s southeastern province of Şanlıurfa, one of the world’s oldest settlements on the UNESCO World Heritage Tentative List, has been unearthed.

The excavation work has been continuing for six years at the site located in the Harran district of Şanlıurfa, Mehmet Önal, the head of the excavation team and head of the Archeology Department at Harran University, told the state-run Anadolu Agency.

Harran, located 44 kilometers southeast of central Şanlıurfa near the Syrian border, was an important Mesopotamian trade center on a road running south to Nineveh in modern Iraq, while the site was constantly inhabited from 6,000 B.C. to the present and had also served as the capital of the Assyrians and Umayyads.

The excavation team had worked hard for two years to reveal the main gate of the historical palace, Önal said.

“We completely unearthed one of the two known gates of the historical Harran Palace. The gate, about 7 meters high, is made of basalt stones. Star motifs were also unearthed in our excavations near the ground.”

Turkey: 9-century old Harran Palace's gate unearthed

Önal underlined that the team had also unearthed other inscriptions written in Arabic on a basalt stone, adding that these inscriptions will contribute to trace the exact date of the historic construction.

He also said that the inscriptions and symbols on the stamp seals, rings, and arrowheads found in the excavations in the palace were also being analyzed by archaeologists.

Noting that a three-domed bathhouse in the Harran Palace has been discovered during the previous excavations, Onal said the bath with cooling, warming, and heating rooms was built in the 12th and 13th century and belonged to the Zengid dynasty and the Ayyubids period.

Stating that the palace, which dates back 900 years, has hundreds of rooms, he pointed out that the Harran Palace is one of the rare examples of palaces that have survived since the Middle Ages in the Middle Eastern countries.

Önal said that the year-long extension of the excavation period given by the Turkish Culture and Tourism Ministry well indicated the importance of this historical area.

If the excavations continue throughout the year, more historical artifacts could come to light, he added.

The first excavations in Harran began in 1950, and the site has been on UNESCO’s tentative list since 2000.

Harran is an important ancient city where trade routes from Iskenderun to Antakya (ancient Antioch) and Kargam were located, according to UNESCO’s website.

“The city is mentioned in the Holy Bible,” says the website. “It is important not only for having hosted the early civilizations, but it is the place where the first Islamic university was founded. The traditional civil architecture and mudbrick houses with conic roofs are unique.”

Possible Medieval Graffiti Found at Church Site in England

Possible Medieval Graffiti Found at Church Site in England

Medieval graffiti associated with repelling evil spirits has been discovered by HS2 archaeologists. A series of lines radiating from a drilled hole was discovered on two stones at the remains of a church in Buckinghamshire.

Historians believe such markings are witches’ marks, created to ward off evil spirits by trapping them in an endless line or maze.

They can also be interpreted as early sun dials.

Possible Medieval Graffiti Found at Church Site in England
Medieval graffiti associated with repelling evil spirits has been discovered by HS2 archaeologists

The location of one of the stones at the medieval church of St Mary’s, Stoke Mandeville, suggests the markings could have been created for protection.

The route of HS2 will go through the site of the 12th-century church, which was abandoned in 1866 when a new church was built closer to the village.

Work by archaeologists to dismantle and excavate the church will continue into next year and include the removal and reburial of bodies in graves.

HS2 Ltd lead archaeologist Michael Court said: “The archaeology work being undertaken as part of the HS2 project is allowing us to reveal years of heritage and British history and share it with the world.

“Discoveries such as these unusual markings have opened up discussions as to their purpose and usage, offering a fascinating insight into the past.”

2,000-year-old snake-figure altar unearthed in the ancient city of Patara in southern Turkey

2,000-year-old snake-figure altar unearthed in the ancient city of Patara in southern Turkey

Daily Sabah reports that a marble altar encircled with a coiled snake carved in relief has been unearthed at the ancient city of Patara in southern Turkey.

The altar, which is believed to date back more than 2,000 years, was found during excavations conducted in an area close to the Roman baths and walls. It is decorated with a snake relief that appears to be winding around the stone.

Mustafa Koçak, an academic at the Department of archaeology at Antalya Bilim University and also the vice president of the excavation team in Patara, told reporters that the discovery highlights the first of its kind in the ancient Patara site.

“We found a snake-shaped altar for the first time in Patara. Similar discoveries were made in some ancient cities in Muğla but this is the first time such a discovery has been made in Patara.

This altar depicts the relations of people in Patara with the outside world,” Koçak said.

He added that residents of the area were polytheistic in ancient times and made offerings at the altar in a bid to appease the gods of the underworld. Furthermore, the snake motif on the altar is thought to be associated with the gods.

2 billion-year-old African nuclear reactor proves that Mother Nature still has a few tricks up her sleeve

2 billion-year-old African nuclear reactor proves that Mother Nature still has a few tricks up her sleeve

In Gabon, Africa, the Oklo-Reactor is one of the most intriguing geologic formations on the Earth. In two billion-year-old rocks, natural fissile materials have sustained a slow nuclear fission reaction, as found in a modern nuclear reactor.

With a half-life of 700 million years, uranium-235 is a radioactive element. Traces of it are found in almost all rocks, especially magmatic rocks, and its decay is believed to be one of the sources of Earth’s inner heat. Because it decays over time at a constant rate, its concentration in the Earth’s crust is almost everywhere the same – except in Oklo.

A succession of sandstone and siltstone, the Oklo-Formation, was deposited by a large river two billion years ago. Microbial activity of the first lifeforms caused the element uranium, derived from weathered magmatic rocks, to become concentrated in certain layers of the sediments. Later tectonic movements buried the layers deep underground.

Simplified geology of the Oklo-Okèlobondo natural nuclear reactors.

In 1972, chemical analysis showed an unusually low concentration of uranium-235 in the ore mined in the Oklo open pit mine. However, there were high concentrations of elements like cesium, curium, americium and even plutonium to be found. Such elements are formed today only in nuclear reactors, as the uranium decays during controlled nuclear fission.

When uranium-235 decays, it will emit three neutrons. If one of the emitted neutrons hits another uranium atom, this atom will also decay and a chain reaction will begin. In most rocks, there is either not enough uranium to sustain nuclear fission or it decays too fast to cause a chain reaction.

In the Oklo-reactor, two factors came together to sustain slow nuclear fission for hundreds of thousands of years. Weathering of magmatic rocks and bacterial activity concentrated the uranium enough to start a nuclear chain reaction.

Then the water that infiltrated the formation along faults slowed down the emitted neutrons enough to sustain slow and stable nuclear fission. As the uranium decays, it forms other radioactive elements fueling the reactor.

A worker stands next to a deposit of, among other things, naturally depleted uranium.

Over time the Oklo-reactor has produced large quantities of toxic plutonium and cesium-isotopes, which have since decayed into stable and harmless barium. During this process, however, no harmful radioactivity has leaked into the environment.

As the planet warms due to our carbon emissions, burning oil and coal is no longer a sustainable way to meet humanity’s hunger for energy. Many experts believe that nuclear energy could be a temporary solution until renewable energy sources are ready to meet the demand. 

Unfortunately, nuclear energy comes with radioactive waste. A permanent repository for nuclear waste must contain toxic elements and radioactivity for at least 100,000 years. The problem is that we don’t know what materials to use for the containers to store the waste.

Steel will rust, concrete can leak and even glass is damaged by the emitted radiation. By studying the Oklo-reactor, scientists hope to find a way to safely dispose of nuclear waste as produced by modern reactors.

Research by a team of scientists of the US Naval Research Laboratory in Washington D. C. and published in the journal PNAS has investigated how the Oklo-reactor was able to work so long and yet not pollute the environment.

In rocks recovered from the Oklo mine, barium (the ‘trace’ left by the former radioactive elements) is not found evenly distributed but rather found in nests surrounded by a thin layer of ruthenium-compounds.

One of the Oklo nuclear reactors. Doesn’t look like much, eh?

Native ruthenium is a rare and inert metal often associated with ore of other elements. The scientists believe that the radioactive plutonium and cesium were encapsulated and safely isolated from the environment by a shell of ruthenium-compounds. If so, containers made of ruthenium alloys could be used to safely store radioactive waste for a very long time.

As the Oklo-reactor demonstrates, the ruthenium-compounds remain stable even if exposed to radioactivity and corrosion by water over vast geological periods.

New Study Redates Two Lower Paleolithic Sites in France

New Study Redates Two Lower Paleolithic Sites in France

A publication in the journal Quaternary International led by Dr Mathieu Duval, Ramón y Cajal Research Fellow at the Centro Nacional de Investigación Sobre la Evolución Humana (CENIEH), is based on the use of an unprecedented combination of three different dating techniques, namely Electron Spin Resonance (ESR), Luminescence and Palaeomagnetism, to date two Lower Palaeolithic sites in France.

“The initial purpose of this study was to refine the chronology of these two sites, which are amongst the oldest evidence of the human presence in Western Europe, north of the 45°N latitude, before 500,000 years ago”, says Dr Duval.

“They were previously dated using one method only, and we now provide an independent age assessment, based on a multi-technique approach that enables to build a robust chronological framework.”

The two archaeological sites have delivered lithic tools that are typical of the Lower Palaeolithic, the oldest cultural period identified in Europe. The first one, Lunery-la Terre-des-Sablons, provided an Oldowan lithic industry similar to that found at other sites such as Atapuerca Gran Dolina, Sima del Elefante, Barranco León or Fuente Nueva-3 (Spain).

Initially dated to about 1.1 million years, the new study indicated a more complex site formation process than thought earlier, and a minimum age of 710,000 years is now proposed for the lithic tools.

In contrast, the new age results obtained for the second site, Brinay-la Noira, are in excellent agreement with those obtained previously. They confirm the age of the lithic industry to around 650,000 years, making the site one of the oldest Acheulean site in Western Europe.

“Nowadays, the number of old archaeological sites in Western Europe is still very limited, which is why it essential to obtain at least an accurate dating for those that have been found and excavated so far.

These new dating results will undoubtedly contribute to improving our understanding of the timing of the early human settlements in Western Europe”, concludes Prof. Josep M. Parés, co-author of the work and Head of the Geochronology and Geology Programme at CENIEH.

This work is the result of an international scientific collaboration involving researchers from various prestigious institutions such as the CENIEH (Spain), Museum National d’Histoire Naturelle (France) and University of Adelaide (Australia).

Background

The Geochronology and Geology Programme at CENIEH, Spain, hosts a unique combination of world-class facilities and international researchers fully dedicated to Human Evolution.

One of the main research lines of the program consists in refining the chronology of the early human occupations in the Mediterranean area, with a special emphasis on the combination of different dating methods in order to obtain more robust chronologies.

This approach has been recently employed to provide the first direct age on Homo antecessor from Atapuerca Gran Dolina, or to date, the oldest evidence of the human presence in North Africa, found at Ain Boucherit (Algeria).

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