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Howard Carter & his Unbelievable Journey

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Born in Kensington in 1874, Howard Carter was the tenth child of Martha Sands and Samuel Carter, a successful artist in London. Carter was sent to live with his two aunts in Swaffham, a Norfolk rural town, in his early childhood. Owing to his poor health, he was home tutored and did not have a high education level. He inherited artistic talent from his father, and with his encouragement, Carter brought it up. Howard’s father often used to create antiques for Lord Amherst, who had a vast collection of Egyptian relics and artifacts. Carter, inspired and curious, would often visit Lord Amherst’s mansion to look at these artifacts. 

Lord Amherst got 17-year old Carter a job with Percy Newberry, an Egyptologist friend of Lord, on an expedition to Beni Hasan in Egypt. He was tasked with recording, to paper, the paintings on tomb walls. In no time, he gained a reputation for his detailed and avant-garde drawing methods. With this newfound prominence in the community, Carter went on to work for other noted Egyptologists, drafting and recording at famous sites such as Deir el-Bahri. 

In 1899, he was appointed chief inspector in the Egyptian Antiquities Service. But six years later, Carter resigned due to a dispute. Just two years later, in 1907, the hopeless 38-year old crossed paths with Lord Carnarvon, the British aristocrat who was already funding an excavation of tombs. Upon recommendation, Lord Carnarvon invited Carter to work for him. This proved to be a rewarding decision, although not immediately. Carter did manage to find some valuable objects but none fascinating. 

carter
Howard’s father often used to create antiques for Lord Amherst, who had a vast collection of Egyptian relics and artifacts. Credit: Encyclopædia Britannica, Inc.

KING TUTANKHAMUN

In 1914, Carnarvon was permitted to excavate in the Valley of Kings. Carter was given the lead on the job, but World War I broke out, and he had to stop as soon as he started. After the war ended, the excavation restarted but many years flew by without any significant find. Lord Carnarvon was disappointed and losing hope. Carter was informed that he only had one more season before the funding is halted. But Howard Carter was motivated by his past and was determined for success. Unlike most would’ve done, he did not start in a new area. Instead, he started searching again in a place they had already searched at. 

On the fourth of November, 1922, as the season ended, they were upheaving the bedrock in an area where huts were recently found. The boy, who had to fetch water for the workers, was wandering around with a stick. In his aimless wandering, he stumbled upon a stone step. He called over Carter, who unearthed a flight of steps ending at an entrance to a tomb. On the twenty-sixth of the same month, Howard Carter was sat in front of the door to the tomb. Lord Carnarvon standing behind him, eyes fixated on the door. Carter pried open the door with a chisel and peered in. “Can you see anything?” asked Lord Carnarvon. “Yes, wonderful things.”, replied Carter.

Some days later, newspapers from across the world featured headlines about the great discovery in the Valley of the Kings. That of the tomb of Tutankhamun! The tomb held a vast collection of gold and treasure, which took many years to catalog. Every single piece was photographed, but Carter also sketched them to capture what the photographs couldn’t. The rearmost chamber held the sarcophagus of the ‘boy king.’

Tutankhamun, gold funerary mask found in the king’s tomb, 14th century BCE; in the Egyptian Museum, Cairo. Credit: Lee Boltin

CARTER’S DISCOVERIES

“As my eyes grew accustomed to the light, details of the room within emerged slowly from the mist, strange animals, statues, and gold – everywhere the glint of gold. For the moment – an eternity it must have seemed to the others standing by – I was struck dumb with amazement, and when Lord Carnarvon, unable to stand the suspense any longer, inquired anxiously, ‘Can you see anything?,’ it was all I could do to get out the words, ‘Yes, wonderful things.'”

To this day, it is one of the most well-preserved pharaonic tombs discovered. But the boy king wasn’t all that was found. 

The objects found were next to unprecedented. In the first chamber, Howard came across two statues of the king – placed opposite each other to protect the tomb inside. Near the statues, furniture of gold and parts of the king’s chariots were unearthed. Gold relics with embossings of animals and goats were also found. They were not Egyptian, but, according to most historians, were made in Syria.

More than a hundred pieces of jewelry and weaponry (again mostly in gold) were uncovered on the mummy. In addition to all this, two more coffins were discovered, which contained the mummified bodies of two unborn kids presumed to be King Tut. Nearby, they also came across a chest containing the organs of the king. All these discoveries turned out to be of immense importance as they informed historians and archaeologists alike of the mysterious boy king and this time.

LUCK OR WILL?

Many consider Howard Carter to be fortunate to have found the tomb. But this couldn’t be further from the truth. The discovery was made due to his persistence and passion. It was made due to him integrating his life into Egyptians and adopting risky, unorthodox methods. And that is how a self-taught archaeologist made one of the greatest archaeological discoveries known to us.

Read Also: Uncovering the Secrets of Archaeology with Bibhu Dev Misra

Postmortem of Mummified Animals Using 3D Scans

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Researchers recently expanded the scope of high imaging techniques, using it to give a new dimension to archeology by unwrapping the mummified animals buried more than 2,000 years ago. It seems no less than a miracle that we have stepped into such an era of modernization where we can use radiation technology to get an insight into the history of their burial and revile the unprecedented details about human-animal relationships.

Scientists from the University of Leicester and University of Swansea used high-resolution 3D scans to dissect the mummified animals, including a snake, a bird, and a kitten- from the asset held by the Egypt Centre at Swansea University. Previous research on these mummified artifacts using medical CT scans failed to unravel more peculiar details about what these mummies encapsulate besides their identification.

But thanks to the 3D X-ray micro CT scanning, we pretty much get the knack of all the details from how they lived and died right down to the smallest teeth and bones without damaging the delicate artifacts, with a resolution 100 times greater than a medical CT scan.

A scan image of the remains of a mummified bird resembling a Eurasian Kestrel. Source: Swansea University

Richard Thomas, Professor of Archaeology at the University of Leicester, said:

Advances in imaging technology are, for the first time, revealing new insights into the lives of these animals and mummification practices without disturbing the wrappings. In our study, we have been able to visualize bones and teeth, materials, and even desiccated soft tissue in new levels of detail. The scans have made it possible to 3D print and handle the skeletal remains and take a virtual walk-through the mummies, revealing the impact of the industrial scale of mummification on the animals themselves.”

The ancient Egyptians used to mummify humans and animals, including cats, ibis, hawks, snakes, crocodiles, and dogs. At times they were buried alongside their deceased owners believing it to be a food supply for the afterlife; however, the common practice was to bring them to temples as a sacred offering to GOD, as a means of communication. According to the investigations carried out in recent times, it has been estimated that there may be up to 70 million animal mummies in ancient Egypt buried in underground catacombs.

mummified
A scanned image of the remains of an Egyptian Cobra. Source: Swansea University

Using 3D X-ray micro CT scanning, researchers piece together the shreds of evidence to find out interesting facts regarding mummified animals. The team found out that:

  • The mummified feline was a kitten, fewer than five months of age, based on discovering an un-erupted tooth within its jawbone. They also found gaps between the neck bones while separating the vertebrae, suggesting that the kitten was possibly strangled.
  • Virtual measurements of the bone suggested the bird most closely resembled a Eurasian kestrel.
  • Examination of a mummified snake- juvenile Egyptian Cobra- provided evidence of kidney damage developing a form of gout, showed that it may have been deprived of water during its life. It was also suggested that it may have died of spine damage due to a whipping action based on the signs of the bone fracture collected; it also gave leads to the prior opening of the mouth’ procedure during mummification. These findings gave the first evidence of the ritualistic behavior practiced at that time.

This technology, paving its way in archeology and doing wonders, is just the tip of an iceberg since we have not fully explored the potential of this technology yet. But the researchers are staunch believers that it still has many untapped applications and will lead us to a world of endless possibilities in the future. As Prof Johnston said;

“X-ray dose from micro CT is typically too high for human use, and the scan times much longer,” he said. “But it has limitless potential for materials in science, engineering, biology, even biomimicry.” We scan structures from nature that have evolved over millions of years to be efficient or strong, like bamboo, and then reproduce the micro-scale shape for engineering design through 3D printing.”

Also, Read: Archeology – exploring the past with modern technology

Book Review; Islam, Sci-Fic & Extraterrestrial Life by Jörg Matthias Determann

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Spaceships coming down from the sky and flying through clouds provide a charming but frightful view as if Earth is under attack by aliens. This is the first impression from the cover of an excellent book — Islam, Science Fiction and Extraterrestrial Life — written by Jörg Matthias Determann. In his latest book, Determann discusses the culture of astrobiology in Muslim societies and presents a thorough analysis of the usage of different media genres to exhibit ideas about extraterrestrial life. In this regard, as the author steps from one chapter into another, the core concept of alien perception in Muslim societies is described extremely well concerning the science fiction propagated through magazines, films, newspapers, books, and journals. 

Mankind seeks a satisfactory answer to the most intriguing question throughout history: are we alone in the universe? Ancient civilizations, societies, and religions had different beliefs about extraterrestrial life, as did the modern Islamic world. Over time, people have adopted new ways of thinking to solve their problems. Still, the mystery of aliens’ existence remained unsolved, and this question became even more controversial in some societies.

With the advent of modern sciences, astrobiology is recognized as a multidisciplinary science field to address the unending question of the search for alien life. Though this discipline of science is not so far widely acknowledged in Muslim worlds, nevertheless, it is not any more an unheard field, as explored in-depth in this book. 

Determann encompasses different concepts of the alien in Muslim societies across the globe, from South Asia to Turkey and Arabia to Africa. In these countries, people have shaped ideas about alien life according to their own geopolitical situations and religious beliefs. 

The author tries to connect different genres of media with the culture of astrobiology in these societies. In general, the book covers various ideas: the imagination of aliens in Muslim societies, expressions of science fiction for describing the political landscape, research of Muslim scientists in the field of astrobiology and the origin of life, work of science fiction writers, concepts of extraterrestrial life in Quran, author’s opinion on different astrobiological concepts in Islam and the use of media in science fiction. 

The book provokes the reader’s interest in different aspects of Muslim societies. It provides insights into the concepts of alien life among Muslims and their history, culture, and religion. The opening chapter beautifully connects the concept of alien worlds within Muslims in the context of the Quran’s first chapter, “The Opening,” where God is mentioned as “the Lord of Worlds.” It clearly points out the existence of many worlds according to various commentaries on the Quran, including the very famous and reputable “Tafhim Ul Quran” by Syed Abul A’la Maududi.

The book interestingly mentions the Quran as the first version of science fiction in Islam based on the context that the Quran promotes the plurality of worlds. It also contains thought-provoking quotes on the existence of alien and other worlds from various renowned Muslim scholars belonging to different sects of Islam. It sheds light on certain potential words in the Quran that could suggest the existence of extraterrestrial life and possibly pave the way towards Islamic science fiction. 

Determann widely employed the culture of science fiction to depict political scenarios and even political unrest in Muslim societies. 

For instance, he discusses Ayham Jabr from Syria, who rated the ongoing Syrian war as a foreign agenda and as if peacekeeper forces are alien that has invaded their country. The book also outlines the aspects of science fiction and how it led to the competition in intra-religion, e.g., Christianity, and inter-religion, e.g., Islam and Christianity. 

The theme of science fiction of extraterrestrial life in Muslim worlds is influenced by mainly two factors: politics and religion. The book does a good job of narrating the evolution of scientific thoughts in different civilizations. Ruling elites in Muslim countries have varying desires, ranging from imposing sanctions on scientific thoughts in some parts and, on the contrary encouraging scientific debates by facilitating conferences and open discussions in other parts. The author has raised questions about the lack of science fiction movies and literary work in certain Muslim-majority countries and if this could be related to the influence exerted by political and/or religious leadership as well.

Further, UFO’s perception in Muslim countries and its controversial controversies and related movements are also addressed at great length. 

Islam, Science Fiction, and Extraterrestrial Life argue how extremism in certain Islamic worlds still fails to influence Muslim cultures’ scientific futurism. Various renowned scientists in space exploration originate from the Muslim world, and a significant number of scientists migrated to Western countries due to the lack of resources in their country of origin and certain religious sanctions. However, many Muslim countries are still progressing in space sciences, including but not limited to UAE, Qatar, and Pakistan. 

Hereby, Determann also mentions different efforts made in Muslim countries to promote astrobiology, science fiction, and the art of scientific thinking, for instance, the volunteer organization Astrobiology Network of Pakistan (ABNP). The promotion of astrobiology through science fiction in Muslim societies will help to bring open-mindedness, an atmosphere of constructive dialogues on various issues, and a culture of critical thinking among people, according to the Astrobiology Network of Pakistan (ABNP). 

In this book, the author provides further ideas of research on different aspects of Muslim societies, including politics, science, and the use of different media genres and introduces the great work of Muslim scholars that can be a source of inspiration for Muslim youth.

Also, read; Book review, Brief Answers to the Big Questions

Debunking Archaeological Conspiracy Theories

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You must have heard about the field of archaeology, which generally involves the study of human culture and civilizations and the changes that take place over time. In practice, the field involves the systematic recovery and investigation of ancient artifacts, structures, and objects of human descent, and the empirical analysis of past human activities. 

Most of us think that the field revolves around discovering objects and artifacts, but that isn’t it. Archaeology isn’t just about the object that is being discovered. It is not about an artifact. Archaeology is all about discovering the history behind every artifact, the story of the people that created, maintained, or cared for it. If no context or history exists, the objects and artifacts mean nothing.

The right instruments have not always been at the disposal of archaeologists and scientists. Myths are a common phenomenon in archaeological history and vary from attaching the wrong date to a particular item or place to having faith in the presence of entire groups of people that never existed. Most of us find these conspiracy theories absolutely absurd. But not all of us are sane.

Let’s look at some of the most biding conspiracy theories in the field of archaeology.

The Egyptian Pyramids

The belief that in the ancient past, extraterrestrial life visited the Earth and either shaped or guided the evolution of human societies is possibly the biggest conspiracy theory out there. This conspiracy theory dates back to the 20th century and is prevalent in science fiction. Through a massive influx of books, comics, publications, and TV shows like “Ancient Aliens,” the theory has attracted a lot of attention in recent years. 

However, scientific evidence does not validate these conspiracy theories, but these conspiracy theories have still become much popular. The Great Pyramids of Egypt serve as a great example. Researchers and archaeologists have explicitly demonstrated how all these designs fit into a larger pattern of small concrete structures. The construction technology is amazing, but to describe it, we do not have to reference extraterrestrials.

Were the Egyptian pyramids built by slaves? - BBC Science Focus Magazine, conspiracy theories
Scientific evidence does not validate the conspiracy theories surrounding the pyramids. Credit: Science Focus

The fact that scientists are not yet certain as to how the pyramids were constructed by the Egyptians, and particularly how they managed to complete these vast structures so efficiently, but there is enough proof that all these pyramids are the product of many earthly hands.

Nazca Lines

Over 800 long, white and straight lines are carved into the Peruvian desert on a high and dry plateau some 200 miles southeast of Lima, seemingly at random. They are accompanied by 300 geometrical shapes and 70 figures of animals, including a monkey, hummingbird, and a spider. The longest line runs like an arrow straight for miles. The largest lines and figures range almost 1,200 feet wide and are clearly visible from the air. Scientists believe that these Nazca lines are about one thousand years old. These drawings are frequently cited as one of the best examples of alien brilliance on Earth due to the age, scale, visibility, and enigmatic nature.

Otherwise, how would ancient people with no flying technology have been able to produce these massive patterns? How? Why? It turns out that the answer to these questions is pretty simple. These cryptic patterns, called geoglyphs, were created by scraping the rust-colored surface of the stones and revealing the underlying lighter white sand. Previously, the patterns were thought to be associated with celestial bodies or solstices, but current findings indicate that the Nazca lines refer to water and fertility-related ceremonial sites. The forms are visible from surrounding valleys and from the air.

Nazca Lines - HISTORY conspiracy theories
Over 800 long, white and straight lines are carved into the Peruvian desert on a high and dry plateau. Credit: History.com

Stonehenge

Throughout the course of history, the confusion regarding Stonehenge has contributed to many conspiracy theories varying from strange to supernatural. One of the strangest theories is that it is a primitive symbol of sex intended to represent a woman’s vagina. Gynecologist Anthony Perks has previously written regarding this idea in The Guardian. He said that there was an idea of a great queen or a great mother of Earth in the medieval era. Stonehenge could reflect the gap through which Mother Earth or the queen gave life to the living organisms like animals and plants, which were necessary components for the survival of ancient people.

Stonehenge mysteries: What we really know | Culture| Arts, music and  lifestyle reporting from Germany | DW | 01.09.2020 The confusion regarding Stonehenge has contributed to many conspiracy theories
The confusion regarding Stonehenge has contributed to many conspiracy theories

Megalodon

According to some conspiracy theorists, the subject of the latest blockbuster movie, The Meg, still exists. The extinct creature megalodon was apparently able to avoid detection for centuries successfully, and it is believed that it died about 2.6 million years ago. However, some strange clips posted on the internet have sparked theories that the creature still lives. A video alluded to by the Daily Star emerged in 2016, which seemed to show a massive shark searching the sea. The video was posted on the internet in 2016, but it re-emerged on the internet after the release of a recent Jason Statham movie ‘The Meg.’

megalodon and shark, illustration
It is believed that megalodon was able to avoid detection for centuries successfully. Credit: Victor Habbick Visions/GETTY IMAGES

Hitler’s Antarctic

There are many conspiracy theories surrounding Hitler and Nazis, such as Hitler’s secret operation in the Antarctic. Some sources claim that Hitler sent his troops to the Antarctic in the 1930s and discovered alien technology, a large network of caves, and tunnels and soon established their small town sized base there. Some sources also claim that after the war ended, Hitler escaped to the Antarctic.

In the late 30s, a German team undertook an excavation in the Antarctic, but they did not go there in order to create a secret base. They went there to find ways of developing the German whaling business. They did not find any alien technology there. This is all irrational talk.

The Schwabenland, the ship of the 1938 German Antarctic expedition. (Credit: Institute of Regional Geography, Leipzig, Ritscher)
The Schwabenland, claimed to be the ship of the 1938 German Antarctic expedition. Credit: Institute of Regional Geography, Leipzig, Ritscher

Ancient Hieroglyphs

Some theorists think that hieroglyphs are proof that ancient People used equipment and technology from the future. In the Temple of Dendera, there are some 4,000-year-old wall inscriptions that theorists believe show Egyptians using electricity. Some conspiracy theorists bizarrely think that time travelers traveled to the past in order to deliver electricity secrets to these ancient people.

The conspiracists believe that a huge light bulb is the entity that has been portrayed in the temple since it is translucent, involves a cord, is three-dimensional, and is inserted into an object that seems to be a battery. Subsequent analyses have shown that the system portrayed in the inscriptions was capable of producing electricity in principle, or the people at that time were trying to learn how to produce electricity. 

Nobody knows the purpose for which that device may have been used, but it throws some light on the possibility that even before the invention of electric light by Humphry Davy in 1802, ancient people may have been trying to learn about electricity. But the theory that it was time travelers that delivered knowledge about electricity to these people is wrong since that kind of technology hasn’t been developed to this day.

It is suggested by some that hieroglyphs are proof that ancient People used equipment and technology from the future

Masking the reality

Another popular belief is that professional explorers and archaeologists themselves deliberately obscure the reality of history. People accuse them of being a part of a massive cover-up or scheme. Through shows such as The “X-Files,” this belief pops up time and again in pop culture. In fact, archaeologists love to test and re-test each other’s theories about history utilizing modern evidence and findings, which is what moves scientific knowledge ahead.

There is a truly long history of conspiracy theories like these. First, as is shown by the countless books and Television programs that keep making headlines, there is a lot of cash to be gained by spreading unscientific theories to the population. A lot of these theories are often related to nationalism and different sorts of ideologies and cultures of groups. People sometimes say that their predecessors were the first to come to a new territory or create any superior equipment or technology, arguments that were even used to justify violence and intrusion. 

All of us should thank God for all the modern technological advances and equipment. Old science has worked miracles to promote level-headed explanations, views, and narratives of people regarding archaeological evidence. But now, we have better technology to explore and apply these narratives and theories in great detail.

Also Read: Uncovering the Secrets of Archaeology with Bibhu Dev Misra

Ancient Humans and their relations with the sky: Archaeoastronomy

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Fundamentally, being a stargazer makes folks like me question every aspect of the realm of astronomy in today’s world, where we have revolutionary tools like the “Hubble Space Telescope,” robots moving on Mars and other probes like Voyagers in the far regions of interstellar space. ‘Astronomy’ being one the oldest world’s science and then ‘archaeology’ is the study of prehistory and old, eons ago history of first humans; how they lived geologically, biologically, and environmentally. We recover and try to find answers from the fossils, stones, and overall leftover remains throughout the landforms of the Earth’s surface. Numerous times, I wonder what did our ancestors think of the sky? The more previously visible constellations? What their thoughts would have been about the other celestial bodies?

The particular and very non-general subject I’m here to discuss is “Archaeoastronomy.” You should not confuse it with the “History of Astronomy” solely. In archaeoastronomy, we mostly study the practices of our oldest ancestors; celestial lores, myths, concepts, religious aspects, and overall cultural views they had with relation to the visible “Sky.” It’s not the ‘history of archaeoastronomy’ but more vividly the “anthropology of astronomy, as one would say.

archaeoastronomy
A Chinese Astronomy Coin representing different objects, constellations, and the direction in the sky. 

In the sky, we already have the known constellations, where the pattern recognition – a gift of human evolution – created “Stars” into constellations such as the Gemini, Cancer, Leo, Virgo, Libra, Scorpius, Sagittarius, Capricornus, Aquarius, and Pisces; only by our creative imagination. Where many associated our stars through religious symbols, some also related it with the events on earth such as rainfall, storms, or any natural events; regardless of the reality or whatever the actual science really is.

We can also witness the greatest monuments and masterpieces built thousands of years ago, alight with astronomy. ‘The Great Pyramid of Giza,’ in Egypt facing different cardinal directions with its corners so perfectly, only 0.067 degrees counterclockwise from perfect cardinal alignment, still close to perfection. We have also seen the ‘Venus alignment with the magnificent Maya Palace of the Governor at Uxmal in Yucatan.’ Sums up how our ancestors were captivated and related to the astronomical phenomenon, even when there were only naked eyes to observe and study.

archaeoastronomy
Pyramid Cardinal Directions. Credits: mummies2pyramids

The most astonishing “Stonehenge” Monument in England has its relatability and precise connection with the sunrise of the summer solstice and sunset of the winter solstice. It shows how ancient humans were curious and close with the knowledge and applications of sky objects. This study of old-time astronomers has boosted into quite active interdisciplinary questions, curiosities, and fields to study, encouraging new viewpoints about the history of our cosmos and the interaction of our species in the past.

We have also established facts about the ancient and native calendar systems, and we found engraved in the stones, concepts they had about space and time; the ideas of geocentric system changing into the heliocentric system, and even an expanding universe, the geometrical shapes they engraved in ruins followed by constellations, surveying, and navigational techniques to find ways in the desert. It all started thousands of years ago, a result of overall human evolution and our achievements in astronomy that stands today as an unstoppable and infinite area of research and wonder.

Also Read: Uncovering the Secrets of Archaeology with Bibhu Dev Misra

Baluchistan Sphinx; Is it a human-made rock-cut Archaeological marvel?

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Concealed within the desolate, rocky landscape of the Makran coastline of Southern Balochistan, Pakistan, is an architectural gem that has gone unnoticed and unexplored for centuries. As it is popularly called, the Balochistan Sphinx came into the public eye only after the Makran Coastal Highway opened in 2004, linking Karachi with the port town of Gwadar on the Makran coast. A four-hour-long drive (240 km) from Karachi, through meandering mountain passes and arid valleys, brings one to the Hingol National Park where the sphinx is located.

I have not personally visited the Baluchistan Sphinx. Still, when I saw some of the Sphinx photographs and associated structures posted by visitors to the Hingol National Park, I was really struck by how closely it resembled the Sphinx of Egypt. Not only does the Baluchistan Sphinx have a well-defined face, but it also wears the Nemes head-dress and head-band of the Egyptian pharaoh, and it is seated in a crouching position. The elevated platform on which the Sphinx is located has been carved with pillars, niches, and asymmetric patterns, and there appears to be a series of steps leading to the platform. It is challenging to accept that all of this is the work of random natural forces. On the contrary, the entire site gives the impression of a grand architectural complex, eroded by the elements and covered by sediment layers, possibly due to the recurrent tsunamis on the Makran coastline.

The Baluchistan Sphinx is very similar to the Egyptian Sphinx
The Baluchistan Sphinx is very similar to the Egyptian Sphinx
The Baluchistan Sphinx platform shows signs of pillars, niches, symmetric patterns and steps
The Baluchistan Sphinx platform shows signs of pillars, niches, symmetric patterns, and steps

The question is, how old is this monument, and which civilization could have built it? Does it date from the Indus period, or could it be even older? We know that the Indus Valley Civilization extended along the Makran coastline, and its westernmost archaeological site is Sutkagen Dor, near the Iranian border. So, it could be an Indus-era monument. When the Chinese pilgrim Hiuen Tsang had visited Makran in the 7th century AD, he observed that the coastline was dotted with hundreds of Buddhist monasteries and Hindu Temples.

Where have they all gone? Have they all been eroded and covered with sediment so that they are now regarded as natural formations? There is no doubt that a thorough archaeological survey of the Makran coastline, particularly the Sphinx and Princess of Hope areas, is urgently required to find out when the Sphinx complex was built and what ancient secrets lie hidden within this enigmatic monument. 

A cursory glance at the impressive sculpture shows that the sphinx has a well-defined jawline and clearly discernible facial features such as the eyes, nose, and mouth, which are placed in perfect proportion to each other.

The Sphinx in different cultures
It is challenging to accept that all of this is the work of random natural forces. Credits: Saadeqa Khan

 The sphinx appears to be decked up in a head-dress that closely resembles the Nemes head-dress of the Egyptian pharaoh. The Nemes headdress is a striped headcloth that covers the crown and back of the head. It has two large, conspicuous flaps that hang down behind the ears and in front of both shoulders. The ear-flaps can be clearly seen on the Balochistan sphinx (including some stripe marks on it as well). The sphinx has a horizontal groove across the forehead, which corresponds to the pharaonic head-band that holds the Nemes head-dress in place. 

One can easily make out the contours of the sphinx’s reclining forelegs, which terminate in very well-defined paws. It isn’t easy to see how nature could have carved out a statue that resembles a well-known mythical animal to such an extraordinarily high degree.

The presence of the Sphinx carvings in different ancient cultures

People generally believe that sphinx statues are found only in Egypt, but the truth is that they are widely dispersed worldwide. There are slight variations in their representations across cultures, but their function is the same. They act as protectors of sacred sites, and they used to be placed in pairs on either side of the entrance to temples, tombs, and monuments.

A few part of this article has been published on Bibhu Dev Misra’s personal website. Here republishing with prior permission.

Problems involving open access scientific publications and how to fix them

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The idea of open access science journals is a novel initiative that helps bring forth reliable information about genuine scientific contributions to the science communities worldwide. Most of these open access science journals were founded with a mission to develop reliable platforms and to provide unrestricted access to scientific literature for rapid dissemination of recent breakthroughs in various disciplines of science. Another benefit of such open access science journals is that people can have access to the latest scientific papers at no cost and avail the facility to enhance their scientific understanding in the relevant topics.

There is always a worldwide need to have access to reliable sources for scientific information, resources, and guidance. Until recently, the traditional publishing sector was the only channel available to meet these needs. The open access publishing model is a new avenue to meet such requirments that is accessible to a much wider audience.

The stunning advances in various fields of science and technology have had a profound impact on humankind in every sphere of life. These advances have created a sharp schism between the technologically developed countries and the relatively backward countries. Being a national of a developing country like Pakistan, my primary focus as a science journalist and a science communicator is to make science accessible to everybody in a simple to understand way that laypeople can relate to.

Pakistan doesn’t have an open access publishing model to speak of. There are only a handful of science journals and magazines that are providing reliable scientific information to the masses. This is why my primary focus during various events of the Berlin Science Week 2020 (held virtually from 1st to 10th November 2020) was on discussion sessions that highlighted open access publications and transparency in science.

Berlin Science Week 2020

Berlin Science Week is the most interesting event of the year for science enthusiasts all over the world. This year around 200 events were held virtually, including science breakthroughs of the year 2020, panel discussions, and major research work in healthcare and Coronavirus vaccine development.  While scrolling through the events list, a panel discussion entitled, “Why no one is reading your open access publication and how to fix it” caught my attention.    The four panelists were Russel Alt Haaker, Stephanie Dawson, Czifra, and Agatha Mokre.

Russel, who is working for an open-access platform in Berlin, said that it is difficult for young researchers to publish their work in established journals. On the other hand, young researchers will find it easier to publish in open-access journals because the researchers are familiar with digital platforms.  However, publishing in open access platforms doesn’t give young researchers the same credibility that publishing in established journals could garner. One possible solution to this problem is for young researchers to collaborate with more established researchers who are willing to put their names on open access publications and put the weight of their fame behind younger researchers. This would be a win-win for both.

We are moving into the digital age of open access publication. Here, the key component is metadata that provides at least the basic information that is needed for people who are looking for your book, said Agatha Mokre. A major factor that influences how widely your book is read is the title of your book and publishers’ information about your book. I think that we do not have robust standards of metadata, especially for open access books, and having informative metadata is probably the most crucial way of making sure that someone will take an interest in your book. She added.

Meanwhile, Russel added: We aim to make dissertations and research of the young academics more visible (regardless of whether they decide to stay in academia or not). Different global scholarly information management systems are in place for them, starting with the most obvious, Google scholar. At the same time, social platforms are usually the places where quality issues around metadata become visible.

During this panel discussion, the attendees were provided a questionnaire to fill so organizers could learn more about them and their personal interests. The poll results indicated that around 72% of audiences were researchers, a small number were academics or publishers, and the rest were students who were essentially researchers or academics at the beginning of their careers. The poll also indicated that 62 percent of attendees have published articles or reviews in open access science journals. With these figures, the panelists concluded that a majority of researchers encounter hurdles in publishing their research work in open access journals. The need of the hour is to develop a worldwide catalog system for open access publication. Today there is a hodgepodge of resources that serve this purpose: libraries, the internet, traditional science journals, etc. However, there is no central repository of information that everyone could access.

During the pandemic, the public’s interest has shifted towards healthcare, research work on vaccine development, and other precautionary measures for keeping one safe from the deadly virus. In such a situation, it is even more important to establish open access publications and other reliable information resources that public can trust.

It is worth mentioning that the shift to open access publishing started idealistically, with enthusiasm and pressure from the grassroots. Instead of putting research work into science journals that are expensive and have a high bar for getting accepted, one would make articles available for free. In the early phases of a career as a researcher, having a publication in a high-profile science journal can significantly increase one’s chances of landing a job or getting research grants. Currently, this is a big hindrance in open access publishing. No matter how many obstacles there are in getting a paper accepted in a high impact journal, getting a paper published in the prestigious science journals like Nature, Scientific American, and Science, is so compelling for career advancement that open access journals don’t stand a chance.

The barriers to open access could only be removed with strong leadership. An example is Norway, where universities get part of their public funding as a function of the number of scientific publications they produce. If the government modifies the system such that open access publications would get valued more, it would not take long for change to happen.

Read, Also: National Science and innovation Fair

Gravitational-waves, the disturbances in space-time

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Moving towards the door, you are very cautious to not make a sound. You open it carefully but accidentally end up making a sharp noise. Your mom wakes up and catches you with the ice-cream red-handed! It might be a bad experience for you, but this story leads us to something exciting. When objects interact, a disturbance is generated, which travels as sound or any other form of energy depending on the situation. When you opened that door, your force caused the door to move and generated a sound.

Similarly, every object in the universe produces waves in the space-time medium by acceleration; thus, we get gravitational-waves (GWs). I know you must be thinking, where did the concept of space-time evolve from? And what does space-time even mean? Plus, how can gravity have waves? Well, space-time can be treated as a medium composed of 3 space and one dimension of time. This is one of the most challenging concepts to grasp, so don’t worry. Take your time to understand this idea! Gravitational-waves, on the other hand, are generated in the space-time medium by accelerating objects.  

How exactly are gravitational-waves produced? 

When an object like you pushes a door, gravitational-waves are generated in space-time like ripples in water. About gravitational-waves, we got gravity wrong before. Gravity isn’t a force but a bend in space-time caused by an object with a mass. When two objects interact, the bend they cause affects both, and the lighter object seems to be attracted towards the heavier one, but it’s the lighter one falling in the bend of the heavier ones. The more massive object is also affected by the lighter one, but the effect is lesser. As small entities living on a small planet like earth, we don’t observe any gravitational-waves, and space-time isn’t even thinkable, but all that changed when Einstein presented his famous relativity theory introducing us to the idea. LIGO (Laser Interferometer Gravitational Waves Observatory) proved experimentally in 2016 that gravitational-waves are indeed real after it observed GWs for the first time.  

Illustration of how mass bends space.
Illustration of how mass bends space. Credit: NASA

Types and sources of gravity-waves 

There are 3 known types of gravity-waves, Continuous, Compact Binary Inspiral, and Stochastic. If an object like a single neutron star spins at a constant rate, it will produce continuous gravity-waves. The amplitude and frequency of such a wave remain the same. When two compact binaries like two black holes, two neutron stars, or a neutron star and a black-hole spiral around each other, they release gravity waves as they move closer. These waves are called Compact Binary Inspiral gravity-waves.

All the detections by LIGO so far are from Compact Binary Inspirals. The heavier the objects, the shorter is the span of the release of these waves. The first signal that LIGO detected was from two merging black holes, and it was around 2/10th of a second. The detection from two neutron-stars in 2017 was about 100 seconds long. Finally, stochastic gravity-waves are mixed and feeble waves produced by random objects in the universe. These are very hard to detect, but it’s possible to study a part of these waves.  

Detecting gravitational-waves through ‘LIGO’

As the name suggests, “LIGO” uses Laser Interferometry in which interference of two laser beams creates a pattern that helps in studying an object. A laser beam is split into two waves, which hit two mirrors and these two waves hit back at the detector, making a pattern. As the wavelength of a laser is too small, any disturbance caused in the beams’ path is detected with accuracy. LIGO can detect gravitational-waves by the disruptions caused in the laser signal, which could be as small as 1/10000th the proton’s width. Just to make things clear, the radius of a proton, recently calculated, was around 0.84 x10-15 m. This shows the power of this great detector.

An aerial photo of the LIGO observatory in Hanford, Washington. Gravitational waves
LIGO is made up of two observatories: one in Louisiana and one in Washington (above). Credit: Caltech/MIT/LIGO Lab

Why is gravitational-wave detection rare? 

Gravitation-waves are produced by every small and big object in the universe, but the issue lies within these waves’ weakness. First, detecting GWs from such a huge crowd of electromagnetic-radiation (EM), seismic-noise, atmospheric-noise, etc., is very hard. Why is noise such a big issue? Is an essential question. You see, GW’s cover a broad frequency range, and yes, they have a wave spectrum just like EM waves do, but the thing is the frequency is too low, so sensitivity is not something to compromise on. The wavelength of gravitational-waves ranges from a few kilometers to the size of the universe! Yes, you heard it right. Detecting such waves thus becomes a challenge.  

Exploring gravity-waves through LISA 

Even though LIGO uses vacuum tubes to protect itself from external noise, the bumping is still there. To avoid this, bumping and hearing the call of GW’s “LISA” (Laser Interferometer Space Antenna) is coming to our rescue. It will consist of a network of 3 space-crafts at about a 2.5 million km distance. Being space-based will be the real advantage as external noise like experienced on earth won’t interfere, and data collection would become more accessible.  

LISA’s frequency range goes to as low as 0.1 mHz to 100 mHz compared to 10Hz to 100Hz for LIGO, which means it is more sensitive without all the noisiness. LISA is a project by the European Space Agency (ESA) and will be released in 2034.

Why are gravitational-waves important? 

Many events in the universe are not detectable or unknown to us as they don’t release EM radiation, but now we can study a new phenomenon through the gravity-waves various objects produce. The inside of a black-holes and the big bang are just two of the many things which can now be understood much further. Understanding the beginning of our universe and its possible end is starting to unfold. With a new tool that we are beginning to explore, we might one day have better answers about the universe’s birth and its fate. All we need to do is listen and wait! 

References 

https://www.livescience.com/space-time.html

https://www.ligo.org/detections/GW150914/

https://www.ligo.caltech.edu/page/what-is

https://www.scientificamerican.com/article/just-how-small-is-the-proton/

http://www.tapir.caltech.edu/~teviet/Waves/gwave_spectrum.html 

https://lisa.nasa.gov/

https://www.elisascience.org/articles/lisa-mission/lisa-mission-gravitational-universe

https://www.ligo.caltech.edu/page/gw-sources

Also, read: Mystery object observed in a collision with a black hole by LIGO and Virgo

Baluchitherium: The largest land mammal

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After the dramatic extinction of the dinosaurs, the bones of the largest land mammal were discovered in 1910 by English paleontologist Sir Clive Forster Cooper.

In Balochistan, Cooper discovered bones of extraordinary size. He suggested that the mammal was the size of a dinosaur and named it as Baluchitherium or ‘the beast of Balochistan’. But for almost a century, the creature remained an enigma because no further investigation was carried out.

In the early 1990s, eminent French paleontologist Jean-Loup Welcomme set out on a journey towards Balochistan in order to find the fossils of the mysterious creature. He followed the footsteps of Cooper and finally discovered that Dera Bugti was the place where Cooper had first unearthed the bones of Baluchitherium. Welcomme came to Pakistan under a project named, “Mission Paleontologique Française au Balochistan”. Pakistan Museum of Natural History was another stakeholder in that project.

Welcomme contacted Nawab Akber Khan Bugti and told him the story of that spectacular discovery. Bugti not only gave him the permission for further excavations but helped him with every day needs and workers. In 1997, Welcomme discovered the first finger of the Baluchitherium in a stony valley near Dera Bugti.

After a long busy day of excavation, Welcomme with the Bugti tribesmen. – Photo courtesy Jean-Loup Welcomme
After a long busy day of excavation, Welcomme with the Bugti tribesmen. – Photo courtesy Jean-Loup Welcomme

The giant of the hidden valley

After the first clue, Welcomme and other mammalian experts unearthed an array of amazing fossils. The team discovered uncountable fossils in a mere 200 square meter area, which could be considered the best exposed bone-beds on Earth. They found many remains of male and female Baluchitherium simply lying on the ground, which was a quite rare event in paleontological findings. Perhaps the massive creatures were swept away by a river and had accumulated on the banks. Scientists also found traces of crocodile’s teeth on bones which suggested that the Baluchitherium was also a common prey of crocodiles.

In 2003, the French team carefully examined every major and minor bone and finally put them in proper place, building a composite skeleton of the Baluchitherium. The skeleton suggested that the giant creature was five-meters tall and weighed 20 tonnes, almost as massive as the size of three large elephants!

Scientists got the rough idea of the Baluchitherium’s height by examining its bones. But defining the mass of any extinct mammal is a tricky job. Teeth and especially bones are very helpful to identify the mass of any mammal. Over decades of investigations, scientists have devised many techniques to find the mass of a mammal by looking at the length and diameter of its bones. These methods can be successfully applied to assess the bone-mass relation of the mammals.

In the geological time scale, Baluchitherium roamed Asia in Oligocene epoch or 30 millions years ago. According to plate tectonics, some 200 million years ago, the sub-continent was locked – it was a part of the great Gondwanaland which comprised South-America, Africa, Sub-Continent and Australia.

This block had been dismantled into parts and slowly moved towards Asia. 55 million years ago, one part of the Indian plate hit the Asian plate and 43 million years ago the contact between the two was complete. This collision brought about the Great Himalayan Mountains. The Indian-Asian plate collision changed the whole climate of the region.

Heavy rains and erosion turned Balochistan into a lush green rainforest like today’s Amazon. The conditions were suitable for a hornless rhinoceros or Baluchitherium to flourish. The lush forest provided enough vegetation for the bulk-eater mammal to survive. Baluchitherium lived for 11 million years, nearly 35 to 24 million years ago.

After working on the Baluchitherium, Welcomme tried to uncover the entire environment it shared. The team discovered the diversified fossils of fish, turtles, crocodiles, rodents and other small mammals. He studied 40 sites that described 12 distinct levels of different geological ages. He also discovered prehistoric trees, flowers and leaves.

Amazingly, the team found shark teeth, fish and shells which suggested that around 32 million years ago an epicontinental sea had appeared in the heart of Balochistan, which was a rare phenomenon.

Is Balochistan a cradle for humanity?

Prehistoric Balochistan can also be considered an exact place of migration of mammals coming from South East Asia on the road to Africa or Europe. Simply put, it could be called a cross road for African mammals. Amazing fossils of ancestors of elephants and lemurs also discovered in Balochistan, strengthened the hypothesis that many animal groups have Asian origins. We can assume that this place was an evolutionary highway for the kin of today’s many advanced animals. Surprisingly the French team discovered some 20,000 fossils of mammals only from and around the areas of Dera Bugti.

Two important discoveries are worth mention here, one is the mystery of lemur. Bug-eyed and slow moving lemurs now only live on the island of Madagascar. Before 2001, scientists had believed that only Africa was the birthplace of lemurs. But a lemur fossil discovered in Pakistan changed the paleontology text books.

Laurent Marivaux, another French expert discovered a 30 million-year-old fossil of a lemur from Balochistan. Dubbed as Bugtilemur Mathesoni, it is now the oldest fossil of lemur found anywhere on the planet. Bugtilemur triggered a new debate among scientists that lemurs may have Asian rather than African roots.

The details of that discovery were published in the prestigious research journal, “Science”, in which Marivaux said, “The discovery was totally unexpected and the time has come for the Asian scenario to receive more serious attention.”

Gifted writer, Nigel Calder, wrote in his book; “By the boldest interpretations of genetic geography, modern humans may have emerged in South-central Asia- perhaps somewhere east or southeast of the Caspian Sea on the Kazakhstan-Balochistan axis-because that is where the indigenous populations are most “intermediate” between genetic extremes of Africa, Australia, and the Americas.” Time Scale: page 58

The evidence of the above statement came from other finding of Jean Loup Welcomme. He discovered another fossil valley called “Paali” in Balochistan.

On a very hot day in Paali, he filled his clear plastic bags with sand. Back to the small lab in a Dera Bugti guest house, he washed and screened the sand and was surprised that the grains were so little that the screen was empty except for some dark grains. But, later, under the microscope, he realised that those grains were in fact the teeth of small-sized mammals which had remained well preserved. Among them was a tooth of a primate!

Thus Paali became a window to our own group – Anthropoid Primates. Afterward, more teeth of primates discovered from the same site suggested that Balochistan could be the motherland of all animal groups including humans. But further excavation is needed to find more astonishing results because scientists have been screening other areas for decades but only five per cent of Dera Bugti  searched so far. It is important to unearth Balochistan’s paleontology scenario, because its open fossil beds are ready to reveal the treasure to the whole world. For instance, only Paali area holds the secret of more than 10 million years of ancient life on the planet.

Why did the Baluchitherium become extinct?

The answer lies in the same conditions which developed a stage for Baluchitherium to flourish. Some 22 million years ago, the movements of Asia and Africa destroyed the most important prehistoric sea, the “Tethys”. The disappearance of the sea gradually changed the climate of Asia. Balochistan turned into stony desert from a green valley. The vegetation disappeared and Baluchitherium became extinct in the battle of survival.

Fortunately, Nawab Akber Khan Bugti kept the Baluchitherium bones in 10 metallic containers. After he was killed, the fossils were recovered and sent to the museum of the Geological Survey of Pakistan and still remain there.

Pakistan is an ‘El Dorado’ for fossil hunters. However, serious attention is also required to highlight the discoveries from Pakistan. It has been a decade since the complete skeleton of the largest land mammal was discovered from Pakistan. Beautiful series of postal tickets could be issued or the Baluchitherium could be declared the symbol of Balochistan.

One-tenth scale fiber glass model of Baluchitherium. – Photo courtesy Asim Mirza
One-tenth scale fiber glass model of Baluchitherium. – Photo courtesy Asim Mirza

A veteran artist, Asim Mirza, beautifully carved a one-tenth scale model of the Baluchitherium. He also invited Jean Loup Welcomme to see how it looked.

When Welcomme first saw the fiber glass model, he was amazed to see the authenticity of the prehistoric giant. By his own resources, Mirza has also been working on a life model of Baluchitherium for the past five years and is now on the verge of completing it.

Fortunately, Jean Loup Welcomme will again visit Pakistan in Spring 2011, to work on a joint project with the Sindh University.

Note: This article was originally published in Dawn and has been reposted with the author’s permission.

Also Read: Under the fossils, a time machine exists

Archeological discoveries made in the last decade

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Over the years, archaeologists have discovered some astonishing ancient remains in different parts of the World. Such discoveries give us a clue about the lifestyle of people living in that era and provide us with valuable study material about the evolution of human beings. In the past decade, we have seen some remarkable archaeological discoveries that made us understand the human body and our planet more comprehensively. 

As the 2010s come to an end, I have highlighted some astounding discoveries over this period, which has solved many mysteries related to humankind. 

2010

From the discovery of the remains of the earliest Protestant church in North America to the 3.6 million-year-old beanpole on the Ethiopian plains, 2010 was a good year for archeological discoveries.

  1. For years, scientists were baffled by the discovery of the short-legged “Lucy” skeleton that led them to argue that the early human ancestors were unable to stand fully right, but the 3.6 million old beanpole “Kadanuumuu” has laid these speculations to rest as it demonstrates that the earlier ancestors were fully bipedal.
  2. Archaeologists at Jamestown, Virginia, discovered the remains of the earliest Protestant church in North America. It is speculated that the church built in 1608 was 60 feet long and made up of wood. Several important events in history took place there, the most notable being the marriage of Pocahontas to tobacco farmer John Rolfe in 1614.
  3. Looters in Milas, Turkey, led the archaeologists to discover one of the most fascinating tombs in history. It is believed that the tomb belonged to Hecatomnus, the ruler of Caria, in the fourth century B.C. It was of great importance in understanding the artistic skills of the craftsmen of that period.
Archaeology Magazine - Archaeology Magazine
3.6 million old “Kadanuumuu”

2011

Many archaeological discoveries took place in 2011, the most remarkable being the discovery of one of the World’s first buildings in Jordan and a boat with a 1000 years old Viking buried inside it.

  1. A buried Viking was discovered in a remote region of Western Scotland, which is thought to be 1,000 years old. He was buried in a 16 feet long boat along with his sword and other goods. According to a Viking specialist from the University of Glasgow, it is one of the most important Viking burials ever found in the U.K.
  2. A burial chamber was discovered at the archaeological site of Nakum in northeastern Guatemala, which contained a 1,300-year-old skeleton along with some other ancient remains. It is speculated that it may have been the tomb of a female ruler from the second or third century A.D.
  3. A 4,500 square foot structure was discovered at Wadi Faynan in South Jordan, which is speculated to be almost 12,000 years old. It is considered as one of the first buildings in the World as it dated back to the era where construction of buildings was not a routine. 

2012

When it comes to discoveries, 2012 was no different than other years in the context of archeology. We have seen some fantastic discoveries ranging from Europe’s oldest wall engraving to the 2,000-year-old treasure wrapped in cloth in Israel. 

1. Archaeologists uncovered an engraving on a limestone block at Abri Castanet in France, which is arguably one of the earliest wall art in Europe, dated back to almost 37,000 years ago.

2. A 20-foot long boat was found at Abu Rawash, which is the oldest boat ever unearthed in Egypt, dating back to 2950 B.C. According to experts, this boat was used in carrying out the burial ceremonies at that time, but its exact function is still a speculation.

3. Archaeologists in Southern Israel also discovered a treasure of jewelry and coins wrapped in a cloth and buried inside a pit. It is speculated that a wealthy woman from the Bar Kokhba revolt time, which lasted from 132 A.D. to 135 A.D., hid them in the ground to be used later in life, but she didn’t return.

bar-kokhba-coins-jewelry-horiz.jpg

Kokhba coins and jewelry

2013

From Royal tombs to the oldest rock art in North America, here are some of the exciting finds in archaeology in 2013.

  1. In February, researchers in Leicester, England, found a grave containing remains of King Richard III. Analysis of the skeleton has revealed that the king was subjected to painful scoliosis treatment and was buried in a hasty grave after sustaining various head injuries without any ceremony.
  2. In the Nevada desert, archaeologists found signs of ancient rock art that dated back to between 10,500 and 14,800 years ago and is the oldest in North America. Scientists have not found any information related to this rock art yet.
  3. Archaeologists in Peru discovered a 1,200-year-old royal tomb that had the bodies of three queens who ruled the Wari Empire between 700 and 1000 A.D.

2014

2014 was eventful as well, from discovering an ancient tomb in Greece to the World’s oldest known cheese, quite a few discoveries were made.

  1. In August, archaeologists in Northern Greece discovered 2,300 years old tomb that had been the largest of its kind in the Greek World. It is unclear who was buried here, but some have speculated that it could be someone from Alexander, the great’s close personages.
  2. In Mexico’s Yucatan Peninsula, a near-complete skeleton of a teenage girl was found at the bottom of an underwater cave called Hoyo Negro (“Black Hole” in Spanish). Scientists revealed that her DNA resembled modern-day Americans, which could help solve the long controversial debate over the identity of the first Americans.
  3. In northwest China’s Taklamakan Desert, archaeologists discovered the World’s oldest known cheese on the bodies of 3,800-year-old mummies. It is speculated that the cheese was left in the graves as a refreshment to be enjoyed in the afterlife.

2015

2015 was a spectacular year for archaeologists as they discovered the World’s richest shipwreck in Spain, a rare unlooted grave of a wealthy warrior in Greece, and a new species of the genus Homo, a mystery related to human evolution.

  1.  Archaeologists uncovered an unexpected grave of a wealthy warrior in Greece that dated back to almost two centuries ago. The warrior was surrounded by around 1,400 objects, including a bronze sword and other precious items. It was surprising for archaeologists as only female warriors were used to be buried with their valuable goods.
  2. Considered as the “the most valuable shipwreck discovery of all time,” archaeologists also uncovered a Spanish ship that dated back to the 18th century and was laden with around a billion dollars worth of precious jewelry. 
  3. An unexpected species of genus Homo was discovered in South Africa, which has a small brain and a large body, replicating some apelike features. It is still under observation how this mysterious species fits into our family tree.
The remains of Homo naledi were discovered in South Africa

2016

Like other years, we saw some amazing discoveries in 2016, ranging from a bronze age city in Northern Iraq to a sizeable 2,500-year-old iron age mound. 

  1. Archaeologists discovered a massive bronze age city near Dohuk in northern Iraq, which is thought to be established in about 3,000 BC and was sustained for almost 1,200 years. It is also speculated that it might belong to the Akkadian Empire period (2340-2200 BC), which is considered as the first world empire in human history.
  2. Archaeologists in Yorkshire have discovered a spectacular 40-foot long mound, which is thought to be built around 2,500 years ago. It is an unprecedented Iron age monument discovered in Britain so far, as only small mounds have been found before it.
  3. Bronze age houses were discovered in East Anglian fens, thought to be almost 3,000 years ago, dating to the Bronze age (1200-800 BC). Although these settlements were destroyed by fire, their contents were well preserved.

2017

From discovering mysterious stones in Saudi Arabia to a woman buried with her husband’s heart in France, here are some of the interesting discoveries of 2017.

  1. Archaeologists found hundreds of mysterious stones, called gates, in Saudi Arabia. They were of different lengths, the longest being 518 meters long. 
  2. The Oldest Homo sapiens were identified in a cave in Morocco after the archaeologists uncovered skeletons of three adults, one teenager, and a child. These skeletons dated back to almost 300,000 years ago, researchers claimed. According to experts, these individuals looked similar to modern humans.
  3. Archaeologists in France have discovered a grave containing a woman’s body and the heart of her husband lying over her coffin. Archaeologists were amazed by the founding, that the heart of this woman was also removed, and it might have been placed with her husband in his grave, though her heart was not found.

2018

From the discovery of the oldest human found outside Africa to the body of an intact horse found in the Roman city of Pompeii, here is a round-up of the intriguing discoveries of 2018.

An upper jawbone found in Israel. Credit: Israel Hershkovitz, Tel Aviv Univ.
  1.  In January, archaeologists discovered an upper jawbone fossil in Israel, which is thought to be the oldest human fossil found outside Africa as it was almost 50,000 years older than the other human fossils found outside Africa, which dated back to 90,000 to 120,000 years ago.
  2. There was also the discovery of amazing things related to some of our foods by archaeologists around the World. In Sicily, they found traces of olive oil, a 3,300 years old cheese was found in Egypt, and the World’s earliest beer-making operation was uncovered in Israel.
  3. An intact body of an ancient horse was discovered in the Roman city of Pompeii by archaeologists, which is thought to be almost 2,000 years old, dated back to the eruption of Mount Vesuvius, which destroyed this ancient city.

2019

As the end of the decade neared, there were more surprises to unpack. From the most colorful discovery of 2019 to one of the most important archaeological discoveries ever made in the U.K., here are some of the mouth-watering findings of 2019.

  1.  Archaeologists in Egypt discovered a 4,400 years old colorful tomb of Khuwy, which is thought to be the most colorful discovery of 2019. Evidence suggests that the tomb belonged to an important person at that time. The most interesting thing about the tomb was its well preserved colorful paintings.
  2. A mysterious discovery took place in central Ecuador when archaeologists found out bodies of two infants wearing helmets made from other children’s skulls, dated back to almost 2,100 years ago. The purpose of placing helmets is not clear, but it is speculated that these helmets might have been used to protect these infants.
  3. A 2,200 years old grave was found in the United Kingdom having remains of a man who died in his 40s and was buried with a 30 inches long bronze shield, two horses in a leaping position, and other materials. It is considered one of the most important ancient archaeological discoveries ever made in the U.K.
Egypt unveils coffins buried 2,500 years ago | Deccan Herald. Archaeological discoveries
A sarcophagus that is around 2500 years old is displayed at the Saqqara archaeological site. Credit: AP Photo

2020

Although 2020 has not ended, we have already seen some interesting discoveries so far, from intact coffins in Egypt to the 12,000-year-old human footprints found in New Mexico.

  1.  Archaeologists in Cairo, Egypt have discovered 13 completely sealed coffins speculated to be almost 2,500 years old. The coffins have not been opened, and their paints were preserved too.
  2. A unique cemetery was discovered in Egypt in May, which dated back to the el-Sawi era known as the 26th Dynasty. The cemetery consisted of a room built with limestone, but it didn’t have any furniture.
  3. There was also the discovery of old human footprints in New Mexico, which are thought to be almost 11,500 to 13,000 years old. According to experts, these footprints are of great importance in understanding our ancestors’ similarities and differences.

We have seen some remarkable archaeological discoveries in the past ten years ranging from the oldest homo sapiens found outside Africa to the most valuable shipwreck discovery of all time in Spain. With new technologies and disciplines appearing in archaeology, we will witness some astonishing discoveries in the coming years, too, which will give us a clue about our history and help us understand ourselves and humanity. Experts believe that in the coming years, archaeologists may stop digging entirely and focus on using technology to explore underground, leaving the treasures to benefit future generations. Whatever the method be, one thing is clear that we will surely witness some mind-blowing archaeological discoveries in the future.

References: Archaeology.org, Livescience.com, National Geographic, Heritage Daily, History, Sci-News.com, al-monitor.com

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