1 . What killed King Tut? Historians and scientists have long believed that ancient Egypt’s most famous king was probably murdered. But a recent scientific study claims to have found a different answer to this more than 3,300-year-old mystery. A team of researchers now say that King Tut, the boy ruler, died of complications (并发症) from a broken leg.
Tut’s full name was Tutankhamun. He was just 9 years old when he became the ruler of Egypt. His treasure-filled tomb was discovered almost a century ago. It was filled with royal riches, including a solid-gold coffin, a gold mask, and piles of jewelry.
Unfortunately Tut died at the age of 19. Many experts have thought that Tut was killed by one of his advisers, named Ay, who wanted to be king. But thanks to a major modern science project, it seems Ay is innocent.
Researchers set out to solve the mystery of King Tut’s death by using the tools of science, including DNA tests and electronic scans of his mummy (木乃伊). Scientist Carsten Pusch conducted the tests on Tut for the new study. He thinks a broken leg contributed to the young king’s death.
More than 100 walking sticks were found in King Tut’s tomb. This supports the team’s findings. But how could a person die from a simple broken leg?
Pusch also found DNA evidence in Tut’s body that indicates he had malaria (疟疾), a disease carried by mosquitoes. Malaria severely weakens the immune system.
Pusch and his fellow researchers believe the malaria and the bone disease together caused the king’s fracture (骨折) to become deadly. Finally, the young king was just too weak to recover. So effects of the disease combined with the bad luck of a broken bone — not a jealous adviser — are likely the real causes of King Tut’s death.
1. It has long been believed by historians and scientists that _____.A.King Tut was the youngest ruler in the world history |
B.King Tut was the richest ruler in the history of Egypt |
C.King Tut was murdered by one of his advisers |
D.King Tut was poisoned by one of his servants |
A.the king had been dead for 3,300 years |
B.the king was buried grandly |
C.the king was born with a bad immune system |
D.the king’s body was well kept in the tomb |
A.testing the king’s immune system |
B.studying the walking sticks found in the tomb |
C.performing experiments on mosquitoes |
D.applying DNA tests and electronic scan technology |
A.a different answer to King Tut’s death |
B.a famous boy king in ancient Egypt |
C.a treasure-filled tomb discovered in Egypt |
D.a team of researchers studying ancient tombs |
Deep in the jungle, the Maya built an empire (帝国). And now, scientists are unlocking more secrets about this ancient civilization with the
The Maya civilization was “far more advanced than we thought”, noted The Washington Post. The new findings showed that they were already busy
The recent opening of a new exhibition building at the Sanxingdui Museum, in Guanghan, in Sichuan province, made the place
For those who cannot make it to Guanghan,
It provides a time-travel experience for both an educational and artistic appeal. The journey begins
On show
Images of these objects found at Sanxingdui and their
Terracotta Army it is amazing sight in Xi’an. There are more than 8, 000 statues
5 . For archaeologists (考古学家) in Israel, eight prehistoric ostrich (鸵鸟) eggs-thought to be between 4,000 and 7,500 years old-proved as valuable as treasure when they were dis-covered near an ancient fire pit in the Negev, a desert region in the south of the country.
They were discovered during an archaeological excavation (挖掘) in the agricultural fields of Be’er Milka, the Israel Antiquities Authority (IAA) announced on Thursday. The eggs’ location suggests that they were collected by the prehistoric (史前的) desert nomads (游牧民) who used the campsite, according to a press release from IAA, and further lab analysis will provide more information about their uses and ages. Although the nomads did not build permanent structures at this site, the finding allows us to feel their presence in the desert. The campsites were covered by sand, keeping the eggs exceptionally well-preserved.
Ostriches were common in the region until they became extinct in the wild during the 19th century. Their eggs were beautifully decorated and were prized items during the Bronze and Iron Ages (青铜和铁器时代). As well as being used as decorative items, ostrich eggs were also used as a source of food. One ostrich egg has the nutritional value of about 25 normal chicken eggs.
While ostrich eggs are not uncommon in excavations, the bones of the large bird are not found. This may indicate that in the ancient world, people avoided dealing with the ostrich and were content with collecting their eggs.
1. What did archaeologists find in Israel?A.Ostriches. | B.Burnt tools. | C.Ostrich eggs. | D.The bones of ostriches. |
A.The trees. | B.The fire pit. | C.The campsites. | D.The sand. |
A.To provide shelter for them. |
B.To protect agricultural fields. |
C.To get food or decorations. |
D.To do some research on them. |
A.Ostrich eggs have high nutritional value. |
B.Ostriches were found near an ancient fire pit. |
C.People tended to hunt ostriches as food sources. |
D.Ostriches were common in Israel in the 20th century. |
In 2016, the first phase of the Digital Huang resource database went online. People from all over the world could enjoy high-quality
7 . About 5,300 years ago, people from the grasslands of modern-day Russia and Ukraine expanded rapidly across Eurasia. Within a few centuries these “Yamnaya” left a lasting genetic mark on populations from central Europe to the Caspian Sea. Today, archaeologists call them “eastern cowboys” for their livestock herding (畜牧) and highly mobile lifestyle.
But one part of the classic cowboy picture was missing: horseback riding. Although cattle bones and solid carriages have been found in Yamnaya sites, horse bones are hard to find, and most archaeologists assumed people did not start to ride horses until at least 1,000 years later.
In a new study published in Science Advances, researchers say they’ve found the earliest evidence of horseback riding not in the bones of ancient horses, but in their Yamnaya riders. “Everyone has focused on horse remains to get an idea of early horse riding,” says co-author and University of Helsinki archaeologist Volker Heyd. “Our approach was to look at humans.”
The researchers looked at more than 150 bones unearthed in Romania, Hungary, and Bulgaria — the western frontier of Yamnaya expansion. The Yamnaya were well-fed, healthy, and tall; the chemical composition of their bones showed protein rich diets consistent with herding cattle and sheep. But the bones showed signs of distinctive wear and tear. They also showed thick spots on the leg bone consistent with lots of time spent on the horse back. Healed injuries matched the kinds of damage a kicking horse might cause, or what sports medicine doctors today see in riders thrown from their horses.
“In terms of trying to identify people riding horses, I think they’ve done the best job possible bioarchaeologically,” says bioarchaeologist Jane Buikstra. “That doesn’t mean it’s perfect, or convincing, ultimately.”
More samples — including horse bones with signs of riding, such as bit marks or back bone damage from the weight of a rider — would help make the case, says CU bioarchaeologist Lauren Hosek. What the group has found “is really interesting”, she says. “But there’s a lot more work to be done when the risks of drawing the final conclusion are as high as the earliest horse riding.”
1. Why are the archaeologists looking for the horse bones?A.To prove the Yamnaya’s rapid expansion. |
B.To confirm the Yamnaya’s herding variety. |
C.To further understand the lifestyle of Yamnaya. |
D.To trace the origin of the classic cowboy picture. |
A.It includes field trips. | B.It focuses on human bones. |
C.It is based on horse remains. | D.It compares the compositions of bones. |
A.Their bones bore the evidence of horse riding. |
B.Many Yamnaya people died from horse kicks. |
C.Their lifestyle of herding led to severe injuries. |
D.They mainly lived in Romania, Hungary and Bulgaria. |
A.Objective. | B.Favorable. |
C.Disapproving. | D.Unclear. |
8 . These days, Fred’s huge skeleton (骨架) was exhibited in the Indiana State Museum. His tusks (长牙) were recently the subject of a research study tracing the life 13,000 years ago of mastodons, distant relatives of modern elephants.
By analyzing the chemicals in Fred’s tusks, a team of researchers was able to construct a detailed account of his seasonal migration patterns. Josh Miller, a paleoecologist (古生态学家) at the University of Cincinnati, is one of the researchers studying Fred. “He has beautifully preserved bones and tusks, which provides a great opportunity for our research,” Miller said.
Mastodons’ tusks generally grow in distinct layers, similar to the tree rings. As a result, the nutrients that build the layers of their tusks can tell us a lot about what they experienced. The team particularly focused their analysis on the variations in two elements in the layers: strontium (锶) and oxygen. The former is the key to understanding where Fred spent his life, while the latter tells us the season he was in any particular region. Then, with some statistical modeling, Miller and his team gained insight into the daily record of Fred’s behavior over ten thousand years ago.
The result indicated that when Fred was young, he would have grown a lot. But there’s a year when his growth is reduced — that’s when Miller’s analysis starts. “Probably like the modern male elephant, a male mastodon is just really obnoxious when growing up to be a bother and often arouses family members’ anger. At that point, the mom and aunts will essentially kick him out of the family”, Miller predicted.
After Fred set off to attend to himself, his tusks reflected where he traveled around. Based on analysis, every summer, Fred would return to mate in Northeastern Indiana, because around this time, his tusks started to show signs of injuries. When competing for mates, mastodons got into huge battles with their own natural weapons, sharp tusks. And that was exactly what brought the story of Fred to an untimely end.
1. What does Miller’s study mainly focus on?A.Inner structure of Fred’s skeleton. | B.Possible tracks of Fred’s migration. |
C.Research value of mastodon fossils. | D.Effective ways of tusk preservation. |
A.By modeling data of special chemical elements. | B.By comparing his layers of tusks with rings of trees. |
C.By conducting field researches in various regions. | D.By reviewing statistical records of previous studies. |
A.Mature. | B.Greedy. | C.Ambitious. | D.Annoying. |
A.He failed to live independently. | B.He reunited with his family later. |
C.He got killed by opponents’ tusks. | D.He survived some natural disasters. |
Located in Guanghan city of Southwest China’s Sichuan Province and covering an area of 12 square kilometers. Sanxingdui Site is the remains of the ancient Shu culture, which dates back
In fact, as a cultural site,, Sanxingdui had come into the notice of archaeologists in as early as the 1930s, and
After sleeping for 3,000 years, their awakening has shocked the world. When our eyes
A great number of artifacts from eight tombs
Six Eastern Han Dynasty tombs are brick tombs, three of
It is also the first time that archaeologists
“This excavation(挖掘)is