1 . Every day people joined archaeologists and artists in finding some of the year’s most dramatic discoveries. Below are some examples of 2023.
“Naughty pupils”-ancient punishment method resurfaces
Archaeologists discovered 18,000 ink-carved pieces of pottery-known as “ostraca”—at the site of Athribis early this year, and among them were hundreds of fragments(碎片)with a single symbol repeated front and back.
Those scribbles(潦草的文字)are evidence of ‘naughty “pupils” being made to write lines, according to researchers a Germany’s University of Tuebingen. The fragments also included receipts, school texts, trade information and lists of names.
Van Gogh peers out in hidden portrait
There is one more known van Gogh’s self-portrait in the world, and it was hidden behind a painting of a peasant woman. People made the discovery when they took an X-ray of one of his portraits from 1885 and discovered the artist’s own image behind layers of cardboard and glue. While X-rays often reveal how artists-changed their compositions, the full self-portrait of van Gogh came as a huge surprise, who was known to reuse canvase(画布)to save money.
Another treasure collection from Sanxingdui
The Sanxingdui archaeological site has produced thousands of relics. The latest discovery, reported by Chinese state media in June includes 3,155 objects, a turtle shell-shaped box and a sacrificial altar among them. A team has been digging six places of the site, turning up more than 13,000 objects so far. Last year, the relics they uncovered included a golden mask, ivory artifacts(手工艺品)and a jade knife. The Sanxingdui culture still remains mysterious, as it left behind no written records or human remains, though many believe it to be part of the ancient kingdom of Shu, which ruled along the upper stream of the Yangtze River until it was conquered in 316 BC.
1. What led to the researchers’ conclusion about the fragments?| A．The repeated symbol. | B．Trade information. |
| C．Lists of pupils’ names. | D．The mark of ink. |
| A．To keep away from X-rays. |
| B．To save money. |
| C．To make his works more mysterious. |
| D．To help people find his composition. |
| A．A jade knife. | B．A golden mask. |
| C．A written record. | D．A turtle shell-shaped box. |
2 . While conducting a survey by airplane of northern Guatemala, researchers detected an ancient Maya site. “We can now see the entire landscape of the Maya region” in this section of Guatemala, said Carlos Morales-Aguilar, one of the researchers from the Department of Geography and the Environment at the University of Texas.
The findings were the result of the survey using lidar (雷达), or light detection and ranging, which has been revolutionary for studying historic sites. In lidar, lasers are sent out and the reflected light is used to create imagery of a landscape. The technology is particularly beneficial in areas with limited visibility such as the rainforest in maya site, as lasers can enter the heavy tree canopy, the thick cover formed by the leafy upper branches in a forest.
The lidar data showed “for the first time an area that was integrated politically and economically, and never seen before in other places in the Western Hemisphere (西半球),” Carlos wrote in the study. Using data from the scans, the team identified more than 1,000 settlements dotting the region. They were interconnected by 100 miles of causeways that the Maya likely traveled on foot. They also detected the remains of several large platforms and pyramids, along with canals and reservoirs used for water collection.
So what made this region so attractive that the Maya would want to settle there in the first place?
“For the Maya, the Mirador-Calakmul Karst Basin was the ‘Goldilocks Zone’,” Ross Ensley wrote, partner of Carlos, a geologist from the Institute for Geological Study of the Maya Lowlands in Houston, Texas. “The Maya settled in this region because it had the right mix of uplands for settlement and lowlands for agriculture.” Uplands lie above the level where flooding occurs. They provided a source for limestone, their primary building material, and dry land to live on. The lowlands are mostly seasonal swamps (沼泽), which provided space for wetland agriculture as well as organic-rich soil for use in terraced agriculture.
Researchers hope lidar technology will help them explore sections of Guatemala that have remained a mystery for centuries.
1. Why did the researchers use lidar in the survey?| A．It detects a wide range of lasers. | B．It pictures quick and clear imagery. |
| C．It passes lights through forests easily. | D．It improves the visibility of rainforests. |
| A．Why Maya drew great attention. | B．How Maya people made a living. |
| C．The research process after surveying the Maya. | D．The findings through observing the Maya region. |
| A．They transformed the land to survive. | B．They were good at upland agriculture. |
| C．They preferred to build houses using limestone. | D．They made a sound choice about where to settle. |
| A．The Perfect Habitat for the Maya People |
| B．The Secrets of the Ancient Maya Civilization |
| C．Revolutionary Use of Lidar Reveals Maya Settlements |
| D．Lidar Technology Unlocks New Discoveries of Rainforests |
3 . My name is Arianna Traviglia and I’m a senior cultural and heritage researcher at the Centre for Cultural Heritage Technology at the Italian Institute of Technology in Genoa, Italy.
As head of the team, I encourage the development of new technologies to maintain and protect important archaeological (考古学的) findings. Right now, I am working in the field of Pompeii, an ancient Roman city which was destroyed and buried under 13 to 20 feet of ash and small rocks during a volcanic eruption in 79 AD. With the help of a robot, I try to carefully reconstruct (重建) the city’s 2,000-year-old broken frescoes (壁画). The project is called RePAIR.
There are thousands of fresco pieces in Pompeii, and it was nearly impossible for a human to reconstruct all the irregular pieces into big, meaningful paintings in the past. Technology now allows us to do it-the robot we use is running by artificial intelligence (AI). As it examines a piece, it searches a database for a match, and then sends the data back to its hands to fit matching pieces together, saving a lot of hours. Its soft human-like arms and hands allow it to hold and examine the easily broken pieces without damaging them. The technology is likely to allow many museums around the world to reconstruct large-scale broken frescoes or similar objects in the future.
In RePAIR, I’m studying the hyperspectral (高光谱的) images of the fresco pieces in storage and comparing them with the paintings on the walls of the House of the Painters at Work, part of a building in Pompeii. By comparing the resemblances in the images, we will be able to work out whether the broken pieces were from the same wall.
I studied history and archaeology in college. Archaeology helps us understand where we come from, and technology enriches that exploration. I’m glad I’m a translator of the two worlds. My mind runs wild when I think about the exciting Roman life that we are still missing because Pompeii’s frescoes were damaged and haven’t been reconstructed.
1. What is the author mainly responsible for now?| A．Repairing the damaged archaeological findings. | B．Designing robots used for archaeology. |
| C．Discovering ancient cities hidden beneath the ground. | D．Reporting on recent studies of historical ruins. |
| A．It may cause further damage to artworks. | B．It takes more time to the examine the artworks. |
| C．It doesn’t need human operators. | D．It has already been widely used in museums. |
| A．Mistakes. | B．Similarities. | C．Damages. | D．Documents. |
| A．Dangerous. | B．Meaningful. | C．Relaxing. | D．Successful. |
4 . Scientists found what could be the oldest evidence of cooking at the edge of the ancient Lake Hula in Israel at the Gesher Benot Ya’aqov, according to a newly-published paper. The remains, especially fish teeth, were discovered near places where scientists also found signs of fire. Tests showed the teeth had been exposed to temperatures that were hot, but not super-hot. This suggested the fish were cooked slowly over a low heat, rather than being put right onto a fire.
With all the evidence together, scientists concluded that these ancient humans had used fire for cooking some 780,000 years ago. That is much earlier than the next oldest evidence for cooking, about 170,000 years ago, which showed Stone Age humans ate burnt roots in South Africa.
Scientists believe cooking started long before this, though physical evidence has been hard to come by —considering the importance of using fire to cook. Cooked food makes it easier for the body to digest and get more nutrients. When early humans figured out how to cook, they were able to get more energy, which they could use to fuel bigger brains. Based on how human ancestors’ bodies developed, scientists guess that cooking skills would have had to appear nearly 2 million years ago.
Those first cooked meals were a far cry from today’s dinners. And at that time, humans started eating not just for fuel, but for their community. In a 2010 paper, scientists described the earliest evidence of a feast(盛宴), which was a specially prepared meal that brought people together for an event in a cave. This “first feast” came at an important turning point in human history, right as hunter-gatherers were starting to settle into more permanent living situations. Gathering for special meals may have been a way to build community and reduce tensions now that people lived closer to each other. Scientists believe ancient feasts served a lot of the same social uses that modern gatherings serve: People exchange information, make connections, or try to improve their position.
1. Which is probably the earliest evidence of cooking?| A．The tools of cooking. | B．The signs of fire. |
| C．The leftover fish. | D．The burnt roots. |
| A．Food is key to keeping brains’ functioning. | B．Using fire to cook is a universal practice. |
| C．Our understanding of ancestors is limited. | D．Cooking is the driving force for human evolution. |
| A．They mark important events. | B．They have multiple functions. |
| C．They differ from modern gatherings. | D．They display excellent cooking skills. |
| A．To inform readers of a new discovery. |
| B．To explain why early humans started to cook. |
| C．To present how cooking makes us together. |
| D．To stress the importance of fire to human life. |
Music is in the corners of everyday life. It is said to be beneficial
There are many ways to make music. For example, if you blow into bamboos or shells,
Now music can be found in every known culture, and even the most distant groups have a certain form of music.
6 . Discoveries at the famous Sanxingdui ruins in Southwest China show that the region’s ancient Shu Kingdom Civilization shared similarities with the Maya.
The Sanxingdui ruins belonged to the Shu Kingdom that existed at least 4,800 years ago and lasted more than 2,000 years, while the Mayan civilization built its city-states around 200 AD.
The bronze-made remains of tress unearthed at the ruins of the Shu Kingdom resemble the sacred ceiba tree, which symbolized the union of heaven, earth and the underworld in the Mayan civilization. “They are very important similarities,” says Santos, a Mexican archaeologist (考古学家) stressing that “the representations of tress in both cultures provide a symbolism that is very similar”.
The findings at the Sanxingdui ruins, considered one of the greatest archaeological discoveries of the 20th century, also show a new aspect of Bronze Age culture, indicating the ancient civilization already had technologies that were thought to have been developed much later.
While the lime span between the Shu kingdom and the Mayan culture is great, the findings highlight the closeness between the two civilizations. They developed in areas with comparable climates and reflected their worldview through related symbols. “In the end, man is still man, independent of time and space. What we have is that, at this latitude (纬度), both the Shu people and the Mayans looked at the same sky and had the same stars on the horizon,” the expert says.
One notable feature of the recent discoveries at Sanxingdui was the cross-subject work and technology applied by teams of Chinese archaeologists, which allowed the unearthing of artifacts as fragile as silk remains, which other types of less careful digging methods would not have been able to register.
Cooperation between Chinese and Mexican archaeologists could benefit projects in the Mayan world, where the rainy climate and humidity are problematic for the conservation of ruins.
“Every time our cultural knowledge increases, regardless of whether we speak one language or another, what it shows us is that we continue to be sister cultures and, therefore, the exchange of such knowledge is fundamental,” says Santos.
1. What is a similarity between the Shu Kingdom and Maya civilization?| A．Their starting time. |
| B．Their historical origins. |
| C．Their cultural symbols. |
| D．Their ceremony traditions. |
| A．silk was a common clothing material then |
| B．some technologies were developed much earlier |
| C．the Bronze Age started earlier than previously assumed |
| D．the Shu Kingdom and the Mayan world had close contact |
| A．Damp weather. | B．Positioning of ruins. |
| C．High latitude. | D．Language barriers. |
| A．The future of the China-Mexico cooperation. |
| B．The benefits of speaking a different language. |
| C．The importance of the exchange of cultural knowledge. |
| D．The increasing sisterhood in culture between China and Mexico. |
