From Italy to Indonesia, major restoration (修复) works are underway to preserve and improve some of the world’s most historic sites.
Italy
It’s seen beasts, battles and bloody executions and now the world’s most iconic arena (圆形运动场) is seeing a floor. An architecture company has decided to restore the Colosseum’s floor to its former glory and allow visitors to admire the nearly 2,000-year-old building from its centre, where gladiators (角斗士) once fought. Set for completion in 2023, the 32,300-square-foot surface will be made up of narrow pieces of wood that can let light and air into the rooms beneath.
England
Hadrian’s Wall marks its 1,900th anniversary this year and is set to receive £30 million in government and charity funding, with the goal of improving transport links and upgrading visitor centres. It’s hoped the wall will become one of the nation’s top landmarks.
France
After numerous setbacks following the 2019 fire, the restoration of the Notre Dame Cathedral Paris is set to pick up the pace. Charity Friends of Notre-Dame de Paris has made an appeal for donations to help preserve the church’s treasures. Donors can choose where their mopey goes—whether it’s on artworks, holy relics or the famous ugly character.
Indonesia
Coral reefs (珊瑚礁) are among the planet’s oldest ecosystems, but they face a dangerous future. At the Sheba Hope Reef, 19,000 reef stars have been planted as part of what’s praised as the world’s biggest coral restoration project. The program is led by cat food brand Sheba, whose aim to ensure a sustainable fish population benefits cats, as well as the 500 million people whose livelihoods depend on reefs.
1. What restoration work is underway in Italy?A.Coral reefs. | B.Hadrian’s Wall. |
C.The Colosseum’s floor. | D.The Notre Dame Cathedral Paris. |
A.It still needs a lot of donations. |
B.It is set for completion in 2023. |
C.It is interrupted due to the 2019 fire. |
D.It has received £30 million from the government. |
A.Italy. | B.England. | C.France. | D.Indonesia |
相似题推荐
【推荐1】When she’s playing with her children, Sandra Kim’s phone is nowhere in sight. For instance, she puts it upstairs before going downstairs to play with her children. Kim, a stay-at-home mother of three children between the ages of 3 and 8, knows that whenever she uses her phone, her kids get upset. "When we’re playing, I call my husband to tell him that I won’t be accessible for a few hours, "Kim said.
It's obvious that we are at a time when cellphones are causing trouble in relationships. A study asked college couples how dependent they were on their smartphones and how difficult it would be for them to go without their phones for a day. Those who felt that their partners were too dependent on their devices said they weren’t as satisfied with their relationship as those who considered their partners to be less dependent on them.
“It's a very complicated issue,” said Brandon McDaniel, an assistant professor in the Department of Family and Consumer Sciences at Illinois State University who studied phones and relationships. "It is often unrealistic to cut out phone use entirely, and it is also unrealistic to simply tell yourself that you will practice self-control and not check your phone, "McDaniel said. But, he added, "It can also begin to tear relationships apart so we need to be careful."
McDaniel found that it damaged relationships when partners allowed their devices to interrupt their face-to-face interactions, turned to others online instead of believing in their partners or compared their relationship with those they saw on social media. In a 2014 study, he found that when technology devices frequently interrupted partners, couples had more conflict(冲突)over technology use, lower relationship satisfaction, more depressive symptoms and lower life satisfaction.
But the phone doesn't even have to be turned on to be troublesome. If we can at least start from a common meaning that we love each other and want to connect, then we can set some ground rules for things that will help to keep us connected.
1. What can we know about Kim when she is playing with her kids?A.She always goes upstairs | B.She frequently checks her phone. |
C.She stays away from her phone for hours. | D.She keeps in touch with her husband on the phone. |
A.conflict in technology | B.relationship satisfaction |
C.dependence on the Internet | D.confidence in communication |
A.Being careful. | B.Turning to other people. |
C.Practicing self-control. | D.Stopping using the phone. |
A.Times come when we depend on phones |
B.Kids need your time spent with them |
C.Great changes brought by cellphones |
D.Watch out for your smart phone |
【推荐2】Every year, some 2.3 million women and men around the world died from work-related accidents or diseases — that’s more than 8, 000 deaths every single day — and at least 402 million people suffer from non-fatal occupational injuries. The number is enormous in terms of personal tragedy and hardship. And it comes with a huge economic loss. It is estimated that occupational accidents and diseases lead to a 5.4 percent loss of annual global GDP.
A safe and healthy working environment is so important that in June 2022 the ILO (International Labor Organization) took a historic step when it added a safe and healthy working environment to its Fundamental Principles and Rights at Work.
Why does this matter? It matters because occupational safety and health can now no longer be viewed as an optional extra. All of the ILO’s 186 member states are now required to respect, promote and achieve a safe and healthy working environment as a fundamental principle and right at work.
This is significant for several reasons. First, it recognizes that every worker has the right to be protected from dangers and risks that can cause injury, illness or death in the workplace.
By making occupational safety and health (OSH) a fundamental right, the ILO is sending a clear message to governments and employers of all countries that they must take responsibility for providing a safe and healthy working environment for all workers.
When workers feel safe and healthy in their workplace, they are likely to be more productive and efficient. This can benefit workers, employers as well as the economy. Conversely, when workers are injured or become ill due to workplace dangers, it can have a significantly negative impact on productivity and economic growth.
A safe and healthy working environment is now a fundamental right for each and every worker. Governments, employers, trade unions as well as companies must work together to make this right a reality.
1. What is the function of the first paragraph?A.To draw a conclusion. | B.To introduce the topic. |
C.To warn us of the danger at work. | D.To call for the need of safety environment. |
A.It means a basic right to the ILO. | B.It means life and death to employers. |
C.It means a fundamental obligation to workers. | D.It means economic growth to the government. |
A.Consequently. | B.Contrarily. | C.Conventionally. | D.Commonly. |
A.The joint efforts by the four sides. | B.The potential improvements to make. |
C.The history of workers’ sufferings. | D.The measures workers take to get protected. |
【推荐3】A new study from the University of Southampton has shown that glass bottles are more than four times as environmentally damaging as plastic bottles. The researchers explained that the production of glass bottles involves much greater amounts of energy and natural resources.
Most current research focuses on the impact of plastic, which also requires a lot of energy to mass-produce, and breaks down into smaller particles (微粒) that are affecting natural environments worldwide. However, according to the new study, glass bottles’ total environmental impacts are much bigger than plastic bottles, when certain factors are accounted for, such as their contribution to climate change through overmuch energy use.
“A large amount of energy is needed to heat the raw materials to make glass,“ explained study co-author and postgraduate researcher Alice Brock. ”During the melting of the raw materials for glass, gas pollutants such as SO2 and CO2 can be released,5, said Brock. “And since glass requires materials to be mined for its production — silica sand, soda ash and dolomite — these have all the associated environmental impacts on mining such as land degradation (退化) and dust from the mines reaching water sources.” According to Brock, silica sand mining can also cause silicosis, a disease caused by tiny silica particles reaching lungs, so there is also a considerable impact on human health.
The major advantage of glass over plastic is that it is more durable (耐用 的).A glass bottle can be reused between 12 and 20 times. Unfortunately, glass bottles are often thrown away after a single use. “I think the meaning of this new study is that we really have to move to use bottles and cans more than once. Just recycling isn’t enough, said Brock, “We need to change our mindset and move to things like refilling bottles, bottle return plans and the like if we are going to cut these environmental impacts.”
1. What is the most current research mainly about?A.The total energy consumption of making plastic. |
B.The detailed production process of plastic. |
C.Plastic’s popularization in people’s daily life. |
D.Plastic’s negative impacts on the environment. |
A.To show its damage to the environment and people’s health. |
B.To stress the importance of the quality of raw materials. |
C.To warn people to reduce the frequency of mining. |
D.To indicate the complex process of making glass. |
A.Improving the technology of treating used bottles. |
B.Finding alternatives to the raw materials for glass. |
C.Reusing glass bottles as much as possible. |
D.Replacing glass bottles with plastic ones. |
A.Economy. | B.Geography. | C.Healthcare. | D.Environment. |
In 221 B.C , the first Emperor (Qin Shi Huang) started to build a great wall right across the north of his empire. He wanted to keep the tribes of Hans and Tartars outside his country. There were earlier walls built in some places by different kings of China, but the First Emperor, now that he ruled all China, decided to complete the wall. He decided to make it run right across from Tibet to the sea, a distance of over 1,500 miles. It took seven years to build.
The great wall ran across wild, steep, mountainous country, over the mountains and down the valleys. North and west of it there were only wild mountains and deserts, and south and east there were the rich Yellow River plains. It was built higher than a double-decker bus. In the most places it was wide enough for eight men to march side by side along the top. It was built of stones and clay. There were huge blocks of stones on the sides and on the top there were more stones. Cars could travel along the top.
About every two hundred yards there were tall, strong towers where soldiers could keep watch for the enemy, and where they could light fires to signal to each other. There were always soldiers inside these towers, winter and summer, keeping guard against attacks from the Hans. There were a few well-guarded gateways with huge wooden gates strengthened with iron nails. These connected the main roads of China to other roads through the mountains and across the desert.
The Great Wall has often been rebuilt through the centuries and much of it running like a snake across the country and can still walk along the top. Much of the traffic which passes through the ancient gateways has not changed much. But today, as well as horses and carts there are motorcars and trucks.
To build such an enormous wall across such wild and mountains country without any modern tractors or other heavy machines was very difficult. All the Emperor’s builders were thousands of men, often prisoners of war. They lifted the earth in buckers and dragged the stones in teams with ropes over their shoulders. They worked in such wild and distant places that it was difficult to supply them with enough food or to make proper shelters in which they could sleep. Thousands of workers died and were buried in the clay inside the wall. The people hated the Emperor for his cruelty. Many people were seized and forced to work on the wall far away from their homes. Many of them never came back.
Superstitious people who believed in magic used to say that the Emperor had ridden across the mountains on magic horses. The wall appeared under him as he went along. Wherever the horse stamped it foot, a watch-tower appeared. But the wall was not made by magic. It was made by the work and lives of thousands of men.
1. The Great Wall took _________ years to build.A.221 | B.1500 | C.7 | D.20 |
A.north and west | B.north and east | C.south and west | D.south and east |
A.keep the soldiers warm and cook the food | B.keep the enemy away |
C.brighten the road and cook the food | D.signal from one tower to another |
A.horses and carts | B.cars and lorries | C.visitors and tractors | D.Hans and Tartars |
A.There was clay in the middle of the wall. |
B.There were no ways through the mountains and across the desert outside the wall. |
C.A great number of workers died because there was not enough food and shelter. |
D.There were a great many gates in the wall. |
【推荐2】Architects all over the world have pushed the limits and broken boundaries when it comes to designing sports stadiums. Here are four of the most incredible stadiums across the globe.
Olympic Stadium (London, England)
The Olympic Stadium, often referred to as the “London Stadium”, was built within the Queen Elizabeth Olympic Park over the course of three years for the London 2012 Summer Olympics. It seats 80,000 people and cost $809 million to create. When the exterior lights up at night, it is truly a magnificent sight.
Beijing National Stadium (Beijing, China)
With a volume of three million cubic meters, the Bird’s Nest seats 91,000 people and is often considered the largest enclosed space in the world. Construction of the stadium began in December 2003 and finished in March 2008. The entire project cost an estimated 423 million dollars!
Heinz Field (Pittsburgh, the United States)
The Heinz Field began its construction in 1999 after the previous arena was torn down. The massive stadium cost $281 million to build and included 12,000 tons of steel to represent Pittsburgh’s history of steel production and the structure seats 68,000 people.
Amsterdam Arena (Amsterdam, Netherlands)
The largest stadium in the Netherlands, the Amsterdam Arena was built from 1993 to 1996 and cost more than $160 million to create. The stadium seats about 54,000 people. The classy and effortlessly cool design was unlike anything built during that time.
1. Which stadium has the largest capacity?A.Olympic Stadium. | B.Beijing National Stadium. |
C.Heinz Field. | D.Amsterdam Arena. |
A.It was built within a park. |
B.It is a concrete-brick structure. |
C.It was unique in style at that time. |
D.It lies on the site of an old stadium. |
A.In a history book. | B.In a fiction book. |
C.In an architecture magazine. | D.In a biography. |
【推荐3】Futurologists are making a lot of predictions about our future life and they are predicting how we will travel, work and live in the next 30 years. By 2048, some futurologists foresee that some “talking” buildings will appear in our life.
By the middle of the century, it’s believed that buildings will be able to “talk” to people through various sensors when the heating needs to be turned on. As a result, there will be no switches. Instead, a lot of networks will appear, which can be compared to a human nervous system. In the next 30 years, buildings will be made from concrete plastics and shape-changing materials. All of them can heal themselves at that time. As architects are racing to develop the world’s tallest buildings, there will be a need for new kinds of elevators, through which vehicles could even travel into the buildings. German engineers have already started working on such technology called Multi.
By mid-century, scientists believe that buildings will be miles tall. Some of them may be very large and they can function as small cities. By comparison, at present, the world’s tallest building, the Burj Khalifa Tower in Dubai, measures 828 metres high. As the future building can rise through the clouds, their windows will be replaced by virtual screens. In this way, people can choose any view as they like.
At height extremes, a London Spaceport is also likely to come into being by 2048 as the space industry develops very quickly. There is a huge cost advantage going to space from as high a base as possible, so a spaceport is very likely to be over 10km and even as much as 30km, using carbon - based materials.
1. How will the heating system be controlled in the future?A.Through the net. | B.Through sensors. |
C.Through switches. | D.Through mobiles. |
A.They can recover by themselves. | B.They can seek help automatically. |
C.They can transport people into space. | D.They can protect people against harm. |
A.Seeing the scenes as you please. | B.Allowing vehicles to travel into buildings. |
C.Connecting the earth with the space. | D.Making it possible to build high buildings. |
A.Scientists | B.German engineers |
C.Future buildings | D.Virtual screens. |