The excitement of the FIFA World Cup in Qatar is truly ongoing. It’s the world’s biggest international soccer tournament(比赛)and also the most-watched sporting event in the world. There are 32 teams competing for championship. The tournament of 2022 looks to be particularly unique. What makes it different from the ones before?
For starters, it’s the first time the tournament has been held in the Middle East after Qatar beat other host competitors − the US, South Korea, Japan and Australia back in 2010. It’s also the first time in history the tournament has happened during the Northern Hemisphere(北半球)winter months, from Nov 20 to Dec 18.
That’s because Qatar is a desert country, and in summer the temperature can be as high as 42 ℃. That’s too hot to play outdoor sports. But it will still be pretty warm in winter. The temperature in the stadium is expected to be around 20 ℃ to 30 ℃. Air conditioning will help to keep it cooler.
Qatar is also the smallest nation by area hosting the cup. They play the first match of the tournament, facing Ecuador. It’s Qatar’s first-ever FIFV World Cup game. This makes them the first to perform their debut(首秀)game since Italy in 1934!
There are some new challenges for many players too. Apart from the hot weather, for European teams like England, France, Germany and Spain, it’s only just over a year since their last big international tournament, the UEFA Champions League.
According to FIFA’s rankings, the favorites to win the tournament this year are Brazil, followed by Argentina and France. Do you know who has had the last laugh?
1. What can we learn about FIFA World Cup?A.It is held every year. |
B.It is the biggest international football tournament. |
C.It is disliked by countries in the Middle East. |
D.It is the most-watched sporting event only in Qatar. |
A.32. | B.4. | C.5. | D.3. |
A.It is the first time it has been held in Asia. |
B.It is the first time Qatar and Italy have had a debut game. |
C.It is the first time the players have met no problems. |
D.It is the first time it has happened from November to December. |
A.The FIFA World Cup | B.Qatar’s Unique World Cup |
C.The Popularity of FIFA | D.The Development of Football |
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【推荐1】Kazunori Takishima has been traveling the world to support Japan at every Olympic Games for the past 15 years, so he intended to see the event in his home city of Tokyo. But when a ban on audience was announced, that dream was over.
He had spent nearly $40,000 on 197 tickets for him and his friends to see as many events as possible during Tokyo 2020, which started on July 23.
“It took an unbelievable amount of time, effort, and passion,” Takishima told CNN. “But I was so passionate about the Olympics that even though it was very difficult and challenging, I enjoyed the process of buying the tickets.”
The 45-year-old businessman worked out that if he watched all the events he had booked, he would have broken the Guinness World Record for attendance at Olympic events. He got a refund (退款) on the tickets he had purchased.
Takishima’s love for the Olympics started in 2005 when he saw a figure skating competition for the first time and immediately bought tickets for the 2006 Torino Olympics in Italy. He was infatuated. It inspired him so much that he has been going to the Olympics ever since.
But this year, only members of the media and the selected people were allowed to watch the events. The decision by Olympic officials to ban audience was designed to prevent the spread of COVID-19.
“And it’s the athletes that will suffer the most from the lack of support in the stands,” Takishima said.
“It’s a great loss when your family can’t come,” Takishima said. “So I hope everyone will at least cheer for them in front of the TV.”
Despite his disappointment, he said the experience wouldn’t stop him from being an Olympic superfan. “I will continue to visit and support the Olympics until the day I die,” Takishima said. “While I’m still able to move, I plan to see all the Games from the opening to the closing ceremonies.”
1. What was Kazunori Takishima’s dream?A.To break the Guinness World Record. |
B.To support Japan at every Olympic Games. |
C.To compete in the Olympic Games as an athlete. |
D.To watch the Tokyo Olympic Games on the scene. |
A.His efforts got nowhere. | B.He failed to get enough tickets. |
C.His business suffered a great loss. | D.He had to watch the Games alone. |
A.Upset. | B.Ambitious. | C.Interested. | D.Surprised. |
A.The sponsors. | B.The judges. |
C.The Olympic officials. | D.The athletes. |
Finally, many great players come from the same kind of neighborhood — a poor, crowded area where a boy’s dream is not to be a doctor, lawyer, or businessman, but to become a rich, famous athlete or entertainer. For example, Liverpool, which produced the Beatles, had one of the best English soccer teams in recent years. Pele practiced in the street with a “ball” made of rags. And George Best learned the tricks that made him famous by bouncing the ball off a wall in the slums(贫民窟) of Belfast.
All great players have a lot in common, but that doesn’t explain why they are great. Hundreds of boys played in those Brazilian streets, but only one became Pele. The greatest players are born with some unique quality that sets them apart from all the others.
1. According to the writer, which of the following statements is true?
A.Soccer is popular all over the world, but truly great players are few. |
B.Millions of people all over the world are playing soccer, but only seven countries have ever had famous stars. |
C.Only seven countries from South America and Western Europe have ever had national teams. |
D.Soccer seems the least popular in North America and Asia. |
A.experience | B.training |
C.skills | D.cheating |
A.a great soccer player may be born in a slum area |
B.people in poor areas are born with some unique quality |
C.children in poor areas start playing football at the age of three or four |
D.famous soccer players live in slum areas |
A.his family background | B.his neighborhood |
C.his character | D.his practice |
1. Who wrote the story about a little boy and a little mouse?
A.Bill Bosworth. | B.Michelle O. Donovan. |
C.Dr. Joseph L. Rose. | D.Gloria Coykendall. |
A.9781462031795 | B.9781412027854 |
C.9780595433582 | D.9781462058679 |
A.Those who are searching for the meaning of life. |
B.Those who are trying to be spiritual leaders. |
C.Those who study the art of writing. |
D.Those who like traveling abroad. |
A.Seeking the Edge. |
B.Creation or Evolution. |
C.Joshua, Helmut, and Bethlehem. |
D.More Things in Heaven. |
【推荐1】The constant rise of global demand for protein poses a threat of meat shortage in the agricultural sector. To address this, a few scientists use artificial meat as an alternative to traditional ones, which from the growing process to its benefits proves it does no harm or even it does good to us.
Currently, one of the most advanced techniques to grow meat in the lab involves taking cells from an animal and changing them to muscle cells. The cells are then cultured with nutrients and essential vitamins and can be developed to any quantity and then shaped into hamburgers, steaks or mince, and so it is also called “cultured” meat. “Cultured meat is not genetically engineered,” Dr. Mark Post of Maastricht University says. “It is meat grown from the same cells that produce the meat in the cow, but this time outside the cow.” He believes that cultured meat shouldn’t be any better or worse for you than old-school animal flesh.
This may sound like science fiction, but it is not such a strange idea and there are reasons to be excited about it. “The environment impacts of cultured meat could be lower than those of meat produced in the conventional way,” said Hanna Tuomisto, a researcher at Oxford University. The process would require between 7% and 45% less energy than the same volume of conventionally produced meat such as pork, beef or lamb, and could be engineered to use only 1% of the land and 4% of the water associated with conventional meat. Tuomisto’s research also shows that cultured meat could be part of the solution to feeding the world’s growing population, at the same time cutting emissions and saving both energy and water.
Aside from the above benefits, cultured meat should also provide cheap nutrition. Animal protein is an increasing part of diets, as millions of people in rapidly emerging economies are drawn out of poverty and become able to afford more meat in their diets. The pressure this creates has been an important factor in rapidly rising grain prices, deforestation in the Amazon basin, increasing water shortage and rising pressure to find new farmland. Growing meat artificially could potentially take huge pressure off farmlands around the world.
Another benefit would be to help animal welfare and protect endangered species. If most of our meat was grown, there would be no need for factory farms. Conditions for animals could be greatly improved. Elsewhere, it could also stop illegal endangered species hunts by providing an alternative way to produce meat form these species.
Exactly how long it takes before the meat is sold in supermarkets depends on the investment in research and development. One thing seems clear: Unless vegetarianism catches on in a very big way, the world’s demand for meat will soon outpace our supply of cows, chickens, pigs and other edible animals. The health and environmental impacts of cultured meat aren’t going to be hypothetical for much longer.
1. What does the underlined word “cultured” probably mean?A.grown. | B.sorted. | C.connected. | D.shaped. |
A.tastes much better | B.contains more nutrients |
C.saves more natural resources | D.changes people’s habit of eating meat |
A.comparing the results from different researches |
B.explaining the advantages of the artificial meat |
C.presenting the problems caused by meat shortage |
D.showing the current situation of food consumption |
I: introduction P: point SP: sub-point C: conclusion
A. | B. |
C. | D. |
Climate change has caused a rise in sea levels. This has increased an amount of salt in fresh water used on farms near the sea. As a result farmers are unable to use fields close to the sea. Scientists call this process “salinization(盐碱化)”, which is reducing the world’s farm lands by 1 to 2 percent every year.
But a farmer in Holland, Marc Van Rijsselberghe started with an experiment, using a mixture of sea and fresh water to grow healthy and tasty vegetables. He put several kinds of plants in the fields. Mr. Van Rijsselberghe worked on the project with scientists from the Free University of Amsterdam. He divided a farm into eight areas. Every area was watered by different water. “We put in a lot of plants in the fields and then we put them in fresh water and in sea water with all the varieties(变化) between them, and then we saw which variety was surviving and which variety was dying.” A computer program created water with eight levels of salinity(盐度). Computerized measuring devices(测量仪器)controlled the water levels and the levels of salinity.
Mr. Van Rijsselberghe said he was able to harvest vegetables from most of the eight test areas. He said the vegetables were smaller than those grown in fresh water. But he said they had more sugar and salt, so they tasted better.
The farmer grew carrots, potatoes, cabbage and onions. He found that potatoes grew better than the other vegetables in the combination of sea and fresh water. Mr. Van Rijsselberghe said four kinds of these potatoes were recently sent to Pakistan, where thousands of hectares(公顷)of land have been damaged by salinization. Farmers in Pakistan will test the Dutch potatoes to see if they can be grown in those fields.
1. What does the passage mainly talk about?A.Farms near the sea are becoming less and less in Holland. |
B.The damage salinization brings to the farms in Holland. |
C.Farmers improve the skills to make full use of fresh water. |
D.A Dutch farmer uses a mixture of sea and fresh water to grow vegetables. |
A.The plant. |
B.Fresh water. |
C.Sea water. |
D.Fresh and sea water. |
A.salinization brings great benefits to farmers in Holland |
B.the farmer did the experiment using high technology |
C.vegetables grew better in sea water than in fresh water in the experiment |
D.the farmer achieved success without anyone else helping him in the experiment |
A.had less sugar than those grown in fresh water |
B.were much bigger than those grown in fresh water |
C.had a better taste than those grown in fresh water |
D.had more beautiful colors than those grown in fresh water |
【推荐3】In the late 1990s, a scientist named Mark Blumberg stood in a lab at the University of Iowa watching a few sleeping newlyborn rats. He found that the baby rats kept making small, sharp movements in their sleep, and that their closed eyes moved from side to side in a phenomenon known as rapid eye movement (REM). Blumberg knew that the rats were fine, because he knew people do the same during REM sleep. And scientists have long had an explanation for the twitches (抽动) and REM: They are dreaming about their waking life.
However, as he dug deeper, he wondered why adult rats spend only about two hours of each night in REM sleep, while baby rats spend an unusual amount of time in REM, often sleeping for sixteen hours a day and dreaming for eight.
“If dreams are hints of waking life, adult rats who have more experiences should spend more time in REM sleep. Why do baby rats, whose eyes are still shut, spend so much time in REM sleep when they have too little to dream about?” he wondered. “Why do their eyes, their legs, tails and whiskers move hundreds of thousands of times during their sleep?”
In the end, Blumberg concluded that it might be the other way around — perhaps the movements were sending signals to the brain to help it learn about the body.
“You wouldn’t think that the body is something a brain needs to learn,” he wrote in a paper. “But we aren’t born with maps of our bodies. We can’t be, because our bodies change by the day. But in waking life, we cannot move only a single muscle. Even the simplest act of swallowing (吞咽) employs more than thirty pairs of nerves and muscles working together. Our small and sharp movements in sleep, by contrast, are exact and precise: They involve muscles one at a time. In other words, such movements allow the muscles and nerves to form one-to-one connections that otherwise would be impossible. It’s a process that’s most important for the brain to learn about the body as we grow, suffer injuries and learn new skills.
1. What was the previous explanation for REM?A.It was just an outward sign of dreams. |
B.It showed the difficulty in sleeping. |
C.It was an indicator of terrible dreams. |
D.It only occured to sleeping baby rats. |
A.Baby rats have to spend all night in REM sleep. |
B.REM sleep just accounts for part of the sleeping time. |
C.It is unnecessary for baby rats to sleep 16 hours a day. |
D.It is not enough for adults to have two hours of REM sleep. |
A.They teach the brain new skills and heal injuries. |
B.Muscles have to work together to start the movements. |
C.Each of them just involves a muscle and a nerve at a time. |
D.They are less exact and precise than our daily movements. |
A.The importance of REM sleep. |
B.The latest discoveries about dreaming. |
C.The relationship between dreams and waking life. |
D.A different explanation for the twitches during sleep. |