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题型:阅读理解-阅读单选 难度:0.85 引用次数:135 题号:12995997

A 3-year-old boy who was lost in the forest for two days is now safe at home with his family. But Casey Hathaway told reporters that he was not alone in the rainy, freezing cold forest. He said he was with a friend — a bear.

The child went missing on January 22, 2019 while playing with friends at his grandmother’s house in the southern state of North Carolina. When the other children returned to the house and Casey did not, the family searched the area for almost an hour before calling the police. The police organized a search team to search the nearby forest for the little boy. But two days went by and Casey was still not found.

Then on January 24, someone called the police saying he heard a child crying in the forest. The police followed up the information and found Casey at about 9:30 that night. They pulled him out of some briar (荆棘). He was in good health.

Casey told the police that he had hung out with a black bear for two days, a bear he called his “friend.” The police told reporters that Casey did not say how he was able to survive (活下来,幸存) in the forest for two days in the cold, rainy weather. However, the police said, “He did say he had a friend in the forest that was a bear that was with him.”

Hundreds of people helped in the search, including some 600 volunteers, policemen and soldiers. An officer told reporters that at no point did he think Casey had been kidnapped (绑架). Casey’s mother Brittany Hathaway told reporters she thanked everyone who joined the search for her son. “We just want to tell everybody that we really thank you for taking the time out to come to search for Casey,” said his mother.

1. Casey said that he ________.
A.was hurt by a bear
B.was caught by the police
C.made friends with a bear
D.got lost with a friend together
2. After knowing Casey was lost, the family ________.
A.organized a search team
B.called the police right away
C.received a call from a stranger
D.spent nearly an hour looking for him by themselves
3. What can we know about Casey according to the police?
A.He is brave enough to fight against a bear.
B.He was freezing in the forest when found.
C.He was protected well from animals by a bear.
D.How he survived in the forest is still unknown.
4. What is Brittany’s attitude towards volunteers, policemen and soldiers?
A.Hopeful.B.Worried.C.Thankful.D.Disappointed.

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【推荐1】A lot of people are afraid of spiders — even the small ones. But a big tarantula (狼蛛) is much more terrible for many. Now, scientists in Sri Lanka have discovered a huge species (物种) of tarantula that’s about the size of a person’s face.

Although it is very big, is there a real reason to be afraid of one? Maybe. This tarantula has enough poisonous fluid (液体) to kill mice and small birds and snakes — but its bite wouldn’t cause the death of most humans.

Tarantula was first seen in 2009, when a villager in Sri Lanka found the body of a male Tarantula and brought it to a Sri Lanka research organization.

An examination of the body proved that it was a type of tarantula scientists hadn’t seen before. So the scientists carefully looked through the Sri Lankan forests to try to find more of the spiders.

It’s still too early to know whether this species is in danger. But researchers fear that the Tarantulas’ natural habitat (栖息地) is slowly being destroyed.

“They prefer old trees, but due to the widespread removal of trees, the number has dropped,” the scientists said in an interview.

Tarantulas have eight legs and two body parts. They are different from insects, which have only six legs but three body parts. Tarantulas have hairy bodies and are usually larger than other types of spiders. Some species of tarantulas can live up to 25 years.

While Tarantula is very big, the largest one is the Goliath bird-eater. Found in the rainforests of South America, its legs can be up to 10 inches long. But don’t worry if you ever see one. Its poisonous fluid isn’t really dangerous to humans.

1. Which of the following is most likely to survive a bite from tarantula?
A.A small bird.B.A little child.C.A small snake.D.A small frog.
2. What is causing the number of the tarantulas to drop?
A.They have too many natural enemies.B.Some people are killing them illegally.
C.More and more forests are disappearing.D.The global climate has changed.
3. What can be inferred from the passage?
A.Tarantula was first seen by a scientist in Sri Lanka.
B.None of the insects are bigger than tarantulas.
C.Scientists have discovered that all of the tarantulas live in the Sri Lanka forest.
D.People knew little about tarantulas until the body of a male tarantula was discovered.
4. Which section of a newspaper is the text most probably taken from?
A.Life.B.Sports.C.Nature.D.Business.
5. What is the purpose of this passage?
A.To inform the readers of a huge species of Tarantula.
B.To entertain the readers with a discovery.
C.To educate people to protect the environment.
D.To remind people to keep away from spiders.
2021-09-05更新 | 58次组卷
阅读理解-阅读单选(约320词) | 较易 (0.85)
文章大意:这是一篇说明文。文章介绍了棘蜥、响尾蛇等动物如何以独特的方式在缺水环境中存活。

【推荐2】Thorny devils, rattlesnakes, kangaroo rats and more have developed smart ways for surviving in water-scarce(缺水的) environments.

Thorny devils

In Australian deserts live some animals known as thorny devils. These animals specialize in eating ants, which are also where they get their water.

But when ants are scarce, or conditions are even drier than normal, they have a backup. All they have to do is to kick the sand up onto their backs and let the network of tiny canals(沟渠) on their skins to catch small amounts of water and guide the liquid directly to their mouth.

Namib desert beetles

An ocean away in southwestern Africa, the Namib desert beetles pull off a similar trick. They use their backs as a cooler to catch water trapped in the morning fog. As the droplets grow in size, they run down the insects’ backs toward their mouths.

Desert rattlesnakes

Desert rattlesnakes of the western US are able to live on just one hearty meal a year. But without a drink of water now and then, the snakes would dry up and breathe their last in a few days.

So how do they survive way up in the Rocky Mountains, where water is scarce? Easy. They turn their bodies into bowls in the evening to collect the dew(露水). With their cold bodies flattened into a bowl, the dew gathers on their skin.

Kangaroo rats

These pocket-size animals in the US Midwest plains never drink water. They spend 75 percent of their time in underground holes to avoid the heat in the desert. They survive on a diet of dry grass seeds, which they first bury underground. Because the underground soil is wetter than the surface soil, stored seeds may absorb as much as 30 percent more water than ones above ground. So when the rats eat their seeds, they get both food and water.

1. Where do Namib desert beetles live?
A.In Australian deserts.B.In the US Midwest plains.
C.In southwestern Africa.D.In Canada’s Rocky Mountains.
2. What is unique about kangaroo rats?
A.They drink underground water.B.They bury their backs to get water.
C.They don’t need water to survive.D.They just use their food to gather water.
3. Which may have a better chance of surviving in food-scarce environments?
A.Thorny devils.B.Desert rattlesnakes.
C.Kangaroo rats.D.Namib desert beetles.
2022-05-01更新 | 62次组卷
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【推荐3】A new study found that some methods for measuring a species’ generation time might underestimate (低估) the likelihood that some species will die out.

A species generation time is how long it takes for a generation to be replaced by its mature offspring. This is different for every specie and dramatically impacts how quickly a species can respond to changes in their environment. The generation time of a mouse is only a few months, whereas the African elephant has a generation time of 22 years. The longer the generation time, the slower a species can adapt to environmental changes and may, therefore, be more likely to go extinct.

In some risk assessment models, population reduction is measured on the scale of three times a species generation time. If a species is believed to mature and produce offspring in five years, then how much its population has declined will be measured over a 15-year interval. But if a species generation time is underestimated, so is the threat status of the species.

We tested the influence of errors in different measures of generation time, including those used by the IUCN Red List assessments and found that these errors could potentially lead to an overly optimistic assessment of extinction risk for some species.

To overcome this, we compared different types of errors in seven commonly used measures of generation time. We propose a new estimate which predicts a species’ generation time from its body mass and reproductive lifespan.

Still, the lack of data is a thorny problem for making accurate calculations. We’re planning to explore how to fill some of these knowledge gaps by comparing survival and reproduction data from wild and captive populations, using data from nearly 1, 200 zoos and aquarium over 40 years, on more than 21,000 species.

1. What can we know from the second paragraph?
A.Elephants are less endangered than mice.
B.Mice have a longer generation time than elephants.
C.Mice are more adaptable than elephants.
D.Elephants are more advanced than mice.
2. What is the time range some assessment models use to measure the elephant population.
A.15 years.B.22 years.C.44 years.D.66 years.
3. What is the result of underestimating the generation time of some species?
A.Overestimating their survival.B.Causing them to die out quickly.
C.Ignoring their danger to humans.D.Accelerating their reproduction.
4. What will the researchers do next?
A.Doing experiments.B.Analyzing more data.
C.Counting animals in zoos.D.Popularizing animal knowledge.
2020-11-29更新 | 93次组卷
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