2 . Human beings have somehow managed to engineer the night to receive us by filling it with light. This kind of control is no different from the feat ( 壮 举 ) of damming a river. Its benefits come with_________ — called light pollution — whose effects scientists are only now beginning to study. Light pollution is largely the result of bad lighting design. _________ lighting washes out the darkness of night, altering light levels and light rhythms to which many forms of life, including ourselves, have_________. Wherever man-made light spills into the natural world, some aspects of life-migration, reproduction, feeding-is affected.

For most human history, the phrase “light pollution” would have_________. Imagine walking towards London on a moonlit night around 1800, when it was Earth’s most populous city. Nearly a million people lived there, _________ candles, torches and lanterns, as they always had. Only a few houses were lit by gas, and there would be no public gaslights in the streets or squares for another seven years. From a few miles away, you would have been more likely to_________ London than to see its dim collective glow.

We’ve lit up the night as if it were a(n) _________ country. As a matter of fact, among mammals (哺乳动物) alone, the number of species active at night is astonishing. Light is a powerful biological force, and on many species it acts as a magnet attracting them to it. The effect is so powerful that scientists speak of songbirds and seabirds being_________ by searchlights on land or by the light from gas flares on marine oil platforms, circling and circling in the thousands until they drop.

It was once thought that light pollution only affected astronomers, who need to see the night sky in all its glorious clarity. Unlike astronomers, most of us may not need a_________ view of the night sky for our work. __________, like most other creatures, we do need darkness. __________ darkness is pointless. It is as essential to maintaining our biological welfare as__________ itself; the price of modifying our internal clockwork means it doesn’t operate as it should, causing various physical discomforts. So fundamental are the regular rhythms of waking and sleep to our being that__________ them is similar to altering our center of gravity.

In a very real sense, light pollution causes us to__________ our true place in the universe, to forget the scale of our being, which is best__________ against the dimensions of a deep night with the Milky Way — the edge of our galaxy — arching overhead.

1.

A．consequences

B．achievements

C．agreements

D．circumstances

2.

A．Randomly-designed

B．Well-designed

C．Poorly-designed

D．Economically-designed

3.

A．appealed

B．adapted

C．objected

D．amounted

4.

A．come under criticism

B．made no difference

C．come into effect

D．made no sense

5.

A．making do with

B．fed up with

C．identifying with

D．overflowing with

6.

A．visit

B．greet

C．feel

D．smell

7.

A．independent

B．disconnected

C．unoccupied

D．excluded

8.

A．exposed

B．captured

C．dismissed

D．frustrated

9.

A．clear

B．comprehensive

C．traditional

D．critical

10.

A．Subsequently

B．However

C．Therefore

D．Similarly

11.

A．Reviewing

B．Embracing

C．Denying

D．Regulating

12.

A．light

B．rhythm

C．status

D．dawn

13.

A．emerging from

B．withdrawing from

C．messing with

D．coinciding with

14.

A．keep track of

B．lose sight of

C．catch hold of

D．let go of

15.

A．measured

B．neutralized

C．undergone

D．supervised

3 . 阅读下面短文，在空白处填入1个适当的单词或括号内单词的正确形式。

Plastic pollution at sea is reaching     1     (worry) levels. According to a review of hundreds of academic studies, it will continue to grow even if significant action is taken now     2     (stop) such waste from reaching the world’s oceans. The review by Germany’s Alfred Wegener Institute examined almost 2, 600 research     3     (paper) on the topic to provide an overview ahead of a United Nations meeting later this month.

As plastic breaks down into smaller pieces, it also enters the marine food chain,    4     (take) in by sea creatures from whales to turtles. What’s worse, some regions already contain dangerous levels of plastic, and others risk becoming     5     (increasing) polluted in the future. Getting that plastic out of the water again is nearly impossible,    6     policymakers should focus on preventing any more of it entering the oceans in     7     first place. Matthew MacLeod, a professor of environmental science at Stockholm University,    8     (involve) in a separate study not long ago,    9     also concluded effective measures are required immediately because of the possible global impacts.

While consumers can help reduce plastic pollution by changing their behavior, governments have to step up and accept     10     (responsible) for solving the problem. It’s a global problem and it needs global solutions.

4 . 阅读下面短文，在空白处填入1个适当的单词或括号内单词的正确形式。

The Communist Party has made great progress in reducing China’s pollution, but     1     perfect storm of northern winds and an industrial rebound has created dangerously high levels of pollution countrywide.

Sandstorms used     2     (be) a regular occurrence in spring. In previous decades, each May saw at least two rounds of sandstorms, according to state-run Xinhua news agency. The     3     (frequent) and severity of sandstorms was partly due to drought,     4     (grow) population pressure and poor progress in revegetation,     5     caused rapid desertification of land in the north and northwest.     6    , sandstorms have since decreased dramatically. The annual number of sandstorm     7     (impact) days in Beijing fell from a peak of 26 in the 1950s to just three days after 2010, Xinhua reported.

Since 2000, the Chinese government     8    (invest) billions of dollars toward sandstorm prevention. Authorities have launched     9     (variety) reforestation and ecological projects, and installed satellites to monitor sandstorms and alert weather agencies     10     of time.

5 . 阅读下面短文，在空白处填入1个适当的单词或括号内单词的正确形式。

Researchers say they have found microplastics (微塑料) -tiny pieces of plastic that come as a result of the disposal of industrial waste-deep in the lungs of living     1     (human) for the first time.

The research, which     2     (publish) in the journal Science of the Total Environment last week, is the first study     3     (identify) the plastics in the lungs of living people. The plastics have     4     (previous) been found in human blood, waste and in the depths of the ocean.

In the study, researchers     5     (collect) lung tissue from surgical procedures on patients as part of their routine medical care. Researchers identified 12 types of microplastics,     6     are commonly found in bottles, packaging, and clothing, along with other manufacturing processes.

The study notes     7     “increasing concern” with the harm that could come with swallowing and breathing in microplastics.

The world produces about 300 million metric tons of plastic a year and about 80% ends     8     in landfills and other parts of the environment. Microplastics can range from 10 nano-meters-    9     (small) than the human eye can see-to 5 millimeters in diameter, about the size of the eraser on the end of a pencil. Researchers have found them     10     (float) in the air, in tap or bottled water, and in the sea or soil.

7 . Last week came solid evidence that living in toxic Britain can seriously harm your health. Cardiologists at Queen Mary University of London found that even "safe" levels of air pollution are linked to heart abnormalities similar to those seen during the early stages of heart failure. Their study of almost 4,000 people was backed up by a major US study which showed that higher exposure to fine particles and nitrogen oxides is linked to an acceleration in the hardening of the arteries (动脉).

We have long known that air pollution leads to coughing, shortness of breath and irritation in the eyes, nose and throat. It is also clearly linked to respiratory diseases such as asthma and bronchitis, as well as diabetes and some cancers. It is now beyond doubt that children's health is greatly affected, and links have been made between it and Parkinson's, Alzheimer's, dementia and congenital birth defects.

The statistics are alarming. In the UK, more than 2 million people suffer from cardiovascular (心血管的) diseases, and nearly one in seven men and one in 12 women will go on to die from them. Heart disease costs the UK economy nearly £30 bn a year to treat, as much as the state spends on secondary education. It is one of the greatest single drains on the public purse. Britain, however, rejects common sense, and shows little sign that it wants to seriously address pollution any time soon.

Despite the mounting evidence of air pollution's costs and health impact, Britain has had to be dragged screaming through the courts to make it comply with minimal clean air guidelines and laws. Successive governments have continually tried to evade their legal responsibilities, spending millions of pounds fighting in the courts and lobbying the EU to be allowed to continue to pollute.

The government now has a new draft clean air strategy our for consultation until 14 August and claims to be acting faster to tackle air pollution than almost every other major developed economy. It pledges to halve the number of people living in places that do not meet World Health Organization pollution guidelines, and it propose to end the sale of new diesel and petrol cars and vans by 2040.

But intending to cut the air pollution bill by around 12.5% in 12 years and waiting 20 years to be rid of the worst vehicles seems criminally weak. Meanwhile, government is knowingly forging ahead with infrastructure plans that will inevitably increase air pollution. The effect will inevitably be to massively increase air pollution and health costs for millions of Britons.

So could the car-clogged streets of Sunder-land, Birmingham and London, where I lived for many years, have contributed to my disease and those of millions of others? Probably. Could the oil companies be responsible for far more than climate change? Certainly. Could Britain's monstrous and mounting bill for heart disease be partly due to the highly polluting diesel cars that governments so scandalously encouraged us to drive? Quite possibly.

What is certain is that air pollution is now an international scandal, and the cause of a health emergency that governments and industry have failed to address. It undoubtedly threatens life more than any war or disaster. When there are clear alternatives to burning fossil fuels then politicians who do not act to prevent it must stand accused not just of failing to act, but of condoning the mass poisoning of their people.

1. According to the study, ________ is probably unrelated to air pollution.

A．diabetes

B．stomachaches

C．Alzheimer

D．artery hardening

2. The writer thinks Britain shows little sign to tackle air pollution because ________.

A．British government has been screaming for help in court

B．EU has dissuaded British government for help in court

C．British government has tried to have EU's permission for more pollution

D．The government firmly refused to act in accordance with the clean air guideline.

3. What is the writer's attitude toward the new draft?

A．Britain will implement it faster than other major developed economies.

B．It presents a practical way to end pollution from vehicles.

C．Its goal will be achieved at the price of massive health cost.

D．It's aiming too low when more pollution is expected.

4. What can be inferred from the article?

A．Government officials should feel disgraced for non-action as leaders.

B．The government should cover the bills for air pollution and related diseases.

C．Oil companies should not be held accountable for the international scandal.

D．British government is an irresponsible one for encouraging people to use vehicles.

8 . A new study suggests classic paintings by well-known Impressionists Joseph Turner and Claude Monet may have been influenced by air pollution during the Industrial Revolution.

The study, published in Proceedings of the National Academy of Sciences by authors from Harvard and Sorbonne universities, analyzed 60 oil paintings by Turner from 1796 to 1850 and 38 paintings by Monet from 1864 to 1901.

Scientists don't know exactly how polluted the cities were during that time for lack of data. However, researchers say examining the works of Turner and Monet can give a picture of long-term environmental change with the air pollution.

In particular, researchers said changes in local sulfur dioxide emissions from burning coal may explain changes in the colour contrast and intensity of Turner, Monet, and others' works, even after taking into account the artistic trends and subject matter of the time.

Scientists successfully measured painters' representation of nature, focusing on differences in local weather patterns which influenced colour in works painted in different parts of Europe. Paintings' done in Britain generally feature a paler blue sky than other works in other parts of the continent. Generally, artists can historically accurately represent their environment, so Turner and Monet were chosen because they are famous for their landscape and cityscape paintings and also because they were active during the Industrial Revolution, when air pollution grew at a rate never seen before.

Additionally, researchers say that as the air in London and Paris became more polluted, the cities would appear hazier to the eyes as well as in photographs. By comparing the paintings of Turner and Monet to pictures from the era, they were able to determine the artists were at least partly influenced by the change in emissions.

1. How did the researchers conduct the study?

A．By referring to relevant historical records.

B．By comparing the paintings of Turner and Monet.

C．By relating the paintings to the air conditions then.

D．By analyzing the data during the Industrial Revolution.

2. What did the researchers find in the works of Turner and Monet?

A．Air pollution at that time.	B．Change in subject matter.
C．Social trends of the period.	D．Development of photography

3. What can we learn from paragraph 5?

A．European artists preferred landscape paintings.

B．Scientists focused on studying weather patterns.

C．Turner and Monet intended to present pollution.

D．Britain suffered from air pollution most in Europe.

4. What is the purpose of the text?

A．To inform people of a new discovery.	B．To instruct people to appreciate paintings.
C．To introduce the Industrial Revolution.	D．To call on people to protect the environment.

9 . Of all the weird and wonderful creatures living under the sea, perhaps the strangest are jellyfish—those rubbery, cone-shaped creatures found floating in the water, their long tentacles trailing behind.

Some jellyfish species have a bad reputation for scaring away tourists, clogging up fishing nets, and even blocking power station pipes. But with more and more plastic rubbish ending up in the sea, these days you’re as likely to swim into a plastic bag as a jellyfish. Now scientific research is discovering that these rubbery sea creatures might provide an answer—a sticky solution to the problem of plastic pollution.

In recent years, tiny pieces of plastic called microplastic have been a significant problem for the world’s seas and oceans. These plastics are not visible to the eye and aren’t caught by seawater treatment plants due to their small size, so they enter our system and harm our health. They’ve been found in many places—in Arctic ice, at the bottom of the sea and even inside animals. Slovenian scientist, Dr Ana Rotter, heads GoJelly, a European research team of jellyfish ecologists looking into the problem.

Microplastics, plastics in general, are becoming an increasing problem. Dr Ana Rotter says when she was a child, people were more environmentally friendly—not harmful to the environment or having the least possible impact on it. At that time, there were very few single-use plastics—plastic items, like spoons and forks, designed to be used just once, then thrown away. The situation since then has changed dramatically. In fact, there’s been such an increase in microplastics that today the UN lists plastic pollution as one of the world’s top environmental threats.

But how do jellyfish fit into the story? Well, it’s the ‘jelly’ part of jellyfish, and specifically their sticky, jelly-like mucus that is key. Jellyfish produce a thick, sticky liquid called mucus. Dr Ana Rotter has discovered that this mucus has strong absorptive capabilities—it can absorb, take in liquids and other substances. One of the substances jellyfish mucus absorbs are the particles that make up microplastics.

Dr Rotter’s research is still in the early stages, but it’s hoped that jellyfish mucus could hold the key to a future free of microplastic polluted oceans. Scientists are hoping that the mucus’s absorptive properties—its abilities to absorb liquids and other substances and hold them, will allow it to trap particles of plastic floating in the sea. By trapping these, the mucus acts like a magnet—an object that attracts certain materials, like metal, but in this case, microplastic waste.

1. Paragraph 3 mainly talks about ________.

A．where microplastics can be found

B．why microplastics can harm our health

C．what problems the seas and oceans are facing

D．how the research was carried out by the scientist

2. What can we learn from this passage?

A．Jellyfish species cause a great threat to the sea.

B．Jellyfish species like to swim and live in plastic bags.

C．Jellyfish mucus can attract metals and break them down.

D．Jellyfish mucus can absorb liquids and some other substances.

3. What does the underlined word “properties” in Paragraph 6 most probably mean?

A．Qualities.

B．Substances.

C．Choices.

D．Materials.

4. What is the author’s purpose in writing this passage?

A．To show the harm that sea and ocean pollution brings to human beings.

B．To introduce the living habits of the weird and wonderful creatures in the sea.

C．To provide a new method for collecting data on environmental threats in the sea.

D．To inform a promising scientific finding for dealing with plastic pollution in the sea.

10 . On Christmas Eve, a team of reindeer (驯鹿) will help Santa Claus deliver gifts to children all around the world. The reindeer, led by their fearless leader Rudolph, won’t be the only ones doing something special. Back in the highest Arctic, their cousins have a remarkable ability changing their eye color.

During the summer months, when the days are long and the sun is bright, reindeer’s tapetum lucidum (荧光膜), a mirror-like layer at the back of their eye, appears golden, which helps bounce the majority of light off the eyes, effectively acting like a pair of natural sunglasses. As winter comes, and the days become shorter and darker, the tapetum lucidum turns blue to absorb more light, allowing reindeer to improve their night vision and see clear in low light conditions.

With these adaptations, reindeer can adapt and thrive in one of the harshest environments on Earth. Unlike humans, reindeer can see well into the shorter Ultra Violet (UV) range. This UV vision enables them to spot food and predators more effectively in the snowy landscape. Lichens, a key part of their winter diet, absorb UV, so they show up dark against UV-reflecting white snow. Wolf and polar bear fur also absorb UV, so instead of disappearing against snow they pop out in high contrast, allowing reindeer to spot potential threats from a distance.

Reindeer change their eyes by adjusting their tapetum lucidum, which is made of collagen fibers. In winter, the collagen fibers become packed tighter, causing the tapetum lucidum to mainly reflect blue light. This change happens when reindeer dilate their pupils (瞳孔). In summer, the reindeer’s pupils return to a smaller size, which helps reindeer reduce the amount of light entering the eye.

But their unique adaptation may hurt them. Today, the increasing use of artificial lighting, especially during the winter months, poses a potential threat to their sensitive eyes. It can make reindeer lose their way, affecting their ability to survive in their challenging environment. So it is crucial for us to be mindful of our use of electricity and make efforts to minimize light pollution to ensure the well-being and survival of these magnificent creatures.

1. What do we know from paragraph 2?

A．The shape of reindeer’s eyes varies with seasons.

B．It is difficult for reindeer to live in low light conditions.

C．The tapetum lucidum helps reindeer adapt to seasonal changes.

D．Reindeer’s eyes appear golden in winter while blue in summer.

2. What is the use of UV vision for reindeer?

A．To help them see clear in dark nights.

B．To distinguish food of different colors quickly.

C．To protect their eyes from harsh sunlight in summer.

D．To better locate food and enemies during snowy days.

3. What does the underlined word “dilate” in paragraph 4 probably mean?

A．Relax.

B．Expand.

C．Narrow.

D．Hide.

4. What is the purpose of the last paragraph?

A．To call on people to protect reindeer from light pollution.

B．To show the reasons for the decline in reindeer population.

C．To present humans’ great efforts to reduce artificial lighting.

D．To prove reindeer’s strong adaptability to harsh environments.