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题型:阅读理解-阅读单选 难度:0.65 引用次数:44 题号:11995540

The United Nations predicts worldwide temperatures over the next five years may at times rise to more than 1. 5 degrees Centigrade above pre-industrial levels. The U. N. 's World Meteorological (气象的) Organization,WMO, said the prediction suggests continued warming could present a challenge to climate change goals set in the 2015 Paris Agreement, which seeks to limit world temperature rises through major cuts in human-caused greenhouse gases.

The WMO said there was a 20 percent chance that the yearly average temperature will rise above 1.5 Celsius higher than the pre-industrial average levels in at least one year. The report identifies 1850-1900 as the pre-industrial period. That does not mean that the average would be crossing the long-term target of 1.5 Celsius that scientists have set as the limit for avoiding catastrophic(灾难性的)climate change.

Temperatures over the last five years have been the warmest on record,the WMO reported. Temperatures over the next five years are very likely to be within the range of 0.91 to 1.59 Celsius above pre-industrial levels, it predicted. Almost all of the world, except for parts of the southern oceans, are likely to be warmer than the recent past, which is defined as 1981 to 2010. Southern Africa and Australia, where fires last year destroyed millions of hectares (公顷),will probably be drier than usual through 2024, the report said. Africa's Sahel region is likely be wetter,while Europe should see more storms.

Maxx Dilley, the WMO's director of climate services, told the Associated Press the predictions are worrisome. "It shows how close we're getting to what the Paris Agreement is trying to prevent,”he said. Still, Dilley added that it would not be impossible for countries to reach the target set in Paris, of keeping global warming well below 2 degrees Celsius, by the end of the century. Petteri Taalas, the WMO Secretary-General,added,"While COVID-19 has caused a severe international health and economic crisis, failure to cope with climate change may threaten human well-being, ecosystems and economies for centuries.”

1. What can we infer about the continued warming?
A.In an alarming trend.B.Out of control.
C.At a steady speed of rising.D.Within the range of permission.
2. What does the author try to tell us in Paragraph 3?
A.Temperatures will have a sudden rise.
B.People in Africa should get more help.
C.Fires in Australia will last over 5 years.
D.Our living environment is getting worse.
3. Which word best describes Maxx Dilley's attitude to continued warming?
A.Carefree.B.Objective.
C.Concerned.D.Ignorant.
4. What can be a suitable title for the text?
A.Global impact of Climate change.
B.The most serious challenge we face.
C.The predictions about temperature rise.
D.The methods of coping with continued warming.

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【推荐1】The eastern Siberian landscape is not normally like hell. In winter it is blanketed in snow:in summer, its forests are lush(苍翠繁茂的). This year, however, the region is on fire, as one large parts of the Arctic Circle.

The fires began in June, caused by an extremely hot and dry early summer. It was the hottest June on record globally. In the regions that are burning, temperatures peaked at 8-10℃ warmer than the average from 1981 to 2010. This has dried out the landscape, producing tinder(易燃物)for natural forest fires.

So far, hundreds of above-ground fires have been recorded by satellites in the Arctic and sub-Arctic. It is estimated that fires within the Arctic Circle have produced more than 100m tonnes of carbon dioxide in a year. That is a lot. But burnt vegetation can regrow within a decade, and in doing so reabsorbs much of the released carbon dioxide. It is what is happening below ground that most worries ecologists and climate scientists.

Global warming will melt Arctic permafrost(永久冻土), releasing large amounts of stored greenhouse gases. But if fires in the region become more common, that could have even bigger consequences. Wildfires will release much faster and bigger amounts of carbon, rather than melting permafrost. The fires also produce black carbon which, if dropped on the Arctic sea ice by favourable winds, will darken its surface, making it more likely to absorb sunlight and melt. This decreases the reflectivity of the region and further increases Arctic warming.

Smog from the fires is blanketing much of Siberia. "What is scary about the Arctic fires is that they are driven by climate change, and there's very little you can do," says Thomas Smith. Few natural fires this big have ever been successfully managed. The only way to deal with the spread of these fires is to slow the rate of global warming. Don't hold your breath.

1. What do we know about the wild fires in the Arctic Circle?
A.They are common yearly phenomena.B.They come earlier than usual this year.
C.They result from extreme weather.D.They destroy Siberian landscape.
2. What does the underlined word “That” in Paragraph 3 refer to?
A.Hundreds of above-ground fires.B.100m tonnes of carbon dioxide.
C.Burnt plant life within a decade.D.Satellite distribution in the Arctic.
3. What is the fourth paragraph mainly about?
A.The causes of fires.B.The consequences of fires.
C.The working principles of global warming.D.The characteristics of Arctic warming.
4. Which word best describes the author's attitude toward the Arctic fires?
A.Objective.B.Indifferent.C.Optimistic.D.Worried.
2020-09-28更新 | 220次组卷
阅读理解-阅读单选(约330词) | 适中 (0.65)
名校

【推荐2】Scientists called for wide-ranging research into whether more volcanoes, earthquakes and landslides could be triggered by rising global temperatures under global warming. Significant warming of’ the atmosphere in the distant past can be linked to changes- in geological activity, they say. Suggestions that climate change predicted for coming decades could bring similar changes remain speculative(猜测性的), but the scientists say there is enough evidence to take the threat seriously. Some experts have already linked current levels of global warming lo landslides in mountain regions.

Richard Betts, a researcher at the Met Office Hadley Centre, said, “This is a new interesting academic arena. It was previously assumed there was no link between climate change and geological events, but it is possible to speculate that climate change might make some more likely. If we do get large amounts of climate change in the long term, then we might see some impacts.”

Experts say global warming could affect geological risks because of the way it can move large amounts of mass around on the Earth’s surface. Melting glaciers and rising sea levels shift the distribution of huge amounts of water,which release and increase pressures through the ground. These pressure changes could make geological shifts more likely. Research from Germany suggests that the Earth’s surface can sometimes be so close to failure that tiny changes in its pressure can trigger quakes.

Writing in a special series of scientific papers on the topic published by the Royal Society, Bill MecGuire, head of the Benfield Hazard Research Centre at University College London, says, “In relation to man-made climate change, modeling studies and speculation of current trends point towards increased rink in relation to a range of geological rinks in a warmer world, while observations suggest that ongoing rise in global average temperatures may already be resulting in a risky response from the geosphere(陆界).”

1. According to the passage, which aspect probably results in geological activities?
A.Global temperatures.B.Human activities.
C.Water levels.D.Global warming.
2. What’s the idea of Richard Betts?
A.Research in global warming features something new and interesting.
B.The impacts of climate change in the long term are invisible.
C.Climate change is bound to trigger geological event8.
D.Geological events are not related to climate change.
3. How could geological risks be affected?
A.By making the distribution of waters equal.
B.By causing the surface covered by sea water.
C.By changing the pressure of the Earth’s surface.
D.By leading to the occurrence of extreme weather.
4. what is the best title for the passage?
A.One Well-known Assumption
B.Speculation on Global Warming
C.An Inspiring Scientific Discovery
D.A Possible Element in Geological Risks
2021-05-25更新 | 123次组卷
阅读理解-阅读单选(约370词) | 适中 (0.65)
文章大意:本文是一篇说明文,主要介绍 Ramanathan 团队研究发现:不仅是热量,湿度也对全球变暖的温度测量很重要。

【推荐3】A new study has found that water in the air, not just heat, is important in measuring global warming. The researchers say, when considering humidity and heat, the temperature increase is two times greater than earlier estimates.

The researchers also note, temperature by itself is not the best way to measure the effects of climate change and using temperature underestimates conditions in the tropical areas of the world.

The study was published on January 31 in Proceedings of the National Academy of Sciences. The researchers team show that the energy created in extreme weather, such as storms, is related to the amount of water in the air. For this reason, they decided to use a special atmospheric measurement to show the amount of heat in an area of air. It is expressed in a scientific measurement for temperature known as degrees Kelvin.

Ramanathan is one of the writers of the study. He is a climate scientist at the University of California San Diego’s Scripps Institution of Oceanography. “There are two factors of climate change: temperature and humidity. And so far, we have measured global warming just in terms of temperature,” he says. “Warm air can hold more water than cold air. For every degree Celsius that air temperature increases, it can hold seven percent more water. When the water vapor in the air becomes liquid, it releases heat or energy. That’s why when it rains, now it pours.”

Ramanathan added that water vapor is a powerful heat-trapping gas in the atmosphere that increases climate change. From 1980 to 2019, the average world surface air temperature increased by 0.79 degrees Celsius. But when they considered energy from humidity, their temperature measurement had increased by 1.48 degrees Celsius. In the tropics, the warming was as much as 4 degrees Celsius.

Wuebbles is a climate scientist at the University of Illinois. He was not part of the study. But Wuebbles said the idea makes sense because water vapor is important in extreme rainfall. He said, “Both heat and humidity are important.”

1. Which of the following statements is TRUE according to the passage?
A.The combination of water and heat decreases average surface temperature.
B.The reason why it pours is that cold air can hold more water than warm air.
C.Scientists adopt temperature degrees Kelvin as a special atmospheric measurement.
D.Scientists used both temperature and humidity to measure global warming in the past.
2. How does Ramanathan illustrate his findings in the fifth paragraph?
A.By making comparisons.B.By taking examples.
C.By analyzing reasons.D.By giving definitions.
3. What is Wuebbles’ attitude to this new study?
A.Critical.B.Objective.C.Skeptical.D.Appreciative.
4. Which of the following may be the best title for the passage?
A.Extreme Weathers Are Closely Related to Air Heat Amount
B.A New Study Focuses on Global Warming Solutions
C.Humidity Is Also Important in Measuring Climate Changes
D.Two Climate Scientists Develop a Scientific Method
2022-04-12更新 | 133次组卷
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