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题型:阅读理解-阅读单选 难度:0.4 引用次数:1081 题号:1279614
       GUATEMALA CITY(Reuters)— A fish that lives in mangrove swamps (红树沼泽) across the Americas can live out of water for months at a time, similar to how animals adapted (适应) to land millions of years ago, a new study shows.

The Mangrove Rivulus, a type of small killifish, lives in small pools of water in a certain type of empty nut or even old beer cans in the mangrove swamps of Belize, the United States and Brazil. When their living place dries up, they live on the land in logs (圆木), said Scott Taylor, a researcher at the Brevard Endangered Lands Program in Florida.

The fish, whose scientific name is Rivulus marmoratus, can grow as large as three inches. They group together in logs and breathe air through their skin until they can find water again.


The new scientific discovery came after a trip to Belize.

“We kicked over a log and the fish just came crowding out.” Taylor told Reuters in neighboring Guatemala by telephone. He said he will make his study on the fish known to the public in an American magazine early next year.

In lab tests, Taylor said he found the fish can live up to 66 days out of water without eating.


Some other fish can live out of water for a short period of time. The walking catfish found in Southeast Asia can stay on land for hours at a time, while lungfish found in Australia, Africa and South America can live out of water, but only in an inactive state. But no other known fish can be out of water as long as the Mangrove Rivulus and remain active, according to Patricia Wright, a biologist at Canada’s University of Guelph.

Further studies of the fish may tell how animals changed over time.

“These animals live in conditions similar to those that existed millions of years ago, when animals began making the transition (过渡) from water onto land,” Wright said.

1. The Mangrove Rivulus is a type of fish that__________.
A.like eating nuts
B.prefers living in dry places
C.is the longest living fish on earth
D.can stay alive for two months out of water
2. Who will write up a report on Mangrove Rivulus?
A.Patricia WrightB.Researchers in Guatemala
C.Scientists from BelizeD.Scott Taylor
3. According to the text, lungfish can__________.
A.breathe through its skin
B.move freely on dry land
C.remain alive out of water
D.be as active on land as in water
4. What can we say about the discovery of Mangrove Rivulus?
A.It was made quite by accident
B.It was based on a lab test of sea life
C.It was supported by an American magazine
D.It was helped by Patricia Wright
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【推荐1】Researchers have found, for the first time plants letting out sounds when they are stressed. According to a study a team of scientists recorded tomato and tobacco (烟草) plants producing sound frequencies which humans cannot hear in stressful situations—such as when they experienced a lack of water or their stems (茎) were cut.

Previous research has shown that plants respond to stress by producing several visual and chemical signals. For example, stressed plants may differ in color and shape compared to unstressed plants. Meanwhile, some are also known to let out things in response to drought (干旱) or being eaten.

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The team say that while they only tested tomato and tobacco, it’s possible that other plants could also produce sounds, adding that the latest findings could have an influence on agriculture. “Plant sound production could offer a new way for monitoring crops water state—a question of key importance in agriculture”, the authors wrote in the study more precise irrigation can save up to 50 percent of the water cost and increase the production.

“In times when more and more areas are exposed to drought due to climate change, while human population and consumption keep increasing, effective water use becomes even more important for food security”, they said “Our results, showing the ability to distinguish between drought-stressed and control plants on the basis of plant sounds, open a new direction in the field of precision agriculture.”

1. Which of the following best describes plants’ response to stress in the study?
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C.Cry.D.Sigh.
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【推荐2】Scientists exploring a marine trench(海沟) near Japan were surprised to find a type of snailfish in one of the deepest parts of the ocean, at 8, 336 meters below the surface. The creature is probably the deepest fish anyone will ever find.

“They can’t really go any deeper,” says deep-sea scientist Alan Jamieson of the University of West Australia, who led the team that made the discovery, considering the theoretical limit of fish physiology(生理机能) is around 8, 400 meters to ensure that fish cells don’t become too small at such enormous pressures. “If anyone does find fish deeper than this, it will not be by much,” Jamieson says. The previous record holder, a junior snail fish seen in the Mariana Trench, was filmed at a depth of 8, 178 meters in 2017.

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B.To encourage a deeper exploration of unknown oceans.
C.To stress the role of advanced technology in the research.
D.To confirm the importance of the discovery to our planet.
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【推荐3】Plants, and the insects which rely on them, are the living foundations of our planet. But these foundations are under stress because we have a tendency to replace fields and forests with decorative trees and shrubs imported from around the world. Adding to the problem, our obsession (痴迷) with perfection leads us to use a lot of pesticides (杀虫剂).

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