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题型:阅读理解-阅读单选 难度:0.85 引用次数:100 题号:16913852

By 2050, our global population might have been beyond nine billion, bringing with it an expected 70% increase in global demand for meat and fish. As a result, the growing demand for soya(大豆)-based farm feed is driving massive destruction of forests at an alarming rate, and sea animal populations have halved in the last four decades due to widespread overfishing.

With 10 million pounds funding, part of the Government’s Industrial Strategy Challenge Fund, a start-up company Entocycle is leading a cooperation that will build the UK’s first industrial-scale insect farm. Black soldier flies(黑水虻)are used to convert food waste from farms and factories into a sustainable, organic insect-based protein feed, as an alternative to soya, for farmed animals, namely pigs, chicken and fish. In short the company is using food waste to create insect protein to feed the animals that we eat, while reducing carbon dioxide emissions (排放) and deforestation.

Following its formation in 2017, Entocycle spent time developing its technology as part of the European Space Agency Business Incubation Centre United Kingdom (ESA BIC UK), which is managed and partly funded by STF

C. Entocycle acquired the expert knowledge to develop a network of cutting edge sensors, originally designed for use in space, to monitor and optimize (优化) the black soldier flies’ lifecycle. They combined this with big data analysis to develop their proprietary technology to mass-rear flies, scalable for industrial use, STFC’s Dr Sue O’Hare, Operations Manager at the ESA BIC UK, said, “Entocycle is a first-class example of how space technology can be applied to address one of the most important global challenges we currently face — how to feed the world without harming our planet. ”

It is fantastic to know that the ESA BIC UK, part of the world’s largest business incubation program for space tech start-ups, was able to provide the right environment and support to play a part in the early development of this world-changing technology. This is a significant milestone for Entocycle as it seeks to make a real and positive impact on making our food supply chains more environmentally sustainable.

1. How does the author develop his opinion in paragraph 1?
A.By listing questions.B.By presenting facts.
C.By making comparisons.D.By stating arguments.
2. What can be inferred about Entocycle according to paragraph 2?
A.Entocycle is the UK’s first industrial-scale farm.
B.Entocycle is replacing soya with black soldier flies.
C.Entocycle is converting farms and factories into more sustainable ones.
D.Entocycle is exploring a new way to transform food waste into farm feed.
3. What is the Dr Sue O’Hare’s attitude to Entocycle?
A.Negative.B.Supportive.C.Pessimistic.D.Ambiguous.
4. What is the best title for the text?
A.Food Waste Is a Global Challenge
B.Increasing Population Threats Our Planet
C.Entocycle Puts Space Technology into Use
D.Using Insects to Turn Food Waste into Animal Feed
【知识点】 发明与创造 说明文

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阅读理解-阅读单选(约450词) | 较易 (0.85)
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【推荐1】Perhaps it is time for farmers to put their feet up now because robots are used to inspect crops, dig up weeds, and even have become shepherds, too. Commercial growing fields are astronomically huge and take thousands of many hours to operate. One prime example is one of Australia’s most isolated cattle stations, Suplejack Downs in the Northern Territory, extending across 4,000 square kilometers, taking over 13 hours to reach by car from the nearest major town — Alice Springs.

The extreme isolation of these massive farms leaves them often unattended, and monitored only once or twice a year, which means if the livestock (家畜) falls ill or requires assistance, it can be a long time for farmers to discover.

However, robots are coming to the rescue. Robots are currently under a two-year trial in Wales which will train “farmbots” to herd, monitor the health of livestock, and make sure there is enough pasture (牧草地) for them to graze on. The robots are equipped with many sensors to identify conditions of the environment, cattle and food, using thermal and vision sensors that detect changes in body temperature.

During the trials, the robot algorithms and mechanics will be fine-tuned to make it better suited to ailing livestock and ensure it safely navigates around potential hazards including trees, mud, swamps, and hills.

“We want to improve the quality of animal health and make it easier for farmers to maintain large landscapes where animals roam free,” says Salah Sukkarieh of the University of Sydney, who will carry out trials on several farms in central New South Wales.

The robots are not limited to herding and monitoring livestock. They have been created to count individual fruit, inspect crops, and even pull weeds.

Many robots are equipped with high-tech sensors and complex learning algorithms to avoid injuring humans as they work side by side. The robots also learn the most efficient and safest passages, and allow engineers and farmers to analyze and better optimize (优化) the performances and tasks of the robot, as well as provide a live stream giving real-time feedback on exactly what is happening on the farms.

Of course, some worry lies in replacing agricultural workers. However, it is farmers that are pushing for the advancements due to ever-increasing labor vacancies (空缺), making it difficult to maintain large-scale operations.

The robots have provided major benefits to farmers in various ways, from hunting and pulling weeds to monitoring the condition of every single fruit. Future farms will likely experience a greater deal of autonomy as robots take up more and more farm work efficiently.

1. What will “farmbots” be expected to do?
A.Take up many of the farmers’ routines.B.Provide medical treatments for livestock.
C.Lead the trend in farming the world over.D.Improve the quality of pastures for grazing.
2. What can robots do when equipped with high-tech sensors and complex learning algorithms?
A.Help farmers choose the most efficient and safest passages.
B.Help farmers simplify their farming tasks and management.
C.Allow farmers to learn instantly what is occurring on the farm.
D.Allow farmers to give them real-time instructions on what to do.
3. Why are farmers pressing for robotic farming?
A.Farming costs are fast increasing.B.Robotics technology is maturing.
C.Robotic fanning is the trend.D.Labor shortage is worsening.
4. What does the author think future farms will be like?
A.More and more automated.B.More and more productive.
C.Larger and larger in scale.D.Better and better in condition.
2020-03-13更新 | 176次组卷
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文章大意:本文是一篇说明文。文章主要介绍了遥控器的历史,包括其发明人、发展以及未来趋势等。

【推荐2】Remote controls are one of the most common symbols of our modern technologies. In fact, remote controls are an invention born in the 1800s. Famous inventor Nikola Tesla created one of the world’s first wireless remote controls, which he exhibited in public at Madison Square Garden in New York City in 1898.

Tesla called his system a “teleautomaton”, which could be used to control a mechanical device. For his demonstration, Tesla employed a minitype boat, which had a metal air wire that could receive exactly one radio frequency. He showed how his remote-controlled boat worked and whole process attracted many people. However, financially, Tesla’s remote-controlled boat was a failure. His intended client, the U.S. Navy, thought the technology was too easily damaged during use. But the concept of remote control caught on and quickly spread to many other types of equipment.

In the 1930s and 1940s, a new consumer electronics, such as garage door openers and model airplanes, arrived with remote controls. In the mid-1950s, Zenith engineer Eugene Polley designed his Flashmatic TV remote control, which used directional flashes of light to control the television. In 1956, Polley’s colleague, Robert Adler, created the Space Command control, which employed high-frequency, ultrasonic (超声的) sounds instead of light. This style of remote control increased the price of a new TV by a third, but that didn’t stop people from buying in mass quantities. Remote controls kept evolving, too. Ultrasonic sound remote controls were the standard for TVs until the 1980s, when remote controls began using the infrared (红外线) light signals that are very common today.

These days, you can find remote control capability built into a huge array of products such as toy cars and helicopters, video game consoles (控制台), ceiling fans, etc. There’s a good chance you can find a version that’s controlled by remote control. You can even buy a remote-controlled toilet.

Remote controls have allowed humans to perform many tasks that would be difficult, if not impossible. And although remote controls have a long history, they are anything but over. As we continue to introduce technology to every aspect of our lives, it’s very likely that we’ll need remote controls to keep things under control.

1. What made the U.S. Navy think poorly of Tesla’s remote-controlled boat?
A.Its high cost.
B.Its unsatisfactory quality.
C.Its damage to people’s health.
D.Its inaccuracy in sending signals.
2. What did Robert Alder use in his remote control?
A.Directional flashes of light.B.Infrared light signals.
C.Various metal air wires.D.High-frequency, ultrasonic sounds.
3. Why did the author mention those products in Paragraph 4?
A.To advertise some modern inventions.
B.To prove the rapid evolution of kids’ toy.
C.To show the wide application of remote controls.
D.To show the principle of some high-tech products.
4. What can we infer from the last paragraph?
A.Human are too dependent on technology.
B.Remote controls are necessary in our life
C.Humans are trying to keep everything under control.
D.Remote controls will probably fade away in the future.
5. What does the author mainly tell us in this text?
A.The history of remote controls.
B.The developments of our modern technologies.
C.The achievements of some great inventors.
D.The popularity of remote controls in our daily life.
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【推荐3】BEIJING-China’s space industry will develop quickly over the next 10 years as the country pushes ahead with its space programs after its first space docking on Thursday,Nov.3,2011.

Lab modules,a space station and 10 to 20 spaceships will be launched into space over the next 10 years,the Shanghai Securities News said on Friday.

The country will spend around 300 billion yuan ($47.47 billion) in producing those spacecrafts,according to the newspaper.

There are 20 or so space voyages being planned in China,the newspaper reported,citing Wu Ping,spokeswoman of China’s manned space program.There will be an increased demand for spacecraft production and launch services.Space infrastructure (基础设施)has been included as one of China’s strategic new industries to be developed over the next five years.

China started its threestage manned space program in 1992.In the first stage the country sent the astronaut,Yang Liwei,into space as part of the Shenzhou­5 mission in 2003.It was the first time for China to send a person into space.

Also as part of the first stage,two astronauts conducted extravehicular (太空船外的) activities during the Shenzhou­7 mission in 2008.

Now during the second stage China is focusing on space docking.It achieved its first space docking in two hours of Thursday when Tiangong1 and Shenzhou8 connected in space.As a “target spacecraft”for meeting and docking experiments,Tiangong1 will work as a platform to test longterm unmanned and shortterm manned operations.The next significant events will be the launching of Shenzhou9 and Shenzhou10,with two similar docking exercises to be conducted and one of the missions to be manned.

China will complete the second stage after it builds its own space lab around 2016,Wu said.

In the third stage,China plans to develop and launch multiple space modules,forming a 60­ton manned space station in 2020.

“The successful docking means China will enter a period of massive production of spacecraft.The space economy is about to take off,” according to Dongxing Securities.

1. What does the passage mainly tell us about?
A.China makes a great success of space docking.
B.China is to expand space industry in 10 years.
C.China has made breakthroughs in key technologies.
D.China is to spend more money producing space­crafts.
2. To realize the spaceflights over the next 10 years,China will do all the following except ________.
A.spending a large sum of money on space industry
B.building a long term manned space station
C.making more spacecrafts and lab modules
D.improving launch services and space infrastructure
3. According to the passage,one of the main tasks of Tiangong­1 is ________.
A.to carry out experiments on exploration of the moon
B.to work as a long­term space station
C.to conduct extravehicular activities
D.to serve as a platform for meeting and docking experiments
4. Which is the right time order of China’s space events?
a.Building its own space lab.
b.Entering a stage of massive production of spacecraft.
c.Building a 60ton manned space station.
d.Sending a person into space.
A.d,b,a,cB.b,d,a,c
C.d,b,c,aD.b,d,c,a
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