1.保护野生动植物的重要性；
2.你校的宣传活动；
3.你的建议。
注意：1.词数80左右；
2.可以适当增加细节，以使行文连贯。
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2 . Recycling is a great way of doing your bit for the environment and helping to protect the earth’s precious resources. However, a new study has revealed that our desire to be sustainable maybe doing more harm than good. According to waste company Biffa, this is because of “wish-cycling” — assuming that items such as disposable coffee cup sand pizza boxes will be recycled if put in the recycling bin. In fact, pollution from those items or other non-recyclables can result in recyclable items that have been put in the correct bin going to landfill. David Heaton, a business director at Biffa, said: “Pollution happens when items are disposed of in the wrong bins or haven’t been cleaned before being recycled.”
Experts at Biffa analyzed the amounts of non-target and non-recyclable materials that entered UK material recycling facilities between 2016 and 2020. It was found that, in 2016, the average pollution rate of recycling waste was 13.4 percent, rising over four years to 17 percent by the end of 2020. This shows that, even as people are becoming more eco-conscious, wish-cycling is increasing both in households and businesses.
The Biffa experts say that one of the best ways to prevent pollution of recycling is to clean recyclable waste before putting it in the bin. They suggest cutting off the top of old pizza boxes and only recycling that part to avoid pollution from the grease (油脂). Check the on-packaging recycling label to check it can actually be recycled When it comes to plastics, Biffa recommends checking the resin code, the number in the plastic triangle, to know whether it should go in the recycling bin. In general, resin codes 1, 2, 4 and 5 are recyclable, while 3, 6 and 7 are not. Larger items, like electronics, furniture and batteries, can also be recycled but often can not go in household recycling bins as they need specialist separating. These will need to be taken to recycling centers or sustainable waste management companies.
“It’s vital as a nation that we get better at effective ‘pre-cycling’— sorting waste correctly before collection to reduce pollution rates,” added Mr. Heaton.
1. What’s the truth of “wish-cycling” according to the first paragraph?| A．The desire to lead a sustainable life. |
| B．The good intention to help recycling. |
| C．The habit of throwing items that end up in landfills. |
| D．The practice of recycling items that can not be recycled. |
| A．People are becoming more eco-conscious. |
| B．Wish-cycling is on the rise in recent years. |
| C．Pollution happens less frequently in recycling facilities. |
| D．People are used to cleaning recyclable waste before putting it in the bin. |
| A．Dispose of electronics together with household waste. |
| B．Skip the step of checking the on-packaging recycling label. |
| C．Check the resin code of plastics to see whether it is recyclable or not. |
| D．Cutoff the top of old pizza box and throw the rest to the recycling bin. |
| A．Recycling: a Big Project | B．Wish-cycling: a New Trend |
| C．Wish-cycling: a Growing Concern | D．Pre-cycling: an Effective Method |
3 . Conifers (针叶树) are generally better than broad-leaved trees at purifying air from pollutants. But deciduous (落叶的) trees may be better at taking in particle-bound pollution. A new study led by the University of Gothenburg shows that the best trees for air purification depend on the type of pollutants involved.
Trees and other greener in cities provide many benefits that are important for the well-being of residents. Leaves and needled on trees filter air pollutants and reduce exposure to poisonous substance in the air. But which trees purify the air most effectively? Researchers from the University of Gothenburg have collected leaves and needle from eleven different trees growing in the same place in the Gothenburg Botanical Garden (GBG) to analyse which cub-stances they have absorbed.
“This tree collection provided a unique opportunity to test many different species of trees with similar environmental conditions and exposure to air pollutants,” said Jenny Klingberg, a researcher of the GBG
A total of 32 different pollutants were analysed, some of which are bound to articles of various sizes. Others are gaseous. This project has focused on paths (多环芳烃). In cities, traffic is the biggest source of these pollutants, which are released due to incomplete burning in engines.
“Our analysis show that different species of trees have different abilities to absorb air pollutants. Conifers generally absorb morn gaseous paths than broad-leaved trees. Another advantage of conifers is that they also act as air purifies in winter, when air pollution is usually at its highest,” said Jenny Klingberg.
“This study contributes to improving our understanding of the ability of trees to clean the air and which species are best at absorbing air pollutants,” said Jenny Klingberg. This known-edge is important for urban planning when designing sustainable cities. While trees and green-era can contribute to better air quality in cities, at the end of the day, the most important measure is to reduce emissions.
1. Which is the determining factor in choosing the most suitable tries to purify air?| A．Air quality. | B．Geographical location. | C．The height of plants. | D．The kind of pollutants. |
| A．To compare their shapes. | B．To create a tree collection. |
| C．To figure out what they absorb. | D．To display them on exhibition. |
| A．Fuel vehicle’s. | B．Electric engines. | C．Traffic accidents. | D．Complete burning. |
| A．Decreasing emissions. | B．Planting more conifers. |
| C．Raising public awareness. | D．Designing sustainable cities. |
4 . Ever been hungry enough to eat a house? Now, you actually could.
Food waste is a big problem in Japan and globally. Japan produced around 5.7 million tons of food waste in 2019. The government plans to reduce that by around 2.7 million tons by 2030. Tokyo University researchers Kota Machida and Yuya Sakai have developed a way to transform food waste into cement(水泥) for construction use and more. This is the first-ever process created for making cement entirely from food waste. The researchers say their product is four times as strong as traditional concrete. This particular cement can be used to make things like tea cups or chairs as well. However, there’s one additional feature — it’s also edible(可食的).
Kota and Yuya are the intelligence behind the formation of Fabula Inc., a company with purposes of reducing food waste, and helping fight global warming.
As expected, something this unique took years to develop. It took a few attempts to find just the right process. Kota and Yuya created the unique technology while researching possible environmentally-friendly materials to replace cement-based concrete. Cement production accounts for 8% of the world’s carbon dioxide emissions.
After a few failures, they realized they could get the cement to bind(黏合) by adjusting the temperatures. “The most challenging part was that each type of food waste requires different temperatures,” Yuya said. So the researchers had to observe them and respond in time. In the experiments, Kota and Yuya have successfully made cement using tea leaves, coffee grounds, cabbage and even lunchbox leftovers.
Fabula Inc. is currently working to make tea cups and furniture, but Yuya is thinking a little bit bigger. Their product could provide relief in the form of edible emergency shelters in disaster ones. “For example, if food cannot be delivered to the people, they could eat makeshift beds made out of food cement,” he said. To eat the material, a person needs to break it apart and boil it.
1. Which is one of Kota and Yuya’s purposes in making use of food waste?| A．To handle climate change. | B．To offer Fabula Inc. more cement. |
| C．To warn how serious food waste is. | D．To extend concrete’s service life. |
| A．Its damage to the environment. | B．Its cost of recycling the cement. |
| C．Its difficulties they would face. | D．Its popularity among the public. |
| A．Making sure to make cement tasty. | B．Selecting correct food waste timely. |
| C．Getting cement broken apart easily. | D．Regulating the temperatures constantly. |
| A．Bendable. | B．Strong. | C．Temporary. | D．Commercial. |
Those who haven’t been to the Mu Us may not have an opportunity to do so. The desert is disappearing from
The Mu Us
However, the area was no desert in ancient times. It used to be grazing land
In modern times, the Mu Us, the fourth
Thanks to greening, the desert is poised to disappear. The feat(丰绩) wouldn’t have been achieved
6 . Are you a tea drinker? If so, you’re not alone. Every day around the world millions of cups of this popular brew are drunk, and it’s been that way for thousands of years. The oldest discovered tea is from the Han Dynasty, dating from 206BC to 220AD. But it’s thought that the tea trend really took off during the Tang Dynasty in the 8th Century, when it became China’s national drink. Now, Turkey, the Republic of Ireland and the UK are believed to be the biggest tea—drinking nations, per capita.
Tea is consumed in many ways-slurped, sipped or glugged. It can be poured from pots, infused or brewed in the cup using tea bags—and it’s this latter process that is causing concern. Research last year found some premium tea bags might be leaving billions of microscopic plastic particles in the cup. Scientists from McGill University in Montreal found that some ‘plastic’ tea bags shed high levels of micro plastics into water. However, The World Health Organization says such particles in drinking water do not appear to pose a risk.
Most tea bags are made from paper, with a small amount of plastic used to seal them shut— made from oil. This has led to debate about whether they can be recycled, but many are still composted. However, gardener Mike Armitage has told the BBC that the plastic contained in the soil could be washed into streams and rivers and ultimately out to sea.
Unilever, the owners of the tea brand PG Tips, said their tea bags are made with a small amount of plastic—used to seal them—and that they are suitable for composting. And the brand Yorkshire Tea said their bags do contain 25% polypropylene, but they were “actively developing plant—based and biodegradable alternatives”.
While tea bag manufacturers might be doing their bit to reduce plastic pollution, it could be a good time to switch your favourite beverage to coffee, or if that isn’t your cup of tea then try using loose-leaf tea, which can have a better flavour.
1. What is the main idea of paragraph 2?| A．Tea can be consumed in many ways. |
| B．The use of tea bags doesn’t appear to pose a risk |
| C．The use of tea bags is causing concern. |
| D．Some tea bags might be leaving microscopic plastic particles in the cup. |
| A．reduce the amount of plastic used to seal tea bags |
| B．wash the plastic in the soil into streams, rivers and sea |
| C．develop plant-based and biodegradable alternatives |
| D．switch to coffee or try to use loose-leaf tea |
| A．Supportive | B．Indifferent | C．Opposed | D．Neutral |
| A．Potential Plastic Pollution |
| B．Chinese tea culture |
| C．What is your favorite drink? |
| D．The Humble tea bag |
7 . At 5:13 on the morning of April 18th 1906, the city of San Francisco was shaken by a terrible earthquake. A great part of the city was destroyed and a large number of buildings were burnt. The number of people who lost homes reached as many as 250, 000. About 700 people died in the earthquake and the fires.
Another earthquake shook San Francisco on October 17th, 1989. It was America’s second strongest earthquake and about 100 people were killed. It happened in the evening as people were travelling home. A wide and busy road which was built like a bridge over another road fell onto the one below. Many people were killed in their cars, but a few lucky ones were not hurt.
Luckily the 1989 earthquake did not happen in the centre of town but about 50 kilometres away. In one part of the town a great many buildings were destroyed. These buildings were over 50 years old, so they were not strong enough. There were a lot of fires all over the city. The electricity was cut off for several days too.
Why do earthquakes happen? Scientists explain that the outside of the earth is made of a number of different plates. At San Francisco the Pacific plate which is moving towards the northwest meets the North American plate. The Pacific plate is moving very slowly—at 5.3 centimetres a year. Sometimes these two plates stop and do not move for years. Then suddenly, they jump and an earthquake is felt. As a result of the movement of these plates, west America near the sea has always been a bad place for earthquakes. When the 1906 earthquake happened, the Pacific plate jumped 5-6 metres to the north.
Scientists are afraid that one day an even bigger earthquake will hit the area around San Francisco. They call it “The Big One”. However, people today are still building more houses. The population in and around San Francisco is now ten times more than it was in 1906. This means that if there is another big earthquake, a great many houses and buildings will be destroyed.
1. Fewer people were killed in the 1989 San Francisco earthquake because the earthquake happened_______.| A．in the centre of the city | B．in the daytime |
| C．outside the city | D．in the evening |
| A．The 1906 earthquake. | B．The 1976 earthquake. |
| C．The 1989 earthquake. | D．Both A and C. |
| A．Because the surface of the earth is too thin. |
| B．Because some plates of the earth move suddenly. |
| C．Because the houses built on the earth are not strong. |
| D．Because the plates are moving slowly. |
| A．We should learn how to predict earthquakes and stop them. |
| B．We should stop building new houses. |
| C．We should build strong buildings in the right places. |
| D．We should try our best to stop earthquakes. |
| A．Bridge. | B．Road. |
| C．Car. | D．Street. |
8 . Buying furniture is easier than ever. You can even order a new table and chairs online without ever leaving home. But did you ever think about how furniture is made? The process begins with trees but now researchers have found a better way: growing it in a lab instead of a forest. Instead of cutting down trees and adding to deforestation, Velasquez-Garcia said, “If you want a table, then you should just grow a table.”
The research group found a way to actually grow plant tissue (组织) — wood and fiber — in a lab that is similar to the way cultured meat is grown. While there is still a long way to go to actually grow a table, the team was able to grow structures from cells from zinnia leaves.
Making furniture and other items from biomaterials could eliminate cutting down trees in forests. “The way we get these materials hasn’t changed in centuries and is very inefficient,” said Velasquez-Garcia. “This is a real chance to avoid all that inefficiency.”
There are other benefits to using lab wood too. Lab grown wood can be handled to take on any shape — like 3 D printing — so it may be possible to build a table without glue or screwing parts together.
Beckwith, a mechanical engineering PhD student, was inspired by a visit to a farm to try to make land-use more efficient and environmentally sound. “That got me thinking: Can we be more strategic (战略上的) about what we’re getting out of our process? Can we get more yield for our inputs?” she told MIT News. “I wanted to find a more efficient way to use land and resources so that we could let more farmlands remain wild, or to remain lower production but allow for greater biodiversity.”
Today, the two largest uses of trees are to make wood products and paper. When new biomaterials become readily available, forests will lose their economic value and will be preserved for their environmental, health, and recreational value. These researchers, like Velasquez-Garcia, are speaking for the trees.
1. What does the author think of growing furniture according to Paragraph 1?| A．It turns out to be convenient. |
| B．It’ll cut down daily expense. |
| C．It might have a bright future. |
| D．It’s as important as making furniture. |
| A．Risk. | B．Fancy. | C．Remove. | D．Delay. |
| A．To make large profits. |
| B．To keep biodiversity. |
| C．To increase production. |
| D．To use wild resources. |
| A．Wide use of new biomaterials. |
| B．Less use of wood products and paper. |
| C．Making effective forest laws. |
| D．Caring more for the environment. |
1．词数 100 左右；
2．可以适当增加细节，以使行文连贯。
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10 . Can you survive an unannounced storm? Although there is expert broadcasting and we are equipped with cell phones, there’re still some instances(情况) when the violent weather takes us by surprise.
While most Atlantic hurricanes form off the coast of Africa giving plenty of early warning, sudden Caribbean and Gulf of Mexico hurricanes form and move rapidly in less than a day’s time, endangering everyone and everything in their path.
Oil workers were trapped off the shore when sudden storms appeared. Natural scientists have been stuck in coastal areas without storm warning. Ten years ago a Texas National Guard group was trapped on the beach by rain-forced flooding and had to ride out(经受的住) a major hurricane during a training exercise. There’ve been a few instances when travelers were trapped on an island or in a coastal area and unable to escape in time.
Escaping from the storm-threatened areas is generally a choice for most of us—but not for all. Each year thousands of islanders across the Caribbean face the danger of hurricanes without so much as a public shelter to hide in. Most ride out the storm in their homes.
But there’re a few things you can do to prepare yourself for some unexpected emergencies. Being prepared for the unexpected may be your best and only defense. If you’re headed outdoors for a few days or weeks, you should always carry a flashlight (手电筒) with extra batteries, a Beidou device (装置), and a basic medical box. If you’re traveling in your car, remember you may suffer high winds. You’d better not stay inside to avoid being blown away along with your car. Keeping your head and your courage up is essential to survival in any type of danger. Let common sense guide you and always be prepared for the worst.
1. According to the text, most Atlantic hurricanes ________.| A．form in the Caribbean Sea | B．develop off the coast of Africa |
| C．come from Gulf of Mexico | D．are from the Pacific Ocean |
| A．People trapped by sudden storms. | B．The bad situations of oil workers. |
| C．The Texas National Guard group. | D．The danger of traveling on an island. |
| A．We can get through the storm because of the expert broadcasting. |
| B．Being prepared for the unexpected is likely to be our best and only defense. |
| C．Escaping from the storm-threatened areas is a choice for all of us in general. |
| D．We should stay inside the car to avoid being blown away in high winds. |
| A．To give some advice. | B．To encourage traveling. |
| C．To give some warnings. | D．To understand the danger of storms. |
| A．Science. | B．Sports. | C．Life. | D．Culture. |
