1 . Whether due to genuine concern for the environment or the widespread criticism of plastic among consumers, many companies have invested heavily in reducing their use of plastic packaging, which may indeed have a positive environmental impact. But another trend that’s grown out of the anti-plastic movement is a lot less positive: overpackaging. More and more brands have begun adding unnecessary paper packaging on top of plastic packaging in order to make their products look more environmentally friendly, without actually reducing plastic waste.
Unfortunately, there’s a very good reason companies are adopting this clearly problematic approach. Through a series of eight studies with more than 4,000 participants, we found that consumers will accept a product’s packaging as more environmentally friendly if it’s plastic with an additional layer of paper than if the product is visibly packaged in identical plastic packaging but without the paper. These perceptions (认知) in turn make consumers both more likely to buy a product, and willing to pay more for it.
Part of what makes this overpackaging trend particularly harmful is that it is much valued by consumers who reported engaging in more eco-friendly behaviors. They were more likely to view overpackaged products as environmentally friendly. As a result, the very consumers who are most interested in pushing companies to make sustainable choices are likely unintentionally encouraging the environmentally harmful practice of overpackaging.
The good news is, overpackaging isn’t the only way to signal sustainability and attract such consumers. In our studies, we found that instead of additional paper packaging, simply adding a minimal packaging sticker to plastic packaging could clarify the misperception that overpackaged products are more sustainable, Especially for products for which plastic is necessary to ensure safe transportation and lengthen shelf life, this kind of clear messaging can help reduce consumers, discrimination against the responsible use of plastic packaging.
Of course, minimal packaging stickers certainly should only be used if a brand has actually ensured that it is using the minimal possible packaging, ideally under the supervision of a trade organization or regulatory body that maintains clear, consistent standards.
1. What can we learn about overpackaging according to paragraph 1?A.It calls for less investment. |
B.It involves the proper use of paper. |
C.It has a positive environmental impact. |
D.It causes over-consumption of materials. |
A.They care about the environment. |
B.They are always following the trend. |
C.They like comparing products’ qualities. |
D.They prefer beautifully-decorated products. |
A.To help products stay fresh longer. |
B.To improve the brand’s popularity. |
C.To correct consumers’ misunderstanding. |
D.To present more information about products. |
A.Minimal packaging stickers have been widely used. |
B.Advantages of minimal packaging stickers are overestimated. |
C.The use of minimal packaging stickers should be strictly regulated. |
D.The use of minimal packaging stickers is a solution to over-packaging. |
Chinese netizens recently expressed
In 2020, he started collecting information on cultural relics and uploaded the data to the mapping software. As many historical sites in rural areas cannot be located
Now, the map
However, in Wu’s eyes, the map is just
3 . An adult African elephant consumes about 223 liters of water and 3,080 pounds of roots, grass and fruit daily. That’s like having 634 cans of soda and 1,200 hamburgers every day. This keeps them moving thousands of miles across Africa each year. Elephants usually migrate between March and May. Females live in groups with their children, and quickly run out of the food supply. They hit the road in search of food. Male elephants live alone, so they don’t use resources as quickly as the females. Instead, they migrate during their mating cycle. When the females pack their trunks, so do the males.
During migration, elephants face short water supplies and extremely high temperatures. But people are their number-one problem. Poachers (偷猎者) kill 35,000 elephants each year for ivory. Many African farmers build fences (栅栏) to protect crops and cattle, which might block regular migration paths. Traffic roads affect elephant migration, too. During one study of 28 elephants in Central Africa, only one female crossed an unprotected road.
Scientists, wildlife organizations and governments cooperate to find solutions for Africa’s elephants. “To unlock the secret of where elephants move and how they move, we place collars (项圈) with a satellite unit inside,” Dr. Michael Chase says. GPS collars help map which routes elephants use most so that countries can establish protected elephant passages.
Locals come in as well. James Isiche, East Africa Director of the International Fund for Animal Welfare says, “We have got the community on our side by a project; they’ve agreed to partner with us to conserve elephants.” The local community run wildlife parks to attract tourists. “This project helps us take care of both the wildlife and our cows,” says Sikira, a tribal elder in Maasai, Kenya. Protecting elephant migration routes allows these gentle giants to survive.
1. What can we learn about the elephants from paragraph 1?A.They show an interest in hamburgers. |
B.They move south to survive the cold. |
C.They migrate for different reasons. |
D.Females live shorter for food shortage. |
A.Results of poaching. | B.Reasons for killing elephants. |
C.Difficulties in migrating. | D.Efforts to protect migration paths. |
A.To discover the secret of migration. |
B.To track elephants with technology. |
C.To identify the population of elephants. |
D.To explore a new route for migration. |
A.Say No to Ivory | B.A Journey in Africa |
C.Ready for the Move | D.Technology in Migration |
4 . An impressive invention made by a 17-year-old teenager, called Anna Du, is helping to clean up small pieces of plastic from the ocean.
While walking along her local beaches in Massachusetts, the young student began collecting waste plastic bags and bottles. But what she noticed was a large number of tiny pieces of plastic or microplastics that were impossible to pick up. At just 12 years old, Du set out to solve the problem. After testing a few prototypes(原型)in her backyard, she invented a remotely operated vehicle that uses the infrared camera(红外摄像机)to detect microplastics on the ocean floor. More recently, Du has also created a simulation(模拟)model that uses artificial intelligence to predict where microplastics are located.
Du’s robot invention has earned her awards at top science fairs in the US, and she’s now a nationally recognized advocate for microplastic awareness and pollution prevention. “When I first started doing science fairs, I had no idea that a young girl without lots of money and just a little advanced engineering knowledge could make a difference in the world. I’ve learned that I truly love working on a problem that’s so much larger than me,” Du said.
Du has also released a new book to help spread the word not only about the dangers of microplastics but also about the ways to relieve the problem. Titled Microplastics &Me, the book follows Du’s own story of how she went from worrying about the environment to designing award-winning solutions. Writing for kids her own age, the young girl alerts her readers to the threat of microplastic pollution and urges them to care about the environment. The book hopes to encourage young students to get into science, technology, engineering and math(STEM)subjects and to inspire a new generation of inventors and engineers. What’s more, Du has even raised more than $7,000 to distribute the book free to kids and libraries in high-need communities.
1. What inspired Du to make the invention?A.There was too much rubbish along the beaches. | B.The plastics were too small to collect by hand. |
C.The sea was polluted seriously. | D.She was interested in AI. |
A.She has a spirit of challenge. | B.She is too poor to make a difference. |
C.She doesn’t study hard in engineering. | D.She wins international recognition. |
A.Innovation. | B.Voice. | C.Culture. | D.Art. |
A.To inspire readers to share their stories. |
B.To raise the awareness of microplastics pollution. |
C.To encourage high schools to offer STEM subjects. |
D.To collect money for kids in high-need communities. |
5 . The world’s nations have promised to limit global temperature increases to 1.5 degrees over pre-industrial levels, which involves shutting down fossil fuel extraction (化石燃料开采) as quickly as possible. But despite this promise, first reached six years ago during the Paris Climate Accords, the fossil-fuel producing nations are on track to extract more than twice as much coal, oil and natural gas as would be permissible under this plan, a new United Nations report says.
To have a chance of limiting temperature increases to 1.5 degrees, production of coal needs to drop by 11% every year between 2020 and 2030. while production of oil and gas needs to drop by 4% and 3%, respectively, the report finds. Instead, production of oil and gas is set to increase, while coal production is projected to drop slightly.
The so-called production gap, the difference between countries’ climate promises and their fossil fuel production plans — hasn’t changed since the United Nations first examined it in 2019, indicating that international climate accords are still closer to theoretical promises than detailed plans.
The report looks at fossil fuel production in 15 countries — including Australia, Brazil, Canada, India, the U.S. and the United Kingdom — hat are collectively responsible for three-quarters of the world’s fossil fuel production. Most of these countries have promised to reach zero emissions by mid-century, but they are planning to increase their fossil fuel extraction until at least 2030.
So far, climate efforts from major fossil fuel extractors, including industry, have “focused on extracting fossil fuels in less-polluting ways, not on winding down production levels in line with climate goals,” the report says. While these efforts, such as developing carbon-capture (碳捕捉) technology and reducing methane leaks (甲烷泄露) are important. they fall far short of the changes science demands if global temperatures are to stay at a livable level.
To close that gap, the report urges governments to make realistic plans for winding down fossil fuel extraction, starting with state-owned companies, which arc responsible for more than half the world’s extraction of such fuels.
1. What does the new United Nations report say?A.Climate promises are being made worldwide. |
B.Fossil fuels arc being extracted in large quantities. |
C.Global temperature will soon increase by 1.5 degrees. |
D.Production of coal will drop sharply in the next decade. |
A.To imply an energy crisis. |
B.To show the efforts made by now. |
C.To indicate how to close the production gap. |
D.To stress the goal of the Paris Climate Accords. |
A.They will achieve zero emissions by 2030. |
B.They think little of carbon-capture technology. |
C.They should turn to the United Nations for help. |
D.They are on the way to breaking their promises. |
A.Coal mines owned by the government. | B.Gas stations run by private companies. |
C.Power plants owned by the government. | D.Car factories run by private companies. |
I was eight years old and wasn’t aware of all the arrangements being made for our journey as a family to London in 1950. My mother was in great pain and wished to visit specialists in London. My father reluctantly had to sell our property in Queensland. The day before we boarded the ship, Father unwillingly said goodbye to his five-year-old cattle dog, Spider, who was loved by us all. Father’s friend Sandy was to be his guardian while we were overseas, as he had been getting to know Spider for many weeks.
Six weeks later, an airletter arrived from Sandy, giving my father the news that Spider had run away just two weeks after we had sailed. Sandy had advertised constantly on ABC and other regional newspapers. Despite many “sightings”, the dog was never found. It seems Spider just kept running and searching for us. As he was cattle dog, my father thought he would shoe or dingo-trapped, because of his appearance. But our family thought that Father held a secrets hope that Spider was still alive.
We sailed back to Australia two years later and re-established our home. My father immediately began his own search for Spider. One cold winter’s Saturday morning eight months after our return, my father had a call from an elderly lady living on her own on the outskirts of the town. As she told my father on the telephone, it was “just glimpses of a dingo-type dog in the shadows” of her disused tennis court. That was enough for my father to interrupt my homework.
We set off in his blue and black Jensen car which he had brought back from England. It was hardly the right vehicle for the rough roads we travelled that day. Five and a half hours later, we found the run-down old property. Sadly, she told my father that the “dingo dog” hadn’t been around for a few days. My father had a strange look in his eye. He put two fingers to his lips and did his special whistle for Spider.
注意:1. 续写词数应为150个左右;
2. 请按如下格式在答题卡的相应位置作答。
Suddenly there was a sound in the bush.
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Once home we had the task of getting all the prickles (刺) off him.
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7 . Washing machines are one of the greatest inventions of the last few centuries.They have made life easier. Unfortunately, washing machines also contribute to the environmental issues of energy use and micro-plastics flowing into the oceans. That is why the washing machine manufacturer (制造商), Samsung, and the outdoor-wear company, Patagonia, are working together to make a change.
For Patagonia, the issue of micro-plastics has been on its mind for years — its woolen jackets release many microfibers. As for Samsung, new requirements throughout the world have forced many producers to start thinking about ways to help reduce the number of micro-plastics. There are currently more than 14 million tons of micro-plastics floating in the oceans. Though people previously think of things such as plastic bottles and fishing lines when it comes to plastics in the ocean, thousands of micro-plastics are released into seas with every wash.
The issue is a sort of catch-22. In order to reduce energy costs, manufacturers try to make their machines more efficient. These machines use hotter water and are designed to create more friction (摩擦) between the clothing in the machine. However, both of these things lead to the release of more micro-plastics. So, using Patagonia clothes as test cases, Samsung came up with a two-fold solution: One is a technology called Eco-bubbles, which creates more bubbles to make the detergent (洗涤剂) more powerful, and the other is a water purifier that can filter (过滤) out more micro-plastics.
The cooperation between the two companies is proof of how complicated protecting the environment can be. On the one hand, clothing that is well-constructed and durable is a weapon in the fight against fast fashion. On the other hand, the material used to make those clothes and the way they are washed can also add pollutants to the environment.The same goes for washing machines. There is no one-size-fits-all solution. The fight against climate change requires creative thinking and learning how to attack a problem from many angles. This will certainly lead to even more strange and fruitful cooperation between the environmentally conscious companies.
1. What is Samsung’s purpose in partnering the outdoor clothing company?A.To limit the use of micro-plastics. |
B.To solve the issue of energy waste. |
C.To find a solution to micro-plastic pollution. |
D.To produce high-efficiency washing machines. |
A.A tricky situation. | B.A questionable fact. |
C.A possible dream. | D.A practical method. |
A.Using hotter water. |
B.Creating more friction. |
C.Using powerful detergents. |
D.Adding a water purifier to washing machines. |
A.The difficulty in fighting against fast fashion. |
B.The complexity of environment conservation. |
C.The influence of humans’ active action. |
D.The importance of creative thinking. |
8 . In the northernmost edge of Colombia sits the coastal town of Acandí. Access to the town is only by water or air; there is no road that leads there. The residents there are faced with the struggles of balancing livelihoods while protecting biodiversity.
In the past, traditional community fishing methods, passed down by the elders, focused on the reasonable fishing and management of resources. However, the introduction of large-scale trawling vessels(拖网渔船) decades ago gradually depleted the area’s fishing resources, leading to damage to marine(海洋的) life seriously.
Jesús Antonio Julio Cuestas, who serves in the region’s conservation and management of marine resources, stresses the bad impact of these developments and calls for new fishing techniques. “Fishing and conservation co-exist as long as we have good management practices and reasonable use of our fishing resources,” says Cuestas. He and other officials actively monitor fishing activities in Acandí. Each morning, they visit the fish markets to gather data on fishery resources—including prices and sizes—to monitor the state of the local fishing industry.
Along with Cuestas, the fishers work to reduce their impact on the marine ecosystem. By changing fishing methods and adopting new practices, they aim for a more balanced approach to fishing. “This year the local fishermen have not used the trawl net s that were causing the death of the leatherback sea turtles,” explains Cuestas proudly. Changes include the efforts of boats to protect the seagrass that serves as feeding grounds for marine life and an end to fishers throwing net s where turtles lay their eggs.
This marine reserve in Acandí, Cuestas believes, is their greatest treasure. He attaches great importance to working together with local residents to improve the quality of life while preserving the marine ecosystem. By doing so, he imagines a picture where individuals from the fishing community can pursue various careers, such as engineers or lawyers, proudly stating that they are the products of the fishing tradition in Acandí.
1. What does the underlined word “depleted” in paragraph 2 mean?A.Reused. | B.Restored. |
C.Explored. | D.Reduced. |
A.To cut down on the costs of fishing. |
B.To improve the income of local residents. |
C.To promote the well-being of marine wildlife. |
D.To spread traditional community fishing methods. |
A.The aim of the changes to fishing methods. |
B.The efforts to preserve marine ecosystem. |
C.The results the trawl net s have brought about. |
D.The impact of fishers on the local environment. |
A.Confident. | B.Uncaring. |
C.Concerned. | D.Doubtful. |
9 . Re-purposing diapers to make building materials would reduce the amount of garbage that goes to a landfill. It could also make homes more affordable. Maybe giving used diapers a new use could help tackle both problems.
Building material—especially those that are used for strengthening structures — are often expensive. They’re often the biggest hurdle to making homes affordable. So researchers have previously investigated unusual materials that could save costs. These materials included many that would otherwise pile up as waste, such as fly ash.
“There is a big need in developing countries such as the Southeast Asian nation, Indonesia. There, demand for low-cost housing outstrips what’s available. The number of people in Indonesia’s cities has climbed by about 4 percent per year in the last 30 years. By 2025, more than two-thirds of Indonesians are expected to live in urban areas. Indonesia’s population boom is intensifying the demand for housing,” says Siswanti Zuraida, an environmental engineer in Indonesia.
“Despite the need for more affordable housing, there are significant problems that stand in the way of adopting diapers,” Zuraida says. Used diapers contain wood pulp, cotton and plastic, which are potentially useful building materials. Diapers plastic components would have to be separated from the organic fibers, a complicated recycling process currently available only in developed nations. And Indonesia’s building regulations restrict together-materials to bricks, wood, steel and concrete (which is used to hold bricks together) — materials that also bear a high cost in terms of carbon emissions.
But reusing diapers might not be that environmentally friendly, especially on a large scale. “It’s tricky to separate dirty diapers from waste and disinfect them. So it would take a lot of energy to recycle diapers. It’s maybe worthwhile to start thinking about ways to replace single-use diapers with something less frequently thrown away,” says Christof Schrofl, a chemist who works at Technische Universität Dresden in Germany.
1. Which statement describes the idea of re-purposing diapers best?A.No pains, no gains. | B.Waste not, want not. |
C.Kill two birds with one stone. | D.Great minds think alike. |
A.Phase | B.Barrier. | C.Goal. | D.Advantage. |
A.It is illegal to use diapers as building material in Indonesia. |
B.Making building materials has little effect on climate warming. |
C.The plastic components in diapers can make buildings stronger. |
D.Developed countries have difficulty separating organic fibers on diapers. |
A.Indifferent | B.Supportive. | C.Admiring. | D.Objective. |
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