1 . Most of us have heard of the 3Rs: reduce, reuse and recycle. It is the core principle of a sustainable (可持续的) life, but few of us can apply it in our own lives. Now, there’s a “lab” you can explore and discover a way toward living sustainably.
3R Lab is located in Xuhui district, Shanghai. It offers exhibitions, activities and goods that showcase the 3R principle. The key to a sustainable life, according to Vincent T. M. Fong, the 32-year-old from Hong Kong who created the lab, is to make it a long-term promise. “A sustainable life should be sustainable itself in the first place. You can’t lead a sustainable life on a whim. Small and comfortable changes are exactly what you need,” Fong said.
The lab regularly hosts ugly fruit markets, offering these strange fruits which are often thrown away by traditional markets and consumers at a quite attractive price. “They’re thrown away simply because of their appearance. Buying fruit regardless of how they look reduces food waste significantly in our daily life,” Fong commented.
A water tank with two types of straws is another equipment in the lab. “One type is made from normal plastics widely used in our daily life while the other is from PHA, a new replacement for plastics, and the water is sourced from the Suzhou River,” explained Ni Li, an employee of the lab. Visitors can see how the PHA straws degrade (降解) into a thin layer in just one month, while the others remain unchanged.
“Leading a sustainable life does not necessarily mean sacrifice,” said Fong. Consuming ugly fruit and using degradable plastics are small changes that are good for the environment and easy to stick to. Only in this way can the 3R principle become part of our lives, he added.
After working there for six months, Ni, who wasn’t mindful of the 3R principle before arriving at the lab, now uses her cup every time she buys a coffee. “The job has reshaped my life,” Ni said.
1. What does the-underlined phrase “on a whim” in the second paragraph probably mean?A.In a rush. | B.On a regular basis. |
C.Without any reason. | D.As a common practice. |
A.To reduce food waste. | B.To promote healthy eating. |
C.To sell new kinds of fruit. | D.To provide more affordable fruit, |
A.The water pollution caused by plastics. | B.The degradation of PHA straws. |
C.The interaction between two types of straws. | D.The disappearance of normal plastic straws. |
A.She avoids going to traditional markets. | B.She has devoted less time to her hobbies. |
C.She has got rid of a few bad habits. | D.She is leading a low carbon life now. |
Earthquakes are quite common. In fact, thousands of earthquakes are happening almost at every moment.
As one of the most deadly
Besides the great damage and deaths
3 . Last Friday, Britain’s Prince William announced the winners of this year’s Earthshot Prize. The prize is meant to encourage new ideas and rapid action to help protect the planet. Below are parts of this year’s prize-winning projects in each category.
Protect and Restore Nature
Kheyti won the prize for protecting and restoring nature with its “Greenhouse-in-a-box” idea. Kheyti is already working with 1, 000 farmers across India, which is one of the most climate-affected countries in the world. The company says the greenhouses allow farmers to use 90% less water and produce seven times as much food. Kheyti hopes to get its greenhouses to 50,000 farmers by 2027.
Clean Our Air
Charlot Magayi won the prize for cleaning the air. Ms. Magayi developed a stove (炉子) that uses a fuel that’s cheaper and pollutes far less than charcoal stoves. Currently, over 200,000 of her Clean Stoves are being used in Kenya.
Build a Waste-Free World
A London-based company called Notpla(for “Not Plastic”)won the prize for building a waste-free world. They’ve created a plastic substitute(替代品)from plants found in the ocean. Unlike most plastic, their products break down naturally with no microplastics. Notpla believes their products can help end the plastic pollution that’s filling landfills and polluting oceans.
Fix Our Climate
The Earthshot Prize for working toward fixing our climate went to a company called 44.01 from Oman. 44.01 has come up with a way to turn polluting carbon dioxide(CO2)into a rock called peridotite. Once the CO2 has been turned into rock, it can no longer be released into the atmosphere again. The method that 44.01 uses is fast, cheap and permanent.
1. What is the aim of the Earthshot Prize?A.To offer practical advice on global warming. |
B.To find solutions to the environmental problems. |
C.To develop a strategic partnership with all parties. |
D.To encourage literary creations of the British people. |
A.In India. | B.In Kenya. | C.In the UK. | D.In Oman. |
A.They want to build a waste-free world. |
B.Their projects are directly good for farmers. |
C.Their achievements benefit the air cleaning. |
D.They use plants from the ocean in their products. |
1. What is the speaker talking about?
A.His major. | B.His hobby. | C.His job. |
A.Near the lake. | B.In the forest. | C.In the mountains. |
A.A tent. | B.A flashlight. | C.A guide book. |
A.It helps him exercise and relax mind. |
B.It lets him enjoy natural scenery. |
C.It teaches him to protect birds. |
5 . On September 7, 1991, the costliest hailstorm (雹暴) in Canadian history hit Calgary’s southern suburbs. As a result, since 1996 a group of insurance companies have spent about $2 million per year on the Alberta Hail Suppression Project. Airplanes seed threatening storm cells with a chemical to make small ice crystals fall as rain before they can grow into dangerous hailstones. But farmers in east-central Alberta — downwind of the hail project flights — worry that precious moisture (水分) is being stolen from their thirsty land by the cloud seeding.
Norman Stienwand, who farms in that area, has been addressing public meetings on this issue for years. “Basically, the provincial government is letting the insurance companies protect the Calgary-Edmonton urban area from hail,” Mr. Stienwand says, “but they’re increasing drought risk as far east as Saskatchewan.”
The Alberta hail project is managed by Terry Krauss, a cloud physicist who works for Weather Modification Inc. of Fargo, North Dakota. “We affect only a very small percentage of the total moisture in the air, so we cannot be causing drought.” Dr. Krauss says. “In fact, we may be helping increase the moisture downwind by creating wetter ground.”
One doubter about the safety of cloud seeding is Chuck Doswell, a research scientist who just retired from the University of Oklahoma. “In 1999, I personally saw significant tornadoes form from a seeded storm cell in Kansas,” Dr. Doswell says. “Does cloud seeding create killer storms or reduce moisture downwind? No one really knows, of course, but the seeding goes on.”
Given the degree of doubt, Mr. Stienwand suggests, “It would be wise to stop cloud seeding.” In practice, doubt has had the opposite effect. Due to the lack of scientific proof concerning their impacts, no one has succeeded in winning a lawsuit against cloud-seeding companies. Hence, private climate engineering can proceed in relative legal safety.
1. What does the project aim to do?A.Conserve moisture in the soil. | B.Forecast disastrous hailstorms. |
C.Prevent the formation of hailstones. | D.Investigate chemical use in farming. |
A.Managers of insurance companies. | B.Farmers in east-central Alberta. |
C.Provincial government officials. | D.Residents of Calgary and Edmonton. |
A.To compare different kinds of seeding methods. | B.To illustrate the development of big hailstorms. |
C.To show the link between storms and moisture. | D.To indicate a possible danger of cloud seeding. |
A.Scientific studies have proved Stienwand right. | B.Cloud-seeding companies will continue to exist. |
C.The doubt about cloud seeding has disappeared. | D.Private climate engineering is illegal in Canada. |
6 . Dressed in a kachhad, a traditional Nepalese clothes, Umesh Balal walked into his meetings at the 28th United Nations Climate Change Conference (COP28) on climate change in Dubai with a sense of determination.
Balal, who has physical disability, was there to publicly
As a student, Balal was
The more Balan
And it is even harder for people with
In an interview, Balan said, “
A.control | B.achieve | C.support | D.measure |
A.ignored | B.studied | C.respected | D.issued |
A.anxious | B.particular | C.worried | D.curious |
A.sold | B.lent | C.introduced | D.awarded |
A.brought | B.knew | C.complained | D.quarreled |
A.affected | B.prepared | C.organized | D.admitted |
A.devoted | B.changed | C.limited | D.helped |
A.comparing with | B.coping with | C.differing from | D.resulting from |
A.warmer | B.cleaner | C.poorer | D.quieter |
A.confidence | B.calmness | C.honesty | D.crisis |
A.rights | B.disabilities | C.degrees | D.advertisements |
A.objection | B.attention | C.access | D.gratitude |
A.Fortunately | B.Secretly | C.Similarly | D.Naturally |
A.forced | B.ordered | C.warned | D.allowed |
A.occupy | B.want | C.cheer | D.blame |
There is a well-known Chinese saying written on the Great Wall, “He
The great wall
The Great Wall has
When Qin Shihuang, the first emperor in Chinese history, unified the whole country in 221 B.C., he ordered
Looking from the space, you will find a construction. This is the Great Wall in China.
The Great Wall of China is the
A.Rainy. | B.Sunny. | C.Cloudy. |
9 . Growing up in Louisiana, across the Mississippi River from New Orleans, Barry Guillot loved exploring the wetlands with his friends when he was a child. However, as he grew older, a growing concern about the disappearance of wetlands took root. “Imagine if the New Orleans Saints, our football team, were playing on a field that was actually wetlands,” Barry says. “By halftime, that football field would be gone.”
In 1988, Barry became a middle school science teacher. With the intention of bringing home to his kids the importance of wetlands, he founded the LaBranche Wetland Watchers Service-Learning Project, “adopting” a small part of LaBranche Wetlands near their school.
Wetland Watchers activities are tied to academic subjects. Water-quality monitoring, for example, teaches students to use graphs to compare data from different time periods — part of the math curriculum. After Hurricane Katrina, the salinity (amount of salt in the water) was four times as high as before. Students made graphs to show that. As part of English composition, they wrote about seeing jellyfish (水母) , which had never come that far before because jellyfish live only in salty water.
“We obtained more than we would just sitting behind a desk with a book, because you’re out there and you’re getting all wet and muddy and having fun as you learn,” says Kurt, a seventh grader.
Barry is very proud of his students. “It’s amazing what middle school kids can accomplish when they get the chance,” he says. One of his seventh graders wrote, “If the animals and plants could talk, I think they would say we’re their heroes. That’s the way I feel when we do our work in the wetlands.”
1. Why is “football field” mentioned in the first paragraph?A.To explain wetlands are limited. | B.To express Barry’s love of football. |
C.To stress the urgency of saving wetlands. | D.To show Barry’s worry about his football team. |
A.The necessity of making graphs. | B.The importance of hands-on learning. |
C.The connection of the activities to schooling. | D.Relationship between teachers and students. |
A.They are messy. | B.They are challenging. |
C.They are dull. | D.They are rewarding. |
A.They will teach like Barry. | B.They will ask for more chances. |
C.They’re full of a sense of achievement. | D.They’re acknowledged as great heroes. |
With global events like the UN Climate Change Conference
Devices like monitoring tools can
Fixing automated equipment that runs on minimal electrical power is libraries’ another effort