1 . Plastic, once seen as a revolutionary material for its wide application and convenience, has become a global environmental crisis because it is non-biodegradable. The ubiquity (无处不在) of plastic in our daily lives has led to an increasing amount of plastic waste, causing great harm.
One of the most alarming examples of this crisis is the Great Pacific Garbage Patch, a floating mass of plastic waste in the North Pacific Ocean. It is estimated to be twice the size of Texas and consists of everything from microplastics to abandoned fishing nets. Marine life often mistakes plastic particles for food, leading to ingestion and death. Additionally, the chemicals used in plastic production can pollute water and soil, and finally threaten marine ecosystems.
Plastic waste is not limited to the oceans; it also impacts the land. Landfills overflow with plastic waste, emitting (排放) harmful greenhouse gases as plastics break down slowly over time. The production of plastics is highly energy-intensive and contributes to greenhouse gas emissions, exacerbating climate change. Furthermore, plastic litter is evident in urban and rural landscapes, destroying the natural beauty of our planet.
Beyond its environmental impact, plastic poses serious health risks to humans. Many plastics contain harmful chemicals, which can be found in food and drinks when plastic containers are used for storage and heating. These chemicals have been linked to a range of health problems, including developmental issues and cancer.
In conclusion, the problem of plastic pollution demands urgent action. A comprehensive strategy for cutting down on plastic is essential to tackle these challenges and safeguard the well-being of our planet and its inhabitants.
While reducing the consumption of plastic may seem challenging, it is achievable through a combination of policy measures, technological innovations and changes in consumer behavior. Governments must issue laws to ban or heavily regulate single-use plastics and promote alternatives. Businesses should adopt sustainable packaging practices, and individuals can reduce plastic consumption by making conscious choices.
1. What does the example of the Great Pacific Garbage Patch show?A.Animals rely on plastic waste to survive. |
B.Plastic is too widespread to remove. |
C.Plastic waste is harming the oceans. |
D.Plastic poses health risks to humans. |
A.Worsening. | B.Controlling. | C.Recording. | D.Evaluating. |
A.Ways to cut plastic consumption. |
B.Problems of handling plastic. |
C.Alternatives for plastic products. |
D.Some benefits of banning plastic. |
A.Plastic Packaging Is Everywhere |
B.Plastic Consumption Should Be Reduced |
C.How Should Plastic Be Used |
D.How Plastic Products Affect People |
2 . An Edinburgh inventor has created a fully biodegradable bottle that is made from paper and a secret combination of plant materials, and it could help save the planet's oceans from plastic pollution and can also be eaten by sea creatures.
The Edinburgh-based Durham University chemistry graduate James Longcroft started a non-profit bottled water company two years ago. He wanted to put all his profits into a charity that provided clean drinking water to countries in Africa.
However, after concerns about the environmental impact of plastic bottles, Mr. Longcroft decided the Edinburgh and London-based company, Choose Water, should go plastic-free. So he came up with a new type of water bottle—a waterproof paper bottle.
“The outside is made from recycled paper, but the inside has to be waterproof, and provides strength so the bottle would keep its structure, and keep the water fresh,” Mr. Longcroft said.
When the bottle is thrown in the ocean the degrading process begins within hours leaving the bottle totally degraded (分解)within weeks. The steel cap breaks down within a year.
Mr. Longcroft now believes these novel bottles could revolutionise the industry and says the cost of producing the bottle is around 5 pence more than one made from single-use plastic.
“The main difficulty we face is breaking into a saturated (饱和的)market and competing with an old industry,” he said. “Changing an industry will be a big uphill battle, but with the support from the public, we will change the way we look at bottled water.”
Researchers warn that eight million tonnes of plastics currently find their way into the ocean every year which will stay in the environment for centuries.
“We really want to get our bottles on shelves and into people's hands as soon as possible—if we can stop even one plastic bottle ending up in the environment it will be worth it,” said Mr Longcroft.
1. What is special about the bottle?A.It can be recycled. | B.It is plastic-free. |
C.It purifies sea water. | D.It can be used for food. |
A.To raise money for charity. | B.To keep the water fresh |
C.To reduce ocean pollution. | D.To prompt the sale of bottled water. |
A.They face stiff competition to enter market. |
B.They are more costly than plastic ones. |
C.They still lack in the public support. |
D.They take a long time to break down. |
A.Cutting down on plastic pollution. | B.Providing clean water to the public. |
C.Stopping the use of the plastic bottles. | D.Getting people to accept the new bottles. |
Starbucks will eliminate plastic
Starbucks’ pushback against plastic has drawn a mixed
4 . The Art of Recycling
Recycling is not new. Many civilizations have reused objects. However, recycling is more important today because there is more pollution and fewer natural resources.
Many art projects are shown at outdoor art and music festivals. Many cities even have festivals specifically for recycled art.
Museums also exhibit recycled art. A museum in Texas allowed visitors to add to the art on display. The project was called the “Recycle Reef (珊瑚礁).” The background looked like an ocean reef, and people added to the “reef” with the recycled materials provided.
Have you made something using paper towel tubes or water bottles? If so, you’ve made recycled art.
A.Not all recycled art is big, though. |
B.Almost anything can be recycled into art. |
C.Recycled art often says something about our world. |
D.They even recycled the exhibit after the show ended. |
E.Some people might recycle cans and bottles at home. |
F.Others bring home plastic and cardboard that can be recycled. |
G.The artists used over 53, 000 recycled water bottles to make the cloud. |
5 . If the three Rs (reduce, reuse and recycle) is a guideline to save the planet, garbage-sorting is where the efforts start. Since May 1, Beijing has started to carry out mandatory garbage-sorting in new efforts to better protect the environment. Under the new regulation, residents are required to classify household waste into four categories: kitchen, recyclable, hazardous and other waste. People who fail to sort their garbage properly can be fined from 50 to 200 yuan, reported Xinhua.
Some residential communities in Beijing have introduced rewards to encourage residents to sort their garbage. According to Xinhua, residents can earn points by classifying their domestic waste correctly and then exchange the points they accumulate for daily necessities such as soap.
Garbage sorting practices have reached over 70 percent of housing estates in 18 cities, including Shanghai, Xiamen and Hangzhou, according to the Ministry of Housing and Urban-Rural Development. Shanghai first enacted a mandatory garbage-sorting regulation in July 2019 and has had a 90 percent compliance (服从) rate among its housing estates.
According to a report by the Ministry of Ecology and Environment, over 90 percent of the public believe that garbage-sorting is important for the protection of the environment. However, garbage-sorting is still a big problem in China. Only 30 percent of participants said they think they are completely sorting their waste, the report noted. According to Xinhua, it’s partly because many people lack the willingness to sort their own waste. Also, some previous garbage regulations didn’t include fines for people who failed to obey them.
“It’s a must to have a legal guarantee to promote garbage sorting,” Liu Jianguo, a professor from Tsinghua University, told China Daily, “Aside from China, many countries like Germany, Spain and Britain, also ask people to sort waste into specific categories. In Japan, there is a fixed time for the sorting of each kind of garbage and littering.”
1. What can we learn about the new regulation in Beijing?A.It hasn’t been put into use yet. |
B.Residents can sort the garbage as they like. |
C.People can get money if they classify their domestic waste correctly. |
D.Those who can’t sort the garbage as the new rule requires shall be fined. |
A.Most people are unaware of its importance in protecting environment. |
B.Some people don’t want to take the trouble to sort the garbage. |
C.Only residents in big cities can sort the trash correctly. |
D.The government doesn’t have enough money to support garbage sorting. |
A.It’s difficult to carry out garbage sorting in China. |
B.Some laws in garbage-sorting are needed. |
C.People in developed countries can better sort the garbage. |
D.We should learn from Japan. |
A.Garbage sorting, a new start in China | B.New regulations in Beijing |
C.Argument on garbage sorting | D.How to sort domestic garbage |
Scientists have exposed that around two-fifths of the world’s plants are at risk of extinction. A top botanist, Professor Alexandre Antonelli, said, “We are living in
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7 . Moran works at the California Academy of Sciences, which is capped by 2.5 acres of living roof where nearly 1.7 million plants, insects and birds flourish. The building has been painstakingly designed to be among one of the most environmentally-friendly in the world. Solar panels that surround the living roof provide 5% of the building’s energy, while water flowing through pipes in the bathrooms also generates power. Automatic skylights open and close to help regulate the temperature inside the building while natural sunlight is used to light the building as much as possible. During his 15 years at the academy (研究院), Moran has helped design, build and now maintain the building’s green systems.
Constructing new environmentally-friendly buildings like the one Moran works in is expected to generate more than 6.5 million jobs by 2030, according to predictions by the International Labor Organization. Next to energy, it will be the second fastest growing sector for green jobs in the coming decades. This jobs growth comes from a growing need for buildings that can deal with multiple problems: meeting tough climate-change targets; rising energy costs, water shortages and an increased risk of extreme weather conditions. This is driving a movement known as green building.
In 2000, just 41 new construction projects were officially rated as green buildings in the US. Last year, that figure had grown to more than 65,000. Elsewhere in the world there have been similar increases and it is a trend that is expected to continue. In China the government has set an ambitious goal as part of its five-year plan that require 50% of all new urban buildings to be green certified.
Moran sees green building as requiring new skills that have not featured much in the building sector in the past. “It takes a different skill set to look after a living roof compared to normal landscaping,” he says. “You need to understand the environment, how the direction of the sun and wind will affect it. But we are also seeing technology being integrated into everything.”
1. How was the building of the academy planned?A.Rigidly. | B.Effortlessly. | C.Thoroughly. | D.Strategically. |
A.Constructing new buildings. | B.Generating more jobs. |
C.The growing need for houses. | D.The International Labor Organization. |
A.To develop a large market. | B.To satisfy humans’ ambitions. |
C.To solve different challenges. | D.To control the new movement. |
A.Challenging. | B.Risky. | C.Traditional. | D.Urgent. |
8 . The convenience plastic offers has led to a throw-away culture that reveals the material’s dark side. Many of its products, such as plastic bags and food wrappers, have a service life of mere minutes to hours.
Plastic has been the biggest threat to ocean life for decades. Sunlight, wind and wave action break down plastic waste to a certain extent, but it only succeeds in reducing it to smaller pieces.
Tests have also confirmed cell damage and trouble with animals’ reproductive systems caused by plastic-eating. Some species, such as oysters, produce fewer eggs if they wrongly take too much plastic.
Fortunately, solutions are being found. Many scientists agree the top priority is to prevent plastic waste from entering rivers and seas.
A.Nearly every species of seabird eats plastics. |
B.This makes plastic waste even harder to notice. |
C.Millions of animals are killed by plastic every year. |
D.Some pieces have even been found blocking their organs. |
E.Half of all plastics ever produced have been made in the last 15 years. |
F.It could be done with improved waste management systems and recycling. |
G.However, they may remain in the environment for hundreds of years and cause a lot of harm. |
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