（1）现状；（2）分析原因；（3）发表个人看法。
注意：1.词数100左右(开头和结尾已给出，但不计入总词数)
2.可以适当增加细节，以使行文连贯。
As we know, many wild animals die out every day.
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One of the biggest projects to deal with plastic pollution in the UK was launched on May 25. In the first Million Mile Beach Clean, around 50, 000 volunteers cleaned beaches across the UK.
The Million Miles Beach Clean
Surfers Against Sewage, an
George,
内容包括： 1.现状描述；2.倡议举措；
参考词汇：低碳生活a low-carbon life
注意：1.词数100左右；2.题目已为你写好。
Small acts make a big difference
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4 . After weeks of hard work, a cafe built by a group of young people from recycled solid waste has opened recently. The group recycled about 270 tons of solid waste, including wooden poles, boxes, refrigerators and washing machines. Located on the Gaza City beach, it’s the first of such shops in Gaza.
Gaza is suffering from severe garbage pollution. According to a report by the Palestinian Central Bureau of Statistics, the average amount of household waste in the Gaza Strip stands at 716 tonnes. About 80 percent of the garbage there is organic waste, while 20 percent of it is solid waste.
Called “The Sea Is Ours”, the project falls under the responsibility of the Abdul Muhsin al-Qattan Foundation and the Gaza Municipality. The organizers say the cafe is not intended to earn money. It’s a way to tell the masses about the environment. “Some people go to the sea to relax and leave plastic waste on the beach, damaging the area. Our initiative (新方案) encourages people to keep our environment clean and healthy,” said Hanaa al-Ghoul, one initiative organizer.
To fire people with enthusiasm for it, organizers decided to run workshops to teach people how they can benefit from their own waste. Furthermore, they arranged theatrical performances that spread the message of environmental conservation. Many Gazan families praised the initiative as they took their waste to the cafe and learned how to recycle it into useful things.
Mariam Ibrahim, who had spent a whole day with her family there, said her children succeeded in producing flower vases from plastic waste, as well as bags from old clothes. “The green methods can be used not only on the beach but at home,” the 35-year-old mother said. She expressed her hope that others will follow this example. “Gaza is the most beautiful area, but it needs more people who take care of it.”
1. What does paragraph 2 serve as?| A．A summary. | B．An explanation. |
| C．An example. | D．A background. |
| A．To recycle wasted objects. |
| B．To better serve visitors in Gaza. |
| C．To raise people’s environmental awareness. |
| D．To introduce eco-friendly products. |
| A．By spreading the useful message. |
| B．By holding some activities. |
| C．By using special building materials. |
| D．By cooperating with other organizations. |
| A．More initiatives like the cafe are needed. |
| B．Gaza’s environment is getting better. |
| C．She wants to spend more time in the cafe. |
| D．The cafe is popular with both adults and kids. |
5 . 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. |
6 . FitzGerald is a 16-year-old long-distance runner from Devon, England, who has set a national record in the under-17s 3, 000 meters, but now she’s getting noticed for her commitment to saving the planet.
FitzGerald finished fourth in the under-20s race at the European Cross Country Championships in Italy last December, but her journey to get there made it even more impressive. To reach Turin in Italy, FitzGerald could have taken a quick flight. However, flying releases carbon dioxide. Instead, she took an overnight coach to Lille in France, then trains to first Paris, then Turin, cycling between stations. Despite her tiring journey, she beat athletes three years older than her.
FitzGerald turned down the chance to compete at the World Athletics Cross Country Championships in Bathurst, Australia. She told Athletics Weekly magazine that the decision wasn’t easy but that travelling fills her “with deep concern”. “To have the opportunity to compete for Great Britain in Australia is a privilege,” FitzGerald said. “However, I would never be comfortable flying in the knowledge that people could be losing their livelihoods, homes and loved ones as a result. The least I can do is voice my solidarity (团结一致) with those suffering on the front line of climate breakdown.”
FitzGerald’s refusal to fly has led people to compare her to the climate activist Thunberg, who once travelled to New York by boat. FitzGerald could travel by ship to Australia, but it would take her more than a month to get there. FitzGerald knows her choice to put the needs of the Earth first could affect her athletics career, but she has to act as if it’s an emergency.
Champions for Earth, an organization for environmentally-friendly athletes, said: “She is looking for sponsors and supporters who can help her with the more expensive public transport, accommodation and eco-friendly kit that she requires. It is clear that FitzGerald has the steely determination and focus, combined with the courage and clarity to face a reality quite different to athletes of previous generations.”
1. Why did FitzGerald make headlines?| A．Because she chose green transport instead of a flight to Italy. |
| B．Because she made a national record in 3, 000 meters in England. |
| C．Because she devoted all her time to eco-environment in England. |
| D．Because she won the champion in the cross country race in Italy. |
| A．Ungreen travelling. | B．Tiring competing in Italy. |
| C．Changeable climate on the way. | D．Affected athletics career. |
| A．Acting immediately if there is an emergency. |
| B．Preferring taking the ship instead of the flight. |
| C．Spending all their life in protecting the environment. |
| D．Choosing the eco-friendly means of transportation. |
| A．Honest and outgoing. | B．Determined and concentrated. |
| C．Attractive and modest. | D．Courageous and humorous. |
7 . The monarch butterfly migration(迁徙)is at risk because of climate change and other envuronmental factors.
Do you know that monarch butterflies can travel up to 50- 100 miles a day? If you know they need travel about two months, you’ll have an idea of the distance monarchs travel to get to Mexico.
Monarch butterflies are the only hind of butterflies to make a two-way migration. They travel to Mexico to escape the winter season in the northern climates. Cold, wet weather is considered deadly for monarchs, while hotter, diner summer change their homes in the north.
2020, however, saw a 26% drop from the year earlier in migration patterns reported in a report from the World Wildlife Fund and the Mexican government. With this drop, the butterflies’ population covered only 2.1 hectares in 2020, compared to 2.8 hectares a year earlier. And the Monarch Butterfly Biosphere Reserve in Michoacan. Mexico, lost trees at a higher rate than it did in 2019.
With climate change as the monarch butterflies’ biggest challenge, they are faced with many dangers, such as drought, deforestation(滥伐森林)and struggle to breed. These dangers affect the whole migration and hold back population growth. Female monarchs lay their eggs on milkweed flowers, which have been heavily affected by the wild weather from spring and summer of last year. Because of this, the development of butterfly eggs was also affected.
Since 2013, Mexico has seen a rapid drop in the number of migrants arriving to the area. The effects of climate change and deforestation have become an important sign that action needs to be taken to make sure of a healthy migration for monarchs going forward. If not, it’s their possible dying, out that wall fall unto our hands.
1. Haw far do monarch butterflies fly to escape the cold?| A．50-100 miles. | B．100-200 miles. |
| C．1,500 – 3,000 miles. | D．3,000 -6,000 miles. |
| A．It is becoming cold and wet. | B．It is dangerous for monarchs |
| C．Its environment is being destroyed. | D．Its area is growing smaller. |
| A．The damage to forests. | B．The dangers monarchs face. |
| C．The growth process of monarchs. | D．The development of butterfly eggs |
| A．Point out the signs of climate change. | B．Explain the cause of the monarch migration. |
| C．Call for measures to stop monarchs dying out. | D．Express regret at the monarchs’ disappearance. |
8 . In ancient Egypt, the rich soils along the Nile River supported roughly 3 million people. Now there are 30 times that number of people living in Egypt, with the Egyptian population soaring from 45 million in the 1980s to over 100 million now.
Just 4% of Egypt’s land is suitable for agriculture, and that number is reducing quickly due to the urban and suburban development. “It’s not an overstatement to say that this is a crisis,” said Nasem Badreldin, an expert at the University of Manitoba. “Satellite data shows that Egypt is losing about 2% of its farmland per decade due to urbanization, and the process is speeding. If this continues, Egypt will face serious food security problems.” According to one analysis, the amount of farmland near Alexandria dropped by 11% between 1987 and 2019, while urban areas increased by 11%. In recent years, the Egyptian government has promised to end unlicensed building on farmland, which remains a difficult task to fulfill.
Urbanization isn’t the only factor to reduce Egypt’s farmland. Sea level rise of 1.6 millimeters per year has contributed to the salinization (盐碱化) of farmland in Egypt. About 15% of Egypt’s richest farmland has already been damaged by sea level rise and saltwater intrusion (侵入). One response to the loss of farmland has included efforts to green parts of the desert. For instance, Farouk El-Baz, Boston University scientist, has planned to build highways, railways, water pipelines, and power lines to promote the establishment of new farmland in deserts west of the delta.
While that project hasn’t been finished, much of desert has turned into farmland in recent decades. The satellite photos show new farmland along the Cairo Highway. A mixture of center-pivot irrigation (灌溉) and drip irrigation makes farming in this area possible. “It is certainly possible to establish new farmland from the desert by tapping groundwater resources, though it’s a little expensive process,” said Badreldin.
1. What does the underlined “this” in paragraph 2 refer to?| A．The urban expansion. | B．The reduction of farmland. |
| C．The suburban development. | D．The growth of population. |
| A．Four. | B．Three. | C．Two. | D．Five. |
| A．Uncertain. | B．Optimistic. | C．Disapproving. | D．Unconcerned. |
| A．Food Security Problems in Egypt |
| B．Urbanization Along the Nile River |
| C．Agricultural Development Along the Nile River |
| D．Egypt’s Disappearing Farmland |
9 . Deserts could be the best places on Earth for harvesting solar power. They are spacious, relatively flat, and never short of sunlight. So researchers imagine it might be possible to transform the world’s largest desert, the Sahara, into a large solar farm, capable of meeting four times the world’s current energy demand.
While the black surfaces of solar panels absorb most of the sunlight that reaches them, only around 15% of that incoming energy gets turned into electricity. The rest is returned to the environment as heat, affecting the climate. If these effects were only local, they might not matter in a thinly populated desert. But the area of the installations in the Sahara would be vast, covering thousands of square miles. Heat released from an area this size will be redistributed by the flow of air in the atmosphere, having regional and even global effects on the climate.
A 2018 study used a climate model to assess the effects of building massive solar farms in the Sahara. The model revealed that when the size of the solar farm reaches 20% of the total area of the Sahara, the heat released by the darker solar panels creates a big temperature difference between the land and the surrounding oceans that ultimately lowers surface air pressure and causes wet air to rise and condense (凝结) into raindrops. With more rainfall, plants grow and the desert reflects less of the sun’s energy since vegetation absorbs light better than sand and soil. With more plants present, more water is evaporated (蒸发), creating a better environment that causes vegetation to spread.
So, a large solar farm could generate enough energy and at the same time turn one of the most abominable environments on Earth into a habitable place. Sounds perfect, right? Not quite. In a recent study, we used an advanced Earth system model to closely examine how Saharan solar farms interact with the climate. It showed there could be unintended effects in remote parts of the land and ocean.
We are only beginning to understand the potential consequences of establishing massive solar farms in deserts. Solutions like this may help society reduce the use of fossil energy, but Earth system studies like ours underscore the importance of considering the numerous coupled responses of the atmosphere, oceans, and land surface when examining their benefits and risks.
1. What can be learned about solar farms?| A．They are mainly located in deserts. |
| B．They can affect the local and even global climate. |
| C．They can make the best use of incoming energy. |
| D．They satisfy the world’s current energy demand. |
| A．It might become greener. |
| B．It might reflect more sunlight. |
| C．Its surface air pressure will increase. |
| D．Its temperature difference between day and night will decrease. |
| A．Addictive. | B．Dynamic. | C．Sensitive. | D．Unpleasant. |
| A．It is an impossible task. |
| B．It will do more good than harm. |
| C．It calls for more consideration. |
| D．It might be the solution to fossil fuel pollution. |
1. 介绍活动；
2. 不同观点；
3. 发出呼吁。
注意：1. 词数80左右；
2. 题目已为你写好。
An Interview about Plastic Pollution
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