1 . Royal Dutch Shell is launching a $ 300 million and forestry program, at a time when an increasing number of oil companies are putting money in carbon offset (碳补偿)plans to meet climate goals. The company will spend the money over the next three years on projects to store carbon, including large forests in the Netherlands and Spain, and will start offering motorists the option of purchasing carbon offsets when they buy petrol at the pump.
The executives of the company explained that these carbon offset projects were a new business opportunity for Shell, as well as a way to meet its climate targets. “We believe that over time we will be building a business, because these carbon credits will become more valuable as carbon becomes more limited," they said. Shell recently decided to cut its net carbon footprint (碳排放)by 2-3 percent in five years, which includes emissions (排放)from the products it sells. The company plans to produce carbon credits from the forestry projects, then sell these credits on to customers buying its oil and gas products, or apply the credits to its own operations to lower its carbon footprint.
Plants absorb carbon dioxide as they grow and restoring forests and other natural areas is considered one of the simplest ways to store carbon. However, the voluntary market for carbon credits based on forestry projects has its critics, as projects in developing countries can be hard to monitor. Shell's move has also been criticized by some environmentalists. They worried that there was a risk of " greenwash when companies invested in forestry projects. "There is an entire debate about whether forestry projects truly reduce emissions or not," they said, pointing out that planting in one area could cause deforestation (滥伐森林)to another.
Shell said it would rely on the third party to ensure its forest program to meet the Voluntary Carbon Standard and strict biodiversity requirements. Mark Lewis, head of climate change investment research at BNP Paribas, said, " Planting trees to offset emissions, as far as it goes, is a step in the right direction."
1. What is popular among oil companies these days?| A．Studying climate changes. |
| B．Launching forestry programs. |
| C．Working out carbon offset plans. |
| D．Attracting motorists to buy their petrol. |
| A．By quitting the emissions of its products. |
| B．By reducing its carbon footprint by a quarter. |
| C．By limiting the oil used by its own operations. |
| D．By putting carbon credits it produces on the market. |
| A．The projects can't really stop carbon emissions. |
| B．The projects are hard to monitor in poor countries. |
| C．The projects may lead to deforestation in other forests. |
| D．The projects haven't met strict biodiversity requirements. |
| A．Discount. | B．Cheat. |
| C．Decline. | D．Change. |
When Abdus Salam looks across the trash-filled river near his home in one of Dhaka's major garment manufacturing districts, he remembers a time
The river beside him is now black like an ink stain. Abdus Salam said waste from nearby garment factories and dye houses has polluted the water. "There are no fish now," he said. "The water is so polluted that our children and grandchildren cannot have
Bangladesh is the world's second
Fashion is responsible for up to one-fifth of
One 55-year-old, who
3 . One of the tallest wooden buildings in Europe, a 98m timber (木材)mixture skyscraper, is to rise in Berlin.
The 29-storey WoHo tower, to be designed by a firm of Norwegian architects, is intended to be a “light-house project” for low-carbon construction, towering over Potsdamer Platz and the Landwehr Canal.
Its core, including lifts and a staircase, is to be built around concrete structure but the rest of the building, including flats, offices, cafes and a kindergarten, will be fashioned down wooden beams (横梁)and panels.
“As Norwegians, we are used to working a lot with timber,” Nicolai Riise, CEO of the Mad Architects' Practice said.
“The thing about timber is that its carbon footprint is close to zero and that it's a fantastic material to build with. If you look at this in a broader way, it's one of the ways we are going to be able to beat the climate crisis.”
Wooden skyscrapers, once regarded as a pipe dream, have become realistic with the coming of cross-laminated (交叉叠合)building techniques and more flexible planning laws. Because these structures' parts are fit with care, they can be far lighter than their concrete equivalents (同等物)and are thought to be relatively resistant to fire. A cubic meter of wood can also take an estimated ton of carbon dioxide out of the atmosphere.
Larger wooden structures are planned elsewhere. London is examining blueprints for a 300-meter Oakwood Tower. A project in Tokyo could rise to 350m.
1. What is special about the WoHo Tower?| A．It will serve as a light house. |
| B．Its core is to be built with timber. |
| C．It is designed for a Norwegian firm. |
| D．It will be a tall timber mixture building. |
| A．It is a flexible material. | B．It is easy to collect. |
| C．It is environmentally-friendly. | D．It can be cut into pieces. |
| A．A nightmare. | B．Something practical. |
| C．A piece of cake. | D．Something impossible |
| A．Flexible ideas. | B．The concrete equivalents. |
| C．Fire resistant materials. | D．New building techniques. |
4 . Before you throw your trash into the nearest can, think for a moment. Not all your garbage can be dumped into one trashcan. It needs to be sorted out with different things going into different bins. Waste classification, a practice that has long been normal in developed countries like Japan, is the new challenge for many Chinese urban residents. However, though initially you might need to rack your brains to figure out which trash goes into which can, in the long run, the result is well worth the effort.
Landfills, sites where waste is buried and covered over with soil, are a major method of disposing of residential waste in China. However, considering the environmental disaster associated with burying waste, there is a pressing need to reduce the amount of waste that goes into a landfill. Classification, sorting waste into different categories such as harmful waste, recyclables and kitchen waste, is a key solution.
Currently, 46 cities across China, are carrying out a program that aims to put in place a classification-based garbage disposal system by the end of 2020. It is hoped that this will reduce the quantity of waste that ends up in landfills by a large degree. Shanghai came into the media focus in early July after it carried out compulsory garbage sorting rules that those who fail to dispose of garbage properly should be fined. Beijing is reviewing its regulations to follow in Shanghai's footsteps. The new rules may cause short-term inconvenience but they are meant to help residents follow the concept of garbage classification for the common good.
As the programs show, residents can gradually develop this habit with their growing awareness and the help of advanced technology. In future, this practice should be adopted across China, in urban cities and rural areas alike. With public involvement, China's garbage sorting program will contribute not only to the nation's sustainable (可持续的) development but also to making the planet a better place to live in.
1. What is the most probable reason for classifying waste?| A．No site for burying waste. | B．People's habit. |
| C．Economic cost. | D．Environmental pollution. |
| A．To practise waste classification. |
| B．To protect environment. |
| C．To save oil for farming. |
| D．To reduce the quantity of waste. |
| A．A program adopted across China. |
| B．Shanghai carried out new disposal rules. |
| C．Doing the best with waste. |
| D．Protecting environment is necessary. |
| A．China will become the leading country of the program. |
| B．The program will be spread nationwide. |
| C．Development in rural areas will make great progress. |
| D．People will help develop modern technology. |
5 . When athletes at the 2020 Tokyo Olympics collect their medals, they'll not only be wearing something that celebrates their sporting performance, but something that symbolizes lastingness. For both the 2020 Olympics and Paralympics, organizers aim to make all of the gold, silver, and bronze medals out of used electronics. This strong message about how to make use of e-waste has gotten a lot of Japan involved.
Starting in April 2017, the Japanese Olympic Committee began collecting old laptops, digital cameras, smartphones, and other abandoned electronics. The initiative(倡议）has achieved great success. Already, the quantity needed for bronze medals has been met, and they're in the homestretch for silver and gold medals, meaning the collection process can pack up at the end of March.
When looking just at the number of cell phones collected, the amount of waste is shocking. In a period of about 18 months, a little over 5 million smartphones were collected thanks to cooperation with NTT DOCOMO. Japan's largest mobile phone operator allowed the public to turn in phones at their shops, which counted a lot in the project’s success.
After being taken apart and sorted, the small electronics underwent a smelting process to extract(提炼）all the gold, silver，and bronze elements. Thanks to this initiative, the worldwide struggle with e-waste will have a global platform. According to a study published by the United Nations University—44.7 million metric tons of e-waste were made in 2016. Only 20% of that was actually recycled. Unfortunately, this figure is set to rise significantly in the coming years, moving to 52.2 million metric tons by 2021. So while the Tokyo Olympics initiative might be just a drop in the bucket, it’s a good start in showing what the public can do if they're made more aware of the issue.
1. What can be learnt about Tokyo Olympics initiative from the passage?| A．E-waste in the world is increasing significantly. |
| B．It is easy to get elements needed from the used electronics. |
| C．Only producers of electronics participated in the project. |
| D．NTT DOCOMO contributed to the success of the project. |
| A．starting period | B．collection effort |
| C．final stage | D．hard search |
| A．It offers an effective method to solve the problem of e-waste. |
| B．It shows the power of advanced technology in daily life. |
| C．It saves the expense spent in making all the medals. |
| D．It encourages the public’s involvement in dealing with e-waste. |
| A．Positive | B．Negative |
| C．Ambiguous | D．Indifferent |
6 . China’s war on garbage is as digital as the country itself. Think QR codes attached to trash bags that allow the government to trace exactly where its trash comes from.
On July 1, Shanghai began a compulsory garbage sorting program. Households and companies must classify their wastes into four categories and dump them in appointed places at certain times. The strict program became a headache for some residents. Not even the most environmentally conscious person can get all the answers right. Like, which bin does the newspaper you just used to pick up dog poop (粪便)belong to?
Gratefully, China’s tech startups are here to help. For instance, China’s biggest internet companies responded with new search features that help people identify what wastes are “wet”, “dry”, “toxic”, or “recyclable”. Simply pull up a mini app on WeChat, Baidu or Alipay and enter the keyword. The tech firms will give you the answer and why.
Alipay, Alibaba’s electronics payment company, claims its garbage sorting mini app added one million users under just three days. The mini app has so far indexed (编索引) more than 4,000 types of rubbish. Its database is still growing, and soon it will save people from typing by using image recognition to classify trash when they snap a photo of it. If people are too busy or lazy to hit the collection schedule, well, startups are offering trash service at the doorstep. A third-party developer helped Alipay build a recycling mini app and is now collecting garbage from 8,000 apartment complexes across 11 cities. To date, two million people have sold recyclable materials through its platform.
Besides helping households out, companies are also building software to make property managers, life easier. Some residential complexes in Shanghai began using QR codes to trace the origin of garbage. This way, regulators in the region know exactly which family has produced the trash and fine violators.
1. What are some residents confused about?| A．Environmental knowledge. | B．Bin for dog poop. |
| C．Some waste classification. | D．Time for dumping. |
| A．It provides time flexibility. | B．It reduces household waste. |
| C．It saves people from typing. | D．It classifies rubbish properly. |
| A．Third-party developers. | B．Company managers. |
| C．Community administrators. | D．Rubbish collectors. |
| A．People need recycling apps badly. |
| B．People should classify their rubbish. |
| C．How regulators benefit from the tech. |
| D．How China uses tech to sort waste. |
增加：在缺词处加一个漏词符号（∧），并在其下面写出该加的词。
删除：把多余的词用斜线（＼）划掉。
修改：在错的词下面画一横线，并在该词下面写出修改后的词。
注意：1.每处错误及其修改均仅限一词；
2.只允许修改 10 处，多者（从第 11 处起）不计分。
Yesterday I was walking around the park while I saw some rubbishes left on the ground. People just walk by as if they had not seen it. I thought I would do something differently. I picked up and put it into a nearby dustbin. I was felt nice because I saw someone else doing a same thing as I had just done. I thought my kindness had affected him. Saving the Earth is save us humans. It is a good lesson what we should learn in life and together we can make the Earth a good place to live one step at a time.
要点：1.简要介绍之前存在的问题；2.具体整改措施及带来的好处。
注意：1.词数100左右；
2.可适当增加细节，以使行文连贯。
Dear Peter,
________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________
Yours sincerely,
Li Hua
9 . The health of millions could be at risk because supplies of medicinal plants are being used up. These plants are used to make traditional medicine, including drugs to fight cancer. “The loss of medicinal plants is a quiet disaster,” says Sara Oldfield, secretary general of the NGO Botanic Gardens Conservation International.
Most people worldwide rely on herbal (药草制的) medicines which are got mostly from wild plants. But some 15,000 of the 50,000 medicinal species are under threat of dying out, according to report from the international conservation group Plantlife. Shortages have been reported in China, India, Kenya, Nepal, Tanzania and Uganda.
Over-harvesting does the most harm, though pollution and competition from invasive species (入侵物种) and habitat destruction all contribute. Businessmen generally harvest medicinal plants, not caring about sustainability (可持续性),” the Plantlife report says, “damage is serious partly because they have no idea about it, but it is mainly because such collection is unorganized”. Medicinal trees at risk include the Himalayan yew (紫衫) and the African cherry, which are used to treat some cancers.
The solution, says the report’s author, Alan Hamilton, is to encourage local people to protect these plants. Ten projects studied by Plantlife in India, Pakistan, China, Nepal, Uganda and Kenya showed this method can succeed. In Uganda, the project has kept a sustainable supply of low-cost cancer treatments, and in China a public-run medicinal plant project has been created for the first time.”
“Improving health, earning an income and keeping cultural traditions are important in encouraging people to protect medicinal plants,” says Hamilton, “You have to pay attention to what people are interested in.”
Ghillean Prance, the former director of the Royal Botanic Gardens at Kew in London, agrees that medicinal plants are in need of protection. “Not nearly enough is being done,” he told New Scientist. “We are destroying the very plants that are of most use to us.”
1. From the first two paragraphs, we can learn that ________.| A．millions of people are threatened with cancer |
| B．most countries see a shortage of herbal medicines |
| C．about two thirds of medicinal species will disappear |
| D．a number of medicinal species are in danger of extinction |
| A．over-harvesting | B．habitat destruction |
| C．pollution | D．invasive species |
| A．pollution | B．other species’ invasion |
| C．sustainability | D．over-harvesting |
| A．Protecting medicinal plants has a long way to go. |
| B．Local people don’t know how to protect medicinal plants. |
| C．Ghillean Prance is optimistic about medicinal plants’ future. |
| D．China has made great progress in protecting medicinal plants. |
10 . The Lifecycle of a T-shirt
We all probably have a lot of T-shirts, but do you ever stop and think about the influence of a T-shirt on the planet? You’d probably be surprised to learn what's involved in the lifecycle of just one T-shirt.
There are 5 major stages: material, production, shipping, use and disposal.The material stage involves farming, irrigating, fertilizing, harvesting and ginning. While cotton is a natural fiber and not as harmful to the environment as manmade fibers, it still takes a toll in the material and production stages. Commercial cotton farming uses a large amount of water, and the use of pesticides (杀虫剂）is widespread across the globe, especially in cotton farming. Studies have shown that farmers spend around $4.1 billion on pesticides annually, of which 25% was spent on cotton crops in the US.
Once the cotton is grown and harvested, so begins the production stage: spinning, knitting, bleaching, dyeing, cutting, sewing, etc.——these processes also use a great deal of water and energy. Commercial dyes and bleaches are harmful pollutants and can eventually pollute groundwater.
After the T-shirt is produced, it enters the transportation stage. This often involves overseas shipping. Take a look in your closet. Chances are that most of your cotton garments (衣服）are made in China or India. Garments can be shipped via plane, ship or truck…，all of which spill CO2 into the atmosphere. Calculations show that C02 emissions from light trucks alone amount to 1.15 pounds per mile.
Once the T-shirt reaches the retail market, it is purchased. This stage may seem like the leastenvironmentally damaging part. But consider the number of times you’ve washed and dried your favorite T-shirt. Washing machines are certainly becoming more efficient. However, the average American household does 400 loads of laundry per year, using about 40 gallons of water per load. Such excessive water use is combined with the large amount of energy used by dryers.
The final stage of life is disposal. This releases harmful emissions, or involves a landfill where cotton takes years to break down. Current US records show that an estimated 15% of clothes and shoes are recycled, which means that consumers send a shocking 85% of these materials to landfills.
We all need new clothes every once in a while, but let’s all try to keep in mind what goes into the production of clothing... It has a real impact on the planet.
There are a lot of things you can do to help reduce your impact. Reuse and recycle clothes. If they’re too worn out to wear, cut them up and use them as cleaning rags. Donate them to charity or another organization that recycles textiles. When possible, make an effort to buy organic cotton. Turn down the thermostat on your washer, and line dry your clothes when the weather will allow it.
1. What can be inferred from this passage?| A．The production process may affect water safety. |
| B．The clothing cost is relatively low in China and India. |
| C．Cotton clothes are buried because they are hard to break down. |
| D．The use stage is the least environmentally harmful of the five stages. |
| A．pesticides in cotton farming cost over 4 billion dollars every year |
| B．C02 emissions of land transport amount to 1.15 pounds per mile |
| C．about 15% of the clothes and shoes are made of materials that are recycled |
| D．about 16, 000 gallons of water is used annually by an average family on laundry |
| A．wastes water | B．has a bad effect |
| C．uses energy | D．takes a lot of time |
| A．To encourage people to donate clothes to charity. |
| B．To introduce the five stages in the lifecycle of clothing. |
| C．To persuade people to purchase more organic cotton. |
| D．To promote eco-friendly actions related to clothes. |
