1 . New research from the University of Portsmouth has shown a marked increase in shipping in the North East Atlantic. Scientists now warn that more monitoring is required to help protect sea life.
Researchers at the University of Ponsmouth have discovered that rates (率) of shipping in the North East Atlantic area rose by 34 per cent in a five-year period. The research is the first detailed survey of shipping activity in the North East Atlantic. Researchers used data from over 530 million vessel (船) positions recorded by Automatic Identification System(AIS). They looked at the change in shipping between 2013 and 2017 across ten different vessel types. In total the study area covered 1.1 million km², including waters off Belgium, Denmark, France, Germany,Iceland, Ireland, The Netherlands, Norway, Portugal. Spain, and the UK.
Lead author, James Robbins said: “This change is likely to put more pressure on the marine (海洋的) environment, and may influence the protection of at-risk species. Renewed monitoring effort is needed to make sure that protective measures are enough to save species under threat in a changing environment.”
Some of the greatest shipping increases were found in areas close to the Spanish coast. The Espacio Marino de la Costa da Morte saw a rise of 413 percent in vessel activity. It is an area used to protect seabirds.
Dr. Sarah Marley, Visiting Researcher at the University of Portsmouth, said: “Shipping is the most widespread human activity in our oceans, carrying a set of threats-from unnoticeable effects like underwater noise pollution to serious results when ships hit whales.”
Professor Alex Ford. from the University’s Institute of Marine Sciences, said: “Given the well-documented effects that shipping can have on the marine environment, it is necessary that this situation continues to be monitored-particularly in areas used to protect vulnerable (脆弱的) species which may already be under pressure.”
1. What can we say about the new research?| A．It started in 2013. | B．It is the first of its kind. |
| C．It was carried out by AIS. | D．It covers the whole Atlantic. |
| A．Rapid population growth. |
| B．Rising global temperatures. |
| C．The huge increase in shipping. |
| D．The disappearance of marine life. |
| A．Shipping plays an important role in the local economy. |
| B．Shipping can be a danger to the marine environment. |
| C．Noise pollution is closely related to human activity. |
| D．Marine areas should be monitored more carefully. |
| A．New waterways across the Atlantic |
| B．The shipping industry in the North East Atlantic |
| C．New research opens windows into life under the water |
| D．Sea life needs better protection from an increase in shipping |
2 . My name is Miranda Gibson. I have been at the top of a tree for five months now. Some people might wonder
I have walked through this forest many times. On December 12, 2011,
Life in the tree top can be
Living on the tree has been inspiring. I am willing to
| A．why | B．when | C．how | D．where |
| A．water | B．animals | C．machinery | D．tourists |
| A．bear | B．help | C．keep | D．spare |
| A．sold | B．stolen | C．protected | D．lost |
| A．grew out | B．fell short | C．ran out | D．let go |
| A．refreshing | B．risky | C．challenging | D．rewarding |
| A．get up | B．get away | C．give in | D．give up |
| A．change | B．look | C．search | D．touch |
| A．confused | B．nervous | C．sorry | D．lonely |
| A．Beyond | B．Without | C．Despite | D．Unlike |
| A．height | B．experience | C．background | D．position |
| A．return | B．stop | C．stay | D．hide |
| A．but | B．though | C．because | D．so |
| A．soon | B．long | C．near | D．bad |
| A．moved | B．logged | C．burned | D．missed |
3 . When Alex Lin was 11 years old, he read an alarming article in the newspaper about e-waste. The article said that people were throwing away their e-waste in places it should never go. This was dangerous, the article said, because e-waste contains poisonous chemicals and metals like lead. These harmful substances (物质) can leak into the environment, getting into crops, animals, water supplies — and people.
Alex showed the article to a few of his classmates. They were worried too. But what could they do about this problem with e-waste? How would they even start? “The first thing we did,” Alex says, “was to learn more about the problem.” Alex and his friends spent several weeks gathering information about the chemicals in e-waste and their effects on humans. They learned how to dispose (处理) of e-waste properly and how it could be recycled. “Then,” he says, “we had to find out what the situation was in our town. So we sent out a survey.”
What they found shocked them: Of the people who answered the survey, only one in eight even knew what e-waste was, let alone how to properly dispose of it. Alex and his friends went into action. They advertised in the local newspaper and distributed notices to students, asking residents to bring their unwanted electronics to the school parking lot. The drive lasted two days, and they collected over 21,000 pounds of e-waste.
The next step was to set up an e-waste drop-off center for the town and to find a responsible company to recycle the waste. That was when Alex and his friends learned another scary fact about e-waste — some irresponsible recycling companies don’t break down the e-waste and dispose of it safely themselves. Instead, they ship it overseas to countries such as China and Nigeria, where local environmental laws are not applied. “We checked carefully online to make sure the company we chose didn’t do this,” Alex says.
Because of the work of people like Alex and his team, more and more people are getting the message about safe disposal of e-waste. As Alex says, “Today’s technology should not become tomorrow’s poisonous trash.”
1. What can we learn about Alex from paragraph 1 and paragraph 2?| A．He was curious about chemistry experiments. |
| B．He possessed a strong sense of responsibility. |
| C．He set out to solve the problem individually. |
| D．He formed the habit of reading newspapers. |
| A．Campaign. | B．Imagination. | C．Performance. | D．Technology. |
| A．Lack of available space was the reason for shipping. |
| B．Recycling was totally banned in their own country. |
| C．They were running their companies on a tight budget. |
| D．They were not charged with insecurely disposing it. |
| A．Reusing School Computers | B．Recycling Electronic Waste |
| C．Meeting a challenge | D．Doing Scientific Experiment |
增加：在此处加一个漏字符号(∧), 并在其下面写出增加的词；
删除：把多余的词用斜线(＼)划掉；
修改：在错的词下划一横线，并在其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(从十一处起)不计分。
The famous environmentalist, Professor Jin , was invited deliver a speech in our school last Friday He started with an universally accepted theory explaining how the Earth began. We were shocking that there was so many kinds of living things on the planet a long time ago, Besides, he also showed how the disappear of some species happened later. It was human activities that large changed the global environment. He pointed out we should attach great importance to protect the environment, which decided that we would be able to continue to live on this planet in the future. I was deeply impressed by her speech and I think of it is important to protect our only home.
5 . The idea of turning recycled plastic bottles into clothing is not new. During the last five years, a large number of clothing companies, businesses and environmental organizations have started turning plastics into fabric to deal with plastic pollution. But there’s a problem with this method. Research now shows that microfibers could be the biggest source of plastic in the sea.
Dr. Mark Browne in Santa Barbara, California, has been studying plastic pollution and microfibers for 10 years now. He explains that every time synthetic clothes go into a washing machine, a large number of plastic fibers fall off. Most washing machines can’t collect these microfibers. So every time the water gets out of a washing machine, microfibers are entering the sewers and finally end up in the sea.
In 2011, Browne wrote a paper stating that a single piece of synthetic(合成的) clothing can produce more than 1, 900 fibers per wash. Browne collected samples from seawater and freshwater sites around the world, and used a special way to examine each sample. He discovered that every single water sample contained microfibers.
This is bad news for a number of reasons. Plastic can cause harm to sea life when eaten. Studies have also shown that plastic can absorb other pollutants.
Based on this evidence, it may seem surprising that companies and organizations have chosen to turn plastic waste into clothing as an environmental “solution.” Even though the science has been around for a while, Browne explains that he's had a difficult time getting companies to listen. When he asked well-known clothing companies to support Benign by Design-his research project that seeks to get clothes that have a bad effect on humans and the environment out of the market, Browne didn’t get a satisfying answer. Only one women’s clothing company, Eileen Fisher, offered Browne funding.
1. What has happened during the past five years?| A．Fabric has become much stronger. | B．Plastic pollution has been less serious. |
| C．Many plastic bottles have been reused. | D．Microfibers have been greatly improved. |
| A．It is adding microfibers to the clothes. |
| B．It is worsening environmental problems. |
| C．It is making synthetic clothes last longer. |
| D．It is doing great damage to washing machines. |
| A．It has achieved great success. | B．It hasn’t got anything done. |
| C．It is known to very few people. | D．It is facing some difficulties. |
| A．It’s important to learn to recycle |
| B．It’s never easy to solve pollution problems |
| C．Recycled plastic clothing: solution or pollution? |
| D．Are human beings moving forward or backward? |
6 . 2022 Earthshot Prize Winners Announced
Last Friday, Britain’s Prince William announced the winners of this year’s Earthshot Prize. Each prize-winner won $1.2 million for their efforts. Below are some of this year’s prize-winning projects.
Protect and Restore Nature
Kheyti won the prize for protecting and restoring nature with its “Greenhouse-in-a-box” idea. The company provides a simple, large greenhouse to small farmers at a low cost. The greenhouse helps protect crops from insects and other pests. It also helps the crops survive extreme weather conditions, Kheyti is already working with 1, 000 farmers across India.
Clean Our Air
Charlot Magayi won the prize for cleaning the air. After her daughter was burned by a charcoal-burning stove, Ms. Magayi developed a safer, cleaner stove, called the Mukuru Clean Stove. Ms. Magayi’s stoves use a different fuel that’s cheaper and pollutes far less than charcoal stoves. Currently, over 200,000 Mukuru 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 from seaweed. 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. This year alone, the company has made one million Notpla takeaway food boxes, replacing similar plastic-coated boxes.
Fix Our Climate
The Earthshot prize for working toward fixing our climate went to a company called 44. 01. 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. Which prize-winning project benefits farmers a lot?| A．Protect and Restore Nature. |
| B．Clean Our Air. |
| C．Build a Waste-Free World. |
| D．Fix Our Climate. |
| A．It deals with plastic waste. |
| B．It was inspired by one’s personal experience. |
| C．It is finished cooperatively. |
| D．It prevents greenhouse gases. |
| A．To find solutions to the biggest global warming problems. |
| B．To promote people’s awareness of ocean protection. |
| C．To wake people’s spirits of creativity and contribution. |
| D．To encourage new ideas and help protect the planet. |
7 . Climate activist Henry Emson told Euronews that when he became a father seven years ago, he was worried about his family’s effect on the environment. After doing some research, he found the best way to eliminate their carbon footprint was by planting giant sequoia trees(巨型红杉树).
Giant sequoias are ideal for capturing carbon dioxide because they continue to grow consistently for centuries, storing CO2 over time. General Sherman, the world’s largest sequoia tree, has stored an estimated 1,500 tons of CO2 in its trunk over the last 2,200 years and could live another 800 years. The average human could generate close to 1,000 tons of CO2 over their lifetime, so planting one giant sequoia could effectively reduce the carbon footprint of more than one person.
After realizing the power giant sequoias have to fight climate change, Emson devoted his life to planting thousands in the UK by creating the One Life One Tree project. Its final goal is to plant 100,000 giant sequoias in the UK by 2030, and according to The Mirror, as of March 2022, it has already planted 700. Trees are currently being planted near Abergavenny in Wales and the project is expanding to Devon, the Lake District and Scotland.
While the common assumption is that these giant trees can only be grown in Northern California, they actually do well in the UK at a time when the sequoia population is threatened back home.
According to One Tree One Life, 95% of the old-growth sequoia population has been logged over the past two centuries and what remains is under threat from climate change. “A 10 year＋ drought and temperature increase have greatly damaged the health of the trees. A secondary impact of the drought is making them increasingly susceptible(易受影响的)to insect attack and fire,” the site says.
Considering the danger that climate change is causing giant sequoias in California, Emson’s work also benefits these trees. “They’re like climate refugees(难民)—we help them with assisted migration,” he told Euronews.
1. What does the underlined word “eliminate” in the first paragraph probably mean?| A．Measure. | B．Remove. | C．Overlook. | D．Spread. |
| A．By giving an example. | B．By doing an experiment. |
| C．By making comparisons. | D．By referring to comments. |
| A．To protect the environment by planting trees. |
| B．To test the adaptability of giant sequoia trees. |
| C．To save different kinds of endangered trees. |
| D．To prove the value of giant sequoias to his kids. |
| A．It disturbs the whole ecosystem of California. |
| B．It indirectly turns giant sequoias into refugees. |
| C．It helps promote the survival of giant sequoias. |
| D．It assists California in recovering from drought. |
China has made
The officer made the remarks while addressing a video conference,
China has put environmental protection high
China is a world leader in using renewable energy resources, with installed capacity of hydropower, wind power, photovoltaic (光伏) power and other non-fossil energy
He also underlined continuous improvements in China's ecological environment. In 2021,
So far, China
9 . The Amazon
The Amazon River, the basin of which covers 2.3 million square miles, is incredibly biodiverse with over 30,000 species of plants and 1,800 species of birds. It plays an important role in adjusting the climate in North and South America. The River and its forests are threatened by human activity, primary pollution and rapid resource depletion (损耗). The Office of the American States Department of Sustainable Development is working to manage the threats.
The Mississippi
The Mississippi rises in western Minnesota and flows south for 2,530 miles into the Gulf of Mexico. Millions of people in over 50 cities use water from the Mississippi, and the river is also used for shipping and agriculture. Hundreds of animal species, including 60% of North America’s birds, call the area around the Mississippi River home, but river pollution and shoreline habitat destruction threaten to displace them. Fortunately, many projects and organizations are devoted to its conservation.
The Danube
The Danube River begins in western Germany, flowing over 1,775 miles into the Black Sea. It spans 19 countries. The Danube features a richly diverse ecosystem, hosting 55 different species of fish. Cities across Europe use the Danube for power generation and agriculture, and there are more than 700 dams in total. Unfortunately, this river is overfished and heavily polluted. The International Commission for the Protection of the Danube River was established in 1998 to manage its conservation.
The Mekong
The Mekong River is a necessary part of Southeast Asia’s landscape, culture, and economy. Also called the Lancang River, it starts in China, stretching over 2,850 miles through Burma, Laos, Thailand, Cambodia, and Vietnam. Its basin provides more than 65 million people with food, drinking water, power, and transportation. Dams and power plants are harming Mekong’s ecosystems. Organizations such as Conservation International are working to protect the river by advocating for its sustainable development.
1. Birds are affected most around________.| A．The Amazon | B．The Mississippi | C．The Danube | D．The Mekong |
| A．70. | B．65. | C．55. | D．50. |
| A．They contribute to power production. |
| B．They How through multiple countries. |
| C．They are troubled by dam constructions. |
| D．They are under protection of organizations. |
10 . During Yang Zhongkai’s early years, a 500-year-old majestic ginkgo tree that did not sprout leaves for two to three years at a stretch used to be a daily sight for him on his way to and from high school. Since villagers widely regarded the tree as having the power to make their wishes come true, they used to kneel down in front of the “lucky” tree and burn offerings under it, which led to prolonged heat exposure at its roots, stunting its growth.
“Millions of such old trees are in urgent need of protection given their importance as vital biological resources and symbols of ecological civilization,” said Yang, who started the team — Zhiyue — dedicated to protecting ancient trees.“But the recording and management of ancient and famous trees nationwide commonly rely on Excel spreadsheets (电子表格), which present issues such as information silos, lack of real-time updates and incomplete content,” he said.
However, things have changed of late. Yang and his team now use the artificial intelligence technology developed by Tencent Cloud to identify and register trees accurately based on individual traits and GPS tracking. “With the acceleration of a new generation of technological revolution and industrial transformation, new technologies bring more excitement to the protection of ancient trees.” Yang said. “We can now collect data on the trees’ growth, health and environment in real time, which helps us make informed decisions on how to better protect them.”
“In addition to applying cutting-edge technologies such as AI and large models to assist in the development of traditional industries, the company also makes great efforts to promote the development of charitable causes through technological and platform advantages, “Wu Yunsheng said, vice-president of Tencent Cloud, adding that“the power of technology can change the world”.
1. What does the underlined word“stunting”in paragraph 1 probably mean?| A．Preventing. | B．Promoting. | C．Measuring. | D．Maintaining. |
| A．The lack of effective protection measures. |
| B．The risk of information loss and accuracy. |
| C．The destruction by local villagers. |
| D．The extreme heat from burning. |
| A．It enables the collection of real-time data on trees'growth. |
| B．It is a valuable tool for people to protect the eco-system. |
| C．It has been widely used in the traditional industries. |
| D．It can quickly update the number of trees in China. |
| A．Modern Technology Advances Charitable Causes |
| B．Ancient Tree Management is Vital for Biodiversity |
| C．Ancient Trees Hold Cultural Traditions |
| D．New Technology Helps Tree Protection |
