1 . You’ve heard that plastic is polluting the oceans — between 4.8 and 12.7 million tonnes enter ocean ecosystems every year. But does one plastic straw or cup really make a difference? Artist Benjamin Von Wong wants you to know that it does. He builds massive sculptures out of plastic garbage, forcing viewers to re-examine their relationship to single-use plastic products.
At the beginning of the year, the artist built a piece called “Strawpocalypse,” a pair of 10-foot-tall plastic waves, frozen mid-crash. Made of 168,000 plastic straws collected from several volunteer beach cleanups, the sculpture made its first appearance at the Estella Place shopping center in Ho Chi Minh City, Vietnam.
Just 9% of global plastic waste is recycled. Plastic straws are by no means the biggest source (来源) of plastic pollution, but they’ve recently come under fire because most people don’t need them to drink with and, because of their small size and weight, they cannot be recycled. Every straw that’s part of Von Wong’s artwork likely came from a drink that someone used for only a few minutes. Once the drink is gone, the straw will take centuries to disappear.
In a piece from 2018, Von Wong wanted to illustrate (说明) a specific statistic: Every 60 seconds, a truckload’s worth of plastic enters the ocean. For this work, titled “Truckload of Plastic,” Von Wong and a group of volunteers collected more than 10,000 pieces of plastic, which were then tied together to look like they’d been dumped (倾倒) from a truck all at once.
Von Wong hopes that his work will also help pressure big companies to reduce their plastic footprint.
1. What are Von Wong’s artworks intended for?| A．Beautifying the city he lives in. |
| B．Introducing eco-friendly products. |
| C．Drawing public attention to plastic waste. |
| D．Reducing garbage on the beach. |
| A．To show the difficulty of their recycling. |
| B．To explain why they are useful. |
| C．To voice his views on modern art. |
| D．To find a substitute for them. |
2 . What concerns the man about the oil company?
| A．It causes water pollution. |
| B．It makes locals lose their jobs. |
| C．It results in a fight on social media. |
3 . 听下面一段独白，回答以下小题。
1. Where have more and more waste and rubbish been produced according to the passage?| A．In the urban areas. | B．In the countryside. | C．In the mountain areas. |
| A．Because people use too many things. |
| B．Because people lack environmental awareness. |
| C．Because people lack resources. |
| A．It has strengthened city management. |
| B．It has paid attention to the environment. |
| C．It has built many waste plants. |
| A．To save things. | B．To reuse things. | C．To protect the environment. |
4 . Plastic is everywhere, from the Arctic ice to vital organs in the human body. In fact, previous estimates suggest that the average person swallows a credit card-worth of microscopic plastic particles(颗粒) every week. But new research shows that this could actually be an understatement.
Microplastics are plastics smaller than 5 millimeters, found in industrial waste, beauty products, and formed during the degradation of larger plastic pieces. Over time, they break down into even smaller nanoplastics. These tiny particles can pass through our intestines and lungs into our bloodstreams, reaching vital organs like the heart and brain.
While the idea of eating plastic is unsettling in itself, the major concern here is that these plastic particles contain chemicals that can interrupt our body’s natural release of hormones, potentially increasing our risk of reproductive disorders and certain cancers. They can also carry toxins(毒素) on their surface like heavy metals.
In the past, researchers have shown bottled water can contain tens of thousands of identifiable plastic fragments in a single container. However, until recently, only the larger microplastics were detectable with available measuring tools, leaving the area of nanoplastics largely a mystery.
Using Raman microscopy (显微镜学), capable of detecting particles down to the size of a flu virus, the team measured an average of 240, 000 particles of plastic per liter of bottled water, 90 percent of which were nanoplastics, a revelation 10 to 100 times larger than previous estimates.
These plastics likely originate from the bottle material, filters used to “purify” the water, and the source water itself. “It is not totally unexpected to find so much of this stuff, ” the study’s lead author, Columbia graduate student Naixin Qian, said in a statement. His team hopes to expand their research into tap water and other water sources to better inform our exposure to these potentially dangerous particles. “The idea is that the smaller things get, the more of them I reveal, ” he added.
1. What is the primary focus of the new research?| A．The presence of plastic particles. | B．The use of plastic in everyday products. |
| C．The detection methods for microplastics. | D．The potential risks of nanoplastics to human. |
| A．Finding the source of plastic particles. | B．Helping to cure the deadly flu virus. |
| C．Detecting the smaller plastic particles. | D．Improving the quality of bottled water. |
| A．To focus on areas with higher plastic pollution. |
| B．To be aware of the dangerous particles in daily life. |
| C．To further measure the types of particles in tap water. |
| D．To detect the smaller plastic particles in industrial areas. |
| A．Skeptical. | B．Objective. | C．Conservative. | D．Positive. |
5 . There is an increasing alarm about the extent of microplastics pollution, which has been found everywhere from Everest to the Arctic. However, it turns out there’s an even smaller and more poisonous form of plastic pollution entering remote reaches of the globe. A new study published in Environmental Research found significant quantities of nanoplastics (纳米塑料) in ice samples from both the North and South Poles.
“Now we know that nanoplastics are transported to these corners of the Earth in these quantities. This indicates that nanoplastics are really a bigger pollution problem than we thought,” study lead author Dusan Materic said in a press release.
Nanoplastics are plastics that are smaller than a micrometer in size. Their small size means they are more difficult to study than microplastics, or plastics between five millimeters and a micrometer. But they may be even more dangerous.
“Nanoplastics are very toxicological active compared to, for instance, microplastics, and that’s why this is very important,” Materic said.
Materic and his team used new methods to measure nanoplastic pollution in ice samples from Greenland and Antarctica. They sampled a 14-meter-deep ice core from the Greenland ice cap and sea ice from Antarctica’s McMurdo Sound. They found that there were an average of 13.2 nanograms per-milliliter of nanoplastics in the Greenland ice and an average of 52.3 nanograms per milliliter in the Antarctic ice
But what was even more surprising than the amount of nanoplastics in the remote ice was just how long they had sat there. “In the Greenland core, we see nanoplastic pollution happening all the way from the 1960s. So organisms, despite the lack of the solid evidence, likely all over the world, have been exposed to it for quite some time now,” Materic said.
The study also looked at the types of plastic present in the samples. Half of the Greenland nanoplastics were polyethylene (PE), the kind of plastic used for plastic bags and packaging. A quarter came from tires and a fifth were polyethylene terephthalate (PET), which is used for clothing and bottles.
1. Why should researchers focus more on nanoplastics?| A．They are smaller but more dangerous. |
| B．They are more important to science. |
| C．They are easily polluted by ocean water. |
| D．They are more active in cold surroundings. |
| A．The North and South poles are the birthplace of nanoplastics. |
| B．Nanoplastics have less influence on the planet than microplastics. |
| C．Nanoplastics have been existing since the 1960s throughout the world. |
| D．Nanoplastics found in the samples are widely used in the daily life. |
| A．The Greenland core. |
| B．The Antarctic ice. |
| C．The amount of nanoplastics. |
| D．Nanoplastics pollution. |
| A．Mircoplastics prove to be more dangerous. |
| B．Nanoplastics pose a threat to people’s life. |
| C．Nanoplastics are making their way to the poles. |
| D．Mircoplastics set the alarm bells ringing. |
6 . What are the speakers talking about?
| A．Air pollution. | B．Water pollution. | C．Ocean 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
___________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________8 .
| A．The harm done by single-use plastics. |
| B．The topic for the woman’s composition. |
| C．Environmental issues. |
| D．Some recent hot news. |
9 . Many of the negative impacts humans have on the environment are visible to the naked eye. Trash washes up on our beaches, the ice caps are visibly shrinking, and smog darkens our skies. But some environmental threat, such as microplastics, are nearly invisible.
The U. S. National Oceanic & Atmospheric Administration classifies microplastics as any piece of plastic less than five millimeters. Some are as small as three microns—half the size of a red blood cell. This comes from a variety of sources, including the microbeads found in cosmetics, paint, tire dust, industrial waste, and clothing.
These tiny fragments can become fixed in animals’ tissue through taking food or breathing. Various marine species, such as deposit-feeding lugworms, are shown to have microplastics in their intestinal tracts (肠道). The production and disposal of microplastics, among other unaware actions by humans, have played a significant role in boosting the worsening of marine ecosystems. But microplastics are not just a problem for marine life. Humans are consuming them too, sometimes through eating seafood containing microplastics.
Microplastics also run uncontrollably in drinking water. A 2017 investigation by Orb Media, which looked at tap water samples from over a dozen countries, found that 83 percent of the samples were contaminated with plastic fibers. Once taken, most of the microplastics stay in our systems forever, and little is known about their long term impact on our health.
Microplastic pollution is not an easy problem to deal with, but there are small changes that you can make to reduce your contribution to the problem. One strategy is to stop fibers before they enter the wastewater stream. Patagonia announced that it will sell the Guppy Friend, a bag that you can place clothing in before tossing it into the wash, which will prevent the fibers from being flushed away. You can also avoid buying any facial scrubs (面部磨砂膏) that use plastic microbeads. Lastly, you can reduce your plastic consumption and waste altogether by buying reusable water bottles and grocery bags, and being sure to always recycle any plastics you come across.
1. Why did the author mention the negative impacts visible to the naked eye?| A．To blame people for their behaviors |
| B．To show the notable threats on earth. |
| C．To stress the urgency of ecology protection. |
| D．To introduce the hidden dangers of microplastics. |
| A．They are so small that can be ignored. | B．They are produced by human deliberately. |
| C．They have a lasting effect on people’s body. | D．They gain attention for the bad influence. |
| A．To promote the sales of a new type of bag. |
| B．To give ways to reduce microplastic presence. |
| C．To tell how to reduce waste and consumption. |
| D．To state the difficulties of decreasing microplastics. |
| A．Many hands make light work. | B．Constant dropping wears the stone. |
| C．Actions speak louder than words. | D．Practice makes perfect. |
10 . For many people, it is hard to imagine what it is like to lose their sense of smell. Known as “anosmia”, loss of smell can have a substantial effect on our overall wellbeing and quality of life. But while a sudden respiratory infection (呼吸道感染) might lead to a temporary loss of this important sense, your sense of smell may well have been gradually eroding away for years due to something else- air pollution.
Exposure to PM2. 5 has previously been linked with smell loss, but typically only in occupational or industrial settings. But new research is now starting to reveal the true scale and the potential damage caused by the pollution we breathe in every day. On the underside of our brains lies the olfactory bulb (嗅球). This sensitive bit of tissue is essential for the enormously varied picture of the world we get from our sense of smell. It’s also our first line of defense against viruses and pollutants entering the brain. But, with repeated exposure to PM2. 5, these defenses slowly get worn down.
“Our data show there’s a 1.6 to 1.7-fold increased risk of developing anosmia with sustained particulate pollution (粒状物污染),” says Murugappan Ramanathan, a rhinologist. One Mexican study in 2006, which used strong coffee and orange odors showed that residents of Mexico City which often struggles with air pollution — tended to have a poorer sense of smell on average than people living in rural areas of the country.
So, should we care that air pollution to which we are all exposed -is damaging our sense of smell and causing anosmia? Clearly, the answer is yes. Ramanathan says, “Air quality matters. I think we need tight regulations and control. Many people may not even realize the pollution they are exposed to. But even the everyday, low level air pollution we are exposed to should be taken more seriously.”
1. What do the underlined words “eroding away” mean in paragraph 1?| A．Evolving. | B．Becoming weak. |
| C．Becoming sharp. | D．Appearing. |
| A．Exposure to PM2. 5 has nothing to do with smell loss. |
| B．The pollution we breathe in on a daily basis may cause harm. |
| C．Our nose stops viruses and pollutants from entering the brain. |
| D．Our defenses will disappear quickly with air pollution exposure. |
| A．They have developed anosmia with air pollution. |
| B．Their sense of smell is poorer than rural people’s. |
| C．They often consume strong coffee. |
| D．They tend to have a good sense of smell. |
| A．How we should react to air pollution. |
| B．What we should do to protect the environment. |
| C．What steps we can take to recover from anosmia. |
| D．How we can improve our life quality. |
