1 . Chaudhary quietly weaves together lengths of ropes, binding them with grass collected from the riverbank. She skillfully shapes the materials into a jewelry box. Meanwhile, she’s instructing a group of women to work out the materials. The ropes used were once the lifeline for climbers tackling Nepal’s mountains and were then discarded (扔掉). They are now finding new life, transformed by skilled hands into items to sell.
Acharya, working with the cleaning campaign, owns a waste processing business in Kathmandu, also an advocate for sustainable waste management. “Aluminum and other metal waste go through the recycling process, but we found no way to recycle ropes and gas cans,” she says. It struck her that the non-recyclable waste could be reused, but it wasn’t until she met Maya Rai that a solution emerged. Rai, leading Nepal Knotcraft Centre, helped connect Acharya with Chaudhary’s team of craftswomen in hopes of turning the mountain waste into economic opportunity. “While this seems insignificant compared to waste in the mountains, it’s a start. We aim to connect local expertise, mountain waste and local economy,” says Acharya, proudly displaying a mat made from ropes left on Mt. Qomolangma by climbers. Her goal is to ensure that no waste collected from mountains ends up in a landfill again.
Finished crafts are sold at outlets and exhibitions. The craftswomen are paid according to how many items they make and sell. With flexible hours, the project gives women an opportunity to earn money even as they maintain household responsibilities.
Eventually, Acharya hopes to expand the program to involve more women and process more waste. But progress has been slow. “We still have not found a sustainable business plan to make crafts in large quantities, ”she says. Now, she is searching for cooperators to make a model that serves not only the mountain but the communities. “After all, we are trying to craft a sustainable future.”
Each rope turned into a decorative item is a way to help local women earn a living and keep mountains clean.
1. What is the author’s purpose in mentioning Chaudhary in paragraph 1?| A．To lead in the topic with her example. |
| B．To spread her environmental consciousness. |
| C．To show her patient instructions to the women. |
| D．To speak highly of her outstanding weaving skills. |
| A．A business involving waste processing. |
| B．A team transforming waste into treasure. |
| C．A campaign advocating sustainable management. |
| D．A solution connecting expertise, waste and economy. |
| A．Selling crafts at outlets can earn more money. |
| B．Removing mountain waste generates a sense of pride. |
| C．Cooperating with local experts helps promote skills. |
| D．Work-life balance can be achieved due to flexible hours. |
| A．Hesitant. | B．Positive. | C．Suspicious. | D．Disapproving. |
1. What did the man do just now?
| A．He took some photos. | B．He did some reading. | C．He shared an article online. |
| A．Seafood will be polluted. |
| B．Ships won’t sail properly. |
| C．The beauty of the ocean will be damaged. |
| A．A reusable bag. | B．A metal straw. | C．A glass bottle. |
| A．Stop buying bottled water. |
| B．Organize beach cleanup events. |
| C．Participate in club activities every month. |
3 . I was driving on the freeway when I noticed heavy clouds roll in. A storm was coming. The rain began beating
Hurricane Katrina struck when I was nine years old. I had worried it would strike us in Houston. It missed us, but other cities were not so lucky. I remembered watching the
The next day, my friends
Suddenly, a phone call brought me back to the present. To my joy, the storm had
| A．creatively | B．lazily | C．merrily | D．heavily |
| A．looked out | B．set out | C．pulled off | D．got off |
| A．warned | B．informed | C．reminded | D．cured |
| A．news | B．disaster | C．game | D．performance |
| A．observing | B．greeting | C．challenging | D．interviewing |
| A．cheap | B．worn | C．fascinating | D．funny |
| A．hugging | B．pressing | C．selling | D．throwing |
| A．left | B．joined | C．asked | D．annoyed |
| A．invent | B．deliver | C．collect | D．produce |
| A．freedom | B．happiness | C．struggle | D．belief |
| A．gathered | B．processed | C．donated | D．spread |
| A．left | B．decorated | C．entered | D．measured |
| A．flew | B．drove | C．marched | D．surfed |
| A．struck | B．passed | C．strengthened | D．approached |
| A．reports | B．clues | C．victims | D．photos |
4 . Though you may not know it, about half a billion people worldwide depend on the ecosystems created and supported by corals. And with climate change threatening their survival, marine scientist Enric Sala had an idea that might have seemed impossible.
“We wanted to get into a time machine, go back hundreds of years and actually see a coral reef like they used to be everywhere, before we started exploiting (开发) them, polluting them and killing them all over the world,” Sala said.
The idea was, in essence, made possible during an expedition that Sala led in 2009. The team traveled to a corner of the South Pacific Ocean, and found some untouched reefs.
His team presented their findings to officials in the island country of Kiribati. Then the Kiribati government took steps to protect the waters from fishing and other human activities, but between 2015 and 2016, record levels of ocean warming killed half the coral reefs the team had found.
After hearing that news, they lost hope for the health of coral reefs. But the study continued, and last year, they went in for another dive. Despite the reported conditions, Sala and his team found that the reefs had somehow restored themselves, filled with life and color once more. This resurrection (复兴) is something that Sala says can be traced to two key factors.
The first is, thankfully, half of the corals had not died, as was previously thought. Despite the rise in temperatures, there were enough surviving corals left behind to help reproduce the reefs.
The second factor is the Kiribati government’s decision to fully protect those waters. “There are abundant fish species. They eat all the algae that would smother (窒息) the corals, making it possible for the corals to come back,” Sala explained.
“So if some countries want a future for the fisheries, they need to manage their fisheries in a more responsible way around areas that are set aside to help regenerate the rest of the ocean,” Sala said.
For him and his team, the rebirth of the coral reefs in Kiribati is a beacon of hope among so much pessimism (悲观主义) surrounding the future of reefs.
1. What did Enric Sala want to do according to his words in paragraph 2?| A．Study some untouched coral reefs. | B．Develop technology for time travel. |
| C．Raise awareness about sea protection. | D．Restore coral reefs to their original state. |
| A．Habitat destruction. | B．Climate change. |
| C．Water pollution. | D．Biodiversity loss. |
| A．Fall of ocean temperature. | B．Introduction of new fish species. |
| C．Official funding for restoration efforts. | D．Sufficient surviving corals for reproduction. |
| A．Killing all the algae in the ocean. | B．Reducing dependence on fisheries. |
| C．Protecting the ocean from overfishing. | D．Strengthening cooperation with scientists. |
5 . Born to an adventure-loving mom and a National Geographic’s photographer dad, Alison Teal was already exploring the world as a baby. The family traveled the globe staying not at five-star hotels but in a six-foot-wide tent. From cold mountaintops to hot jungles, they completely involved themselves in local nature and culture.
Between journeys, they would return home to a quiet and faraway part of the Big Island of Hawaii, where they built a solar-powered oceanfront rest center. The front yard was the ocean, and Alison’s friends were dolphins. She would dive into the water and release seaweed. A dolphin would catch it on its nose or fin and throw it to the next player. Over the years, the dolphins grew to trust Alison. They looked for her and came close to her in the water.
After graduating from university, she continued her world travels. Her adventurous childhood and life skills landed her a spot in the reality show Naked and Afraid, in which she and her partner had to live on an unwelcoming island for 21 days. Alison’s deep knowledge of how to live in a wilderness saved the pair, but what shocked her was the amount of trash washed upon the shore.
“After that, I couldn’t ignore our plastic problem. I shifted my focus and started to protect our greatest resource, the ocean,” says Alison. Swimming in familiar waters back home, she also found her dolphin friends were no longer tossing (抛) seaweed to each other, but plastic. “That was distressing,” she says.
Her book, Alison’s Adventures: Your Passport to the World, is fled with travel tales and environmental lessons. She also offers free adventure films to go along with each chapter on her YouTube and TikTok. Alison believes all of us can make changes to protect the Earth and, in turn, those we love. “Whether you’re a lawyer, a gardener, an artist, a teacher or a surfer, we can all help in our own ways,” she says.
1. What can we infer from the first paragraph?| A．Alison Teal had a comfortable life when she was young. |
| B．Alison Teal was fond of photography when she was young. |
| C．Alison Teal’s parents we restrict with her when she was young. |
| D．Alison Teal led a life close to nature when she was young. |
| A．The amount of trash washed upon the shore. |
| B．The unwelcoming island where they had to live. |
| C．The lack of resources in the wilderness. |
| D．The dangerous situations they encountered. |
| A．During a journey with her parents. |
| B．After her participation in a show. |
| C．Before her graduation from university. |
| D．When visiting the Big Island of Hawaii. |
| A．Everyone can contribute in their own ways. |
| B．Only certain professions can make a difference. |
| C．It is impossible to make any significant changes. |
| D．It is the responsibility of governments and organizations. |
In China, Tree Planting Day falls on March 12, but more often people plant trees during Qing Ming Festival in early April. Newly-planted trees can survive more
China set March 12
Since 2013, Xi Jinping,
China has seen a
7 . Bumblebees are vanishing at a rate consistent with widespread extinction, and climate change is playing a big role. The analysis comes from a new study published in the journal Science today.
The authors found that the likelihood of a bumblebee population surviving in any given place within North America and Europe has dropped by an average of 30 percent as temperatures have risen.
Pesticides, habitat loss, and pathogens(病原体) have already hit bumblebee populations hard. The new study, however, is able to isolate the effect that hotter temperatures are having on bumblebees. Sadly, bees are having a hard time adapting to a warming world. “If things continue along the path without any change, then we can really quickly start to see a lot of these species being lost forever,” lead author of the study Peter Soroye tells The Verge.
That’s not just a tragedy for the bees. It’s also bad news for all the plants that they pollinate and for humans who eat the fruits (and vegetables) of their labor. “We also lose out on a lot of color on our plates,” Soroye says. “Tomatoes, squash, and berries are just some of the crops we can thank bees for pollinating. Animal pollinators like bees, birds, and butterflies could be responsible for up to 1 out of every 3 bites of food we eat,” the US Department of Agriculture says.
For this study, Soroye and colleagues examined data from 1900 to 2015 on 66 species of bumblebees across North America and Europe. They mapped the places bees called home and how their distribution changed over time. They found that bees were vanishing in the areas that had heated up beyond the limit in which the bumblebees had historically been able to survive.
Some bee populations are colonizing new territories that were previously too cold. But those gains are overshadowed by losses in areas where the bees once thrived but are now too hot.
1. What is bumblebees’ main struggle?| A．Habitat loss | B．Climate change | C．Human activities | D．Virus treat |
| A．Humans can barely strive to save bumblebees from extinction. |
| B．Bumblebees will inevitably die out some day. |
| C．Bumblebees serve as a delicacy on our plates. |
| D．Human’s lives are tightly linked to bumblebees’. |
| A．Animal pollinators eat up 1 out of 3 of our food. |
| B．Peter Soroye’s study started from 1900 and lasted 25 years. |
| C．Bumblebees can not be accustomed to the places they used to live in. |
| D．Bumblebees are more used to colder weather. |
| A．The negative effects outweigh the positive ones. | B．No cold areas are left for Bumblebees. |
| C．The losses are beyond estimation. | D．Bumblebees will have a rather bright future. |
8 . Brazilian scientists think they might have found a way to undo the damage caused by the cutting down of trees and turn farmland back into forest. The secret lies in ancient local knowledge of soil.
Amazonian Dark Earth (ADE) is a thick, black soil found deep in the Amazon rainforest, and it could help restore forests around the world. ADE is a kind of compost (soil made from dead plants and animals). Various kinds of compost are sold in gardening centers around the world, but ADE is unique. It was created by indigenous people from the Amazon between 2,000 and 2,500 years ago. The Amazonian people, today known as Amerindians, created ADE using charcoal from fires, animal bones, food waste and poo. It contains microbes (微生物) that help to turn chemicals in the soil into useful nutrients that feed plants and trees.
Vast areas of the Amazon have been cut down, mostly to make way for grassland for raising cattle. Scientists are looking for a way to turn grassland back into rainforest and revive forest ecosystems. These support thousands of animal and plant species, many of which are unique to the area. Forests also absorb lots of carbon dioxide.
To see if the Amazon’s special soil could help, the scientists grew grasses and trees in ADE, regular earth and a mixture of both. Trees grown in ADE were up to six times taller than those in regular soil. ADE takes hundreds of years to create, so the scientists can’t simply make more. Team member, Dr Siu Mui Tsai, said that instead they want to try and “copy its characteristics”, especially its helpful microbes, and see if it could help to restore natural habitats.
1. What makes ADE valuable?| A．Its history of thousands of years. | B．Its potential to enhance reforestation. |
| C．Its medical properties for plants and animals. | D．Its being discovered by the Amazonian people. |
| A．The necessity of restoring forests. |
| B．The serious situation of endangered animals. |
| C．The positive effects of ADE on forest ecosystems. |
| D．The adaptation of grasslands to the changing climate. |
| A．An alternative is bound to replace ADE. |
| B．Soil with similar features is in development. |
| C．ADE works better when mixed with regular soil. |
| D．ADE has been proved effective in growing trees. |
| A．A biology textbook. | B．An archeology journal. |
| C．A science magazine. | D．A literary collection. |
A composting (堆肥) program at The Wesley School in Los Angeles is helping students get hands-on experience and ways
The school’s composting program
The school will use the compost on plants around campus. Some will
It takes two hours for the container to be emptied and prepared to receive
内容包括：
1.地球的重要性；
2.保护地球的倡议。
注意：
1.写作词数应为80左右；
2.标题已为你写出，不计入总词数。
The World Earth Day
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