1 . Early fifth-century philosopher St．Augustine famously wrote that he knew what time was unless someone asked him．Albert Einstein added another wrinkle when he theorized that time varies depending on where you measure it．Today's state-of-the-art atomic（原子的） clocks have proven Einstein right．Even advanced physics can't decisively tell us what time is, because the answer depends on the question you're asking．

Forget about time as an absolute．What if，instead of considering time in terms of astronomy,we related time to ecology？What if we allowed environmental conditions to set the tempo（节奏） of human life？We're increasingly aware of the fact that we can't control Earth systems with engineering alone，and realizing that we need to moderate（调节）our actions if we hope to live in balance．What if our definition of time reflected that？

Recently，I conceptualized a new approach to timekeeping that's connected to circumstances on our planet，conditions that might change as a result of global warming．We're now building a clock at the Anchorage Museum that reflects the total flow of several major Alaskan rivers，which are sensitive to local and global environmental changes．We've programmed it to match an atomic clock if the waterways continue to flow at their present rate．If the rivers run faster in the future on average，the clock will get ahead of standard time．If they run slower，you'll see the opposite effect．

The clock registers both short-term irregularities and long-term trends in river dynamics．It's a sort of observatory that reveals how the rivers are behaving from their own temporal frame（时间框架），and allows us to witness those changes on our smartwatches or phones．Anyone who opts to go on Alaska Mean River Time will live in harmony with the planet．Anyone who considers river time in relation to atomic time will encounter a major imbalance and may be motivated to counteract it by consuming less fuel or supporting greener policies．

Even if this method of timekeeping is novel in its particulars，early agricultural societies also connected time to natural phenomena．In pre-Classical Greece，for instance，people“corrected”official calendars by shifting dates forward or backward to reflect the change of season．Temporal connection to the environment was vital to their survival．Likewise，river time and other timekeeping systems we're developing may encourage environmental awareness．

When St．Augustine admitted his inability to define time， he highlighted one of time 's most noticeable qualities：Time becomes meaningful only in a defined context．Any timekeeping system is valid，and each is as praiseworthy as its purpose．

1. What is the main idea of Paragraph 1？

A．Timekeeping is increasingly related to nature．

B．Everyone can define time on their own terms．

C．The qualities of time vary with how you measure it．

D．Time is a major concern of philosophers and scientists．

2. The author raises three questions in Paragraph 2 mainly to________．

A．present an assumption	B．evaluate an argument
C．highlight an experiment	D．introduce an approach

3. What can we learn from this passage？

A．Those who do not go on river time will live an imbalanced life．

B．New ways of measuring time can help to control Earth systems．

C．Atomic time will get ahead of river time if the rivers run slower．

D．Modern technology may help to shape the rivers’ temporal frame．

4. What can we infer from this passage？

A．It is crucial to improve the definition of time．

B．A fixed frame will make time meaningless．

C．We should live in harmony with nature．

D．History is a mirror reflecting reality．

3 . Slowness has been a sweeping trend in sustainability. Slow food celebrates local produce and traditional cooking methods; slow fashion is made with a focus on people and the planet. You may have even heard of the slow city, a campaign to restore local cultures and turn cities back to their natural environments.

Slow design developed from the larger slow movement. Although the term was only recently introduced, the idea of thoughtful design looks back to a time when buildings and furniture were made with great craftsmanship (手艺) and by hand-before the mass-produced throwaway furniture took over. You can think of the term “slow” as a celebration of timelessness: both the timelessness of a piece and the timelessness of the relationship between that piece and its owner.

One example of slow design today is what’s been dubbed the brown furniture revival (复兴). Brown furniture refers to the heavy wooden furnishings that were popular in your grandparents’ day but suddenly fell out of style at the turn of the century. Brown furniture is often associated with dark woods, such as trees like mahogany, walnut, and teak, that take decades to reach maturity and true craftsmanship to transform into functional pieces.

Today’s furniture industry is dominated by the $13.1 billion-and-growing global ready-to-assemble(RTA) furniture market. RTA furniture is usually constructed from low-quality fiberboard, which lasts a small part of traditional furniture’s lifespan (寿命).The weight of furniture landfilled in 2018 was 9. 7 million tons, 4. 5 times what was landfilled in 1960.

In a less direct way, the idea of timelessness also lends itself to a lower environmental impact. Besides their demonstrated physical durability, slow materials and design are meant to outlive trends and never be thrown out simply because they’re out of style.

As second-hand shopping becomes more appealing to today’s young generation-because of its low environmental impact and affordability-the brown furniture of yesteryear is making a comeback.

1. Why is the first paragraph written?

A．To explain a new term.

B．To present the topic of the text.

C．To provide background information.

D．To highlight the importance of slowness.

2. What does the underlined word “dubbed” mean in paragraph 3?

A．Known as.

B．Mistaken for.

C．Compared to.

D．Connected with.

3. What can be inferred about RTA furniture?

A．It is out of date.

B．It has a long lifespan.

C．It is heavy and expensive.

D．It has bad effects on the environment.

4. What is good news for the brown furniture revival?

A．Grandparents are buying new furniture.

B．The brown furniture will soon be mass-produced.

C．The young generation favors second-hand shopping.

D．Materials for slow design furniture are more available.

4 . What do you know about fashion? The fashion industry, which has become one of the most _________ to the planet, is having a moment of punishment. But which changes make a difference, and which ones just _________ in the wash? In fact, the fashion industry is second only to the oil industry, the most environmentally unfriendly industry.

A friend of mine _________ an antique clothes store in the north of London. Business has been good for many years, which makes her acquire a large fortune. Every few weeks, she visits a vast storehouse on the edge of the city to go through piles of clothing. Most of it is _________, but if you know what you are looking for, there are raw diamonds. The storehouse has a long history. It was once a clearing house for the low-quality wool scraps(碎料) that were used to make cheap clothing for the _________ in Victorian Britain. A century on, _________ has changed. Nowadays, it is full of modern-day inferior products, all _________ cheap clothing made for the masses around the world. Except that this stuff is going to be burned or buried, not being reused.

The items are the products of an industry that, in the past 30 years, has become one of the most successful and also most _________ on the planet. Known as fast fashion, it has filled our wardrobes(衣柜) with cheap and cheerful clothes. But after three decades of continuous growth, the model is in _________ with fundamental environmental limits and there is widespread agreement – even from within the industry – that it is time to ____________. Otherwise, “Fast fashion” creates a mountain of unsellable, cheap clothing that ends up in a terrible place.

“The fashion industry represents a key environmental ____________,” says Kirsi Niinimäki at Aalto University in Espoo, Finland. “Eventually, the long-term stability of the fashion industry ____________ the total abandonment of the fast-fashion model.” Like fast food, fast fashion is all about instant ____________ on the cheap.

One wonders: What can we do about it? Don’t you have any clothes on? It’s not that ____________. More importantly, don’t waste, learn to control your desires and ____________ falling into this “Fast fashion” lifestyle. As the guardian columnist Lucy Seagal once said, the “Fast fashion” industry is profit-driven, but consumers who have experienced “over-consumption” will naturally grow tired of it, and the market will have its choice.

1.

A．convincing

B．interesting

C．confusing

D．damaging

2.

A．carry out

B．come out

C．set out

D．break out

3.

A．builds

B．runs

C．supports

D．controls

4.

A．expensive

B．useless

C．worthless

D．attractive

5.

A．businessmen

B．children

C．locals

D．masses

6.

A．little

B．few

C．much

D．many

7.

A．on behalf of

B．in the form of

C．for the sake of

D．in terms of

8.

A．effective

B．destructive

C．preventive

D．alternative

9.

A．quarrel

B．argument

C．fight

D．conflict

10.

A．tell the truth

B．hit the brakes

C．pave the way

D．break the ice

11.

A．threat

B．effect

C．problem

D．protection

12.

A．results from

B．consists of

C．brings about

D．relies on

13.

A．ambition

B．action

C．satisfaction

D．attraction

14.

A．far

B．extreme

C．bad

D．complex

15.

A．enjoy

B．imagine

C．miss

D．avoid

6 . Directions: After reading the passage below, fill in the blanks to make the passage coherent and grammatically correct. For the blanks with a given word, fill in each blank with the proper form of the given word; for the other blanks, use one word that best fits each blank.

Japan Releases Nuclear Wastewater into the Pacific. How Worried Should We Be?

Japan has started releasing wastewater into the ocean. But this isn’t the kind of wastewater     1     flows from city streets into stormwater drains. It’s treated nuclear wastewater used to cool damaged reactors at the Fukushima Daiichi nuclear power plant,     2     (strike) by an earthquake over a decade ago.

Since the accident, over 1.3 million tons of nuclear wastewater     3     (collect), treated, and stored in a tank farm at the plant. That storage space is about to run out, the Japanese government says, leaving no choice other than     4     (begin) dumping the wastewater into the Pacific.

Japan’s discharge plan involves incrementally (递增地) releasing it over the next three decades, although some experts say it could take longer, given the amount still     5     (produce). Some of Japan’s neighbors are criticizing the plan as unilateral and dangerous. On May 15, South Korea’s opposition leader ridiculed Japanese leaders’ claims that the water is safe enough to drink: “    6     it is safe enough to drink, they should use it as drinking water.”

Now, American scientists are raising concerns that marine life and ocean currents could carry harmful radioactive isotopes (同位素) —also called radionuclides—    7     the entire Pacific Ocean.

“It’s a trans-boundary and trans-generational event,” says Robert Richmond, director of the Kewalo Marine Laboratory at the University of Hawaii. “    8     released into the ocean off of Fukushima is not going to stay in one place.”

The radionuclides could be carried by ocean currents, especially the cross-Pacific Kuroshio current. Marine animals that migrate great distances could spread them too. No     9    (worrying) as carriers, Richmond says, are phytoplankton—free-floating organisms that are the basis of the food chain for all marine life and can capture radionuclides from the Fukushima cooling water. When swallowed, those isotopes may “accumulate in a variety of fish, marine mammals, and humans.”

Richmond and Buesseler say that     10     they’ve been allowed access to much of the same data as the IAEA, they remain suspicious. “The root of this problem is that they are moving already with a plan that has not yet shown that it will work,” Buesseler says. “They’re saying, ‘We can make it work. We’ll treat it as many times as it takes.’ If you want to put a nickname on this plan, it’s ‘trust us; we’ll take care of it.’”

7 . Climate experts have warned about the many ways a warming planet can negatively affect human health. ________ global temperatures are predicted to increase by 1.5℃ by the 2030s, that risk is becoming increasingly real.

One long-held prediction that appears to be coming true — according to the results of a study recently published in Nature Scientific Reports — is how climate change might enhance ________ of bacteria that thrive and spread through warm sea waters and cause an infection with a particularly high ________ rate.

Vibrio vulnificus (创伤弧菌) flourishes in salty or brackish waters above 68℉. Infections are currently rare in the U.S., but that’s likely to change. Using 30 years of data on infections, scientists at the University of East Anglia in the U.K. found that Vibrio vulnificusis ________ from its historic Gulf Coast range, with more Northern states reporting infections as waters become warmer.

“We’re seeing the core ________ of infections extending to areas that traditionally have very few and very rare cases,” says Elizabeth Archer, a Ph.D. researcher and ________ author of the study. “But these areas are now coming into the main area of infections.”

Based on the latest data on how much the world’s water and air temperatures will rise, the scientists predict that by 2081, Vibrio vulnificus infections could reach every state along the U.S. East Coast. Currently, only about 80 cases are reported in the U.S. each year; by 2081, that could go up to over three-fold, the authors say.

Such a proliferation could have serious health consequences. Vibrio vulnificus kills approximately 20% of the healthy people it infects, and 50% of those with weakened immune systems. There is little evidence that antibiotics can ________ the infection, but doctors may prescribe them in some cases. People can get infected either by eating raw shellfish like oysters or by exposing small ________ to waters where the bacteria live, which can lead to serious skin infections.

Warming sea temperatures aren’t the only reasons behind the rise of Vibrio vulnificus. Hotter air also draws more people to the coasts and bays, bringing them into closer contact with the bacteria.

“The bacteria are part of the natural marine environment, so I don’t think we can ________ it from the environment,” says Archer. “It’s more about mitigating infections by increasing ________ of the risk.”

To alert people to the growing threat, ________ systems are needed to track when concentrations of bacteria start to rise, similar to currently available pollen and pollution alarm.

Vbrio vulnificus is so ________ to temperature changes that concentrations could bloom after even a day of warmer water, so consistent monitoring and alerts are critical, says Iain Lake, professor of environmental epidemiology at University of East Anglia and senior author of the paper.

Lake says the expansion of Vibrio vulnificus is concerning for public health since the bacteria are now invading waters closer to heavily ________ areas, such as New York and Philadelphia. “Everyone can get a Vibrio vulnificus infection,” he says. “But the more ________ there is between warmer waters and people, the more the bacteria can move into populations ________ the elderly and those with other health conditions, who are more vulnerable to infections.”

1.

A．Even if

B．Except when

C．The instant

D．In case

2.

A．numbers

B．ranges

C．coverages

D．concentrations

3.

A．failure

B．fatality

C．survival

D．acid

4.

A．ranging

B．varying

C．expanding

D．shifting

5.

A．distribution

B．launch

C．community

D．sample

6.

A．principle

B．lead

C．principal

D．hit

7.

A．boost

B．accelerate

C．contain

D．remove

8.

A．harms

B．damages

C．injuries

D．wounds

9.

A．relieve

B．dissolve

C．resolve

D．erase

10.

A．conscience

B．awareness

C．panic

D．alert

11.

A．monitoring

B．processing

C．managing

D．delivering

12.

A．sensible

B．vital

C．vulnerable

D．sensitive

13.

A．populated

B．dense

C．paralleled

D．bordered

14.

A．reaction

B．interaction

C．intervention

D．relativity

15.

A．rather than

B．except for

C．such as

D．other than

8 . The Amazon is warming three times faster than the global average

It is perhaps the most ironic symbol of the life on our planet. The Amazon is the world’s largest and most bio-diverse tropical rainforest and a huge trap for carbon dioxide. The harms of _________ in this vital resource are old news. But now, the time on the clock is running out. It seems that the world’s biggest rainforest is about to turn into the world’s biggest environmental _________. “We are about to collapse,” says Luciana Gati at Brazil’s National Institute for Space Research. “We are in a(n) _________, we need action now.”

Gati has spent years _________ the Amazon from the air. She believes we are as little as five years from a point of no return, where rainforest begins to turn into dry land. It is also the point at which billions of tons of carbon would be _________ into the atmosphere. “It’s a nightmare,” she says.

That nightmare situation is the well-known Amazon _________ point, where the ecosystem can no longer cope with the damage of the forest cutting. Like a domino game, one brick falling will _________ the whole tower to collapse in a heap.

Warnings that this is approaching have now taken on extreme urgency. The rate of deforestation has increased sharply and is fast approaching the theoretical _________. In September, a group of more than 200 experts, including Gatti, released an assessment of the situation. The conclusion: we are on the _________ of disaster.

Scientists first began to seriously worry about a potential Amazon tipping point in about 2000, when some studies warned that a combination of climate change and deforestation could cause the rainforest to __________.

A few years later, a team of Brazilian scientists put numbers on it. They __________ that in central, southern and eastern parts of the Amazon, a loss of 40% of the forest cover from pre-industrial levels, or 3°C warming would reduce rainfall so much that the rest of the forest would die of __________ and turn into a dry land in less than a decade.

The scientists have since __________ that prediction, partly due to the global warming that has happened since 2000. The Amazon is already 1.2°C warmer than it was in pre-industrial times and is warming three times faster than the global __________. At that rate of warming, between 20 and 25% deforestation would be enough to dry up the land and destroy the Amazon completely.

“Either way, we would be wise not to exceed 20%”, says a scientist, “for the commonsense reason that there is no point in __________   the precise point of limit by tipping it.”

1.

A．fertilization

B．elimination

C．deforestation

D．frustration

2.

A．program

B．disaster

C．protection

D．regulation

3.

A．evolution

B．spotlight

C．condition

D．emergency

4.

A．measuring

B．observing

C．protecting

D．criticizing

5.

A．released

B．melted

C．turned

D．supplied

6.

A．tipping

B．disappointing

C．awarding

D．tapping

7.

A．build

B．turn

C．cause

D．make

8.

A．problem

B．prediction

C．aspect

D．limit

9.

A．base

B．edge

C．surface

D．track

10.

A．dry out

B．run down

C．pay off

D．rise up

11.

A．boasted

B．insisted

C．estimated

D．instructed

12.

A．thirst

B．starvation

C．cold

D．disease

13.

A．digested

B．revised

C．encouraged

D．previewed

14.

A．strategy

B．climate

C．average

D．system

15.

A．diagnosing

B．instructing

C．inquiring

D．discovering

9 . The news that Derby has approved what promises to be Britain’s largest urban rewilding project so far is very welcome. The 320-hectare Allestree Park will, subject to detailed consultation, be given over to a range of habitats and perhaps even see the reintroduction of species such as dormice and red kites.

Urban rewilding - which is not the same as urban green space, however extensive - can take many forms. They _________ from aiming to slow down the rate of species loss by _________ swift (雨燕) and sparrow boxes to new apartment constructions (there are now 247m fewer house sparrows than there were in 1980) to designating areas the size of Allestree Park.

But in fact, some of the most successful projects have been _________. Canvey Wick, a disused area of the Thames estuary, returned to a “self-wilded rainforest” that is now home to nearly 2,000 invertebrate (无脊椎的) species, including at least three _________ thought to be extinct. Rivers _________ natural wildlife corridors, working their way through cities, then linking them to countryside. The Guardian columnist George Monbiot gives the example of the River Wandle, which in the 19th century supported up to 90 factories, and was described as “the hardest worked river for its size in the world.” Now it teems with (充满着) wildlife, and the local authorities have considered _________ beavers (海狸).

Urban rewilding, _________, won’t make a massive difference to global heating, with only 6% or so of Britain is actually built on it. But giving nature freer rein (控制) in parts of towns and cities could help to mitigate (缓解) flooding, and to slow species loss. Importantly, about 83% of us live on the portion of the UK’s land that is classed as urbanised, and access to nature has also been shown to improve psychological well-being. One recent Canadian study found that adding just 10 trees to a city block had a big effect on people’s _________ of their health; research is beginning to find that increasing biodiversity can heighten that impact. And on a more general scale, those who _________ wildness are more likely to fight for it.

The pressure for development means that there will always be tension with __________ interests: the Swans-combe Peninsula in Kent, another self-wilded area that is home to 1,992 species of invertebrates, including 250 of conservation concern, is now __________ for the London Resort, including a theme park expected to destroy 76 hectares of priority habitat which forms a vital part of the ecological network. This loss would be __________ losing 140 football pitches (球场) __________ of nationally important habitat.

In these mid-pandemic, post-Brexit, austerity-bitten (财政紧缩的) times, the financial arguments can be hardest to __________ for councils short of cash, but the evidence that “we need nature as much as it needs us”, in the words of Jo Smith of the Derbyshire Wildlife Trust, is surely __________. With a bit of imagination, flexibility and commitment, many more urban areas could follow Derby’s example.

1.

A．differ

B．originate

C．range

D．develop

2.

A．transporting

B．attaching

C．leading

D．transforming

3.

A．mature

B．established

C．reputational

D．accidental

4.

A．specifically

B．fundamentally

C．previously

D．primarily

5.

A．bring about

B．serve as

C．contribute to

D．rely on

6.

A．breeding

B．launching

C．introducing

D．favoring

7.

A．by contrast

B．for instance

C．in itself

D．in the meanwhile

8.

A．appreciations

B．perceptions

C．insights

D．recovery

9.

A．encounter

B．sustain

C．create

D．promote

10.

A．recreational

B．political

C．industrial

D．commercial

11.

A．qualified

B．maintained

C．reserved

D．cultivated

12.

A．linked to

B．inseparable from

C．dismissed as

D．equivalent to

13.

A．value

B．profit

C．benefit

D．worth

14.

A．approve

B．counter

C．settle

D．consider

15.

A．fundamental

B．essential

C．overwhelming

D．obvious

10 . Directions: After reading the passage below, fill in the blanks to make the passages coherent and grammatically correct. For the blanks with a given word, fill in each blank with the proper form of the given word; for the other blanks, use one word that best fits each blank.

What Can One City Do?

People around the world are concerned about global warming and are talking about ways to stop it. The city of Cambridge, Massachusetts, in the United States, is doing more than just talking. Cambridge wants to become a world leader in energy-efficient buildings.

Today, Naema Omar is improving her 80-year-old house in Cambridge. To keep the heat inside in the winter, she is filling the space inside the walls with insulation(绝缘). Insulation is usually made from chemicals, but in her house, she is using     1     new - insulation made from recycled blue jeans and other clothes. She has also put in a new type of light called an LED lamp    2     uses only a tiny amount of electricity. The light-bulbs in it last for 20 to 30 years before needing     3     (change).

But eco-friendly insulation and lighting are much more expensive than the usual kind     4     many people in Cambridge can’t afford them. A group called Cambridge Energy Alliance (CEA)     5     (work) to solve this problem. They want to help every resident and business in the city conserve energy. People can ask the group to come and look at     6     they can make their house or office building eco-friendly. The CEA then makes them a plan to save 15 to 30 percent on heating, gas, water, and electricity. Then the group help people borrow money to pay for the improvements. The money that people save by being     7     (efficient) should be enough to pay back the loan.

It was ten years ago that the city of Cambridge decided to try to reduce its carbon emissions. More than 80 percent of the carbon dioxide     8     (produce) in Cambridge comes from buildings - not from cars     9     successful, the program will not only save a lot of energy but also make new jobs for local people. Workers    10     (need) to put in insulation, install better doors and windows, and make other energy improvements on buildings. The CEA hopes that their program will be an example for other cities.