The record of the
The record-breaking high tree, called Cupressus torulosa(西藏柏木),
Mainly distributed in southeastern Tibet, Cupressus, torulosa has a narrow distribution area and
The previous China tree height record
2 . How to create an indoor garden
If you’re looking for a way to brighten up your home, consider creating an indoor garden.
Deciding is probably the hardest part when it comes to creating an indoor garden because there are just so many plants to choose from. Start by thinking about what type of plants you want.
Now that you know what type of plants you want, it’s time to get the right potting soil and containers. Make sure to get a potting mix that is specifically designed for indoor plants.
Choose a bright location Once you have your plants and pots, it’s time to choose a location for your indoor garden.
In addition to watering, you’ll also need to add substance to your plants about once a month. This will help them grow and stay healthy. Just be sure to follow the instructions on the package. Don’t overdo it.
A.Give fertiliser monthly. |
B.How exactly can we make one? |
C.Follow the instruction correctly. |
D.But don’t worry, we’re here to help. |
E.This will help your plants grow strong. |
F.Do you want something that will blossom? |
G.Look for a spot in your home that gets a lot of natural light. |
Hawthorn (山楂) trees or bushes are a familiar sight in the UK, where they are often found
The use of hawthorn as a herbal medicine to protect the heart can be traced back for centuries. Its use
Hawthorn is now a popular heart remedy throughout Europe. It can help to protect the blood system that feeds the heart. Hawthorn can also contribute to mild chest pains
Hawthorn is regarded as one of the
4 . What if someone told you about a kind of grass as tall as the tallest trees? A grass as strong as steel? Would you believe that person? You should, for that grass is bamboo (竹子), which has more than 1,000 uses. It is not just a material for making useful products. Young bamboo is eaten, often mixed with other vegetables.
Bamboo grows in many parts of the world. In the USA it grows in many states like Virginia and Florida. Most bamboo, however, is found in wet and warm climates, especially in Asia and on the islands of the South Pacific Ocean.
In most Asian countries, bamboo is nearly as important as rice. This unusual material is used to not only build large buildings but also make water pipes, musical instruments and paper. There are over 1,000 kinds of bamboo. No wonder the lives of nearly half the people on earth would change greatly if there were no longer any bamboo.
1. According to the text, bamboo is actually a kind of .A.grass | B.steel | C.tree | D.vegetable |
A.Only in Asia. | B.Only in the USA. |
C.In wet and warm climates. | D.All over the world. |
A.Build large buildings. | B.Make water pipes. |
C.Make musical instruments and paper. | D.All of the above. |
A.Over 1,000. | B.Over 800. | C.Over 600. | D.Over 400. |
5 . Seagrass meadows(海草床) are wonder plants growing beneath the sea. They feed and shelter sea life and are masterful at storing carbon. Thanks to the assistance of tiger sharks, a huge seagrass meadow in the Bahamas Banks was recently discovered, offering the world a tool to fight climate change.
Seagrass has usually been detected by Earth-orbiting satellites that identify darker patches in the blue water. In this study, tiger sharks were selected as research tools due to their highly consistent associations with seagrass ecosystems. They spend 70% of their time in seagrass meadows. The team equipped eight tiger sharks with satellite tags (电子跟踪器), seven sharks with camera tags, and used a 360-degree camera on a shark for the first time ever.
The data researchers collected was astonishing. The world’s largest seagrass ecosystem, measuring at least 66,900 square kilometers, has been discovered. This reflects a 41% increase from previous estimates of global seagrass. Seagrass can capture (捕获) huge quantities of carbon by photosynthesis (光合作用) and stores it on the seafloor. In terms of climate change, this is excellent news; seagrass is 35 times faster a removing carbon than tropical rainforests. When referred to global seagrass carbon stock estimates, the study indicates that seagrass in the Bahamas may contain 19.2% to 26.3% of all the carbon stored in seagrass meadows on Earth.
Yet seagrass meadows are rapidly disappearing, with over 92% of meadows in the UK gone, according to the World Wildlife Fund. Scientists are collecting seeds and trying to grow new seagrass meadows through restoration projects. This new discovery offers optimism and proves the importance of the ocean for healing.
The sharks led us to the seagrass ecosystem in the Bahamas, which we now know is likely the most significant blue carbon sink(蓝色碳汇) on the planet. What this discovery shows us is that ocean exploration and research are essential for a healthy future. The untapped potential of the ocean is limitless. These meadows can be protected and can be replicated (复制,仿制), offering hope for climate change around the globe.
1. Why were tiger sharks chosen as research tools?A.They are more flexible than other sea animals. |
B.They can quickly adjust themselves to the deep sea. |
C.They have a strong connection with seagrass ecosystems. |
D.They can be easily equipped with experimental devices. |
A.The decline of global seagrass meadows. |
B.The impact of climate change on sea life. |
C.The rapid increase in the amount of carbon on Earth. |
D.The potential value of the world’s largest seagrass ecosystem. |
A.Planting more seagrass meadows. |
B.Developing new technology to collect seeds. |
C.Mapping the distribution of seagrass meadows. |
D.Encouraging people to join in restoration projects. |
A.The New Way of Removing Carbon |
B.The Significance of Ocean Exploration |
C.A New Discovery: World’s Largest Seagrass Meadow |
D.Tiger Sharks: Scientists’ Essential Helper to Study Climate |
6 . Growing flowers is not as difficult as it might seem at first glance.
The third step is to drill a small hole in a potato.
The final step is to cut out the bottom of the plastic bottle and then place it around the rose.
A.It should be just the size of the rose. |
B.You really don’t need to be a gardening professional. |
C.First of all, you need to choose a rose you really like. |
D.There is a simple trick that can be used to help roses grow. |
E.Once you, have prepared the soil, place the rose in the potato. |
F.Flowers are expensive, so why not grow them in your own garden? |
G.Now all you need to do is water the soil occasionally and have some patience. |
7 . With no special equipment, no fences and no watering, two abandoned agricultural fields in the UK have been rewilded (重新野化), in large part due to the efforts of jays, which actually “engineered” these new woodlands. Researchers now hope that rewilding projects can take a more natural and hands-off approach and that jays can shed some of their bad reputations.
The two fields, which researchers have called the New Wilderness and the Old Wilderness, had been abandoned in 1996 and 1961 respectively. The former was a bare field, while the latter was grassland—both lay next to ancient woodlands. Researchers had suspected that the fields would gradually return to wilderness, but it was impressive to see just how quickly this happened, and how much of it was owed to birds.
Using aerial data, the researchers monitored the two sites. After just 24 years, the New Wilderness had grown into a young, healthy wood with 132 live trees per hectare, over half of which (57%) were oaks. Meanwhile, the Old Wilderness resembled a mature woodland after 39 years, with 390 trees per hectare.
“This native woodland restoration was approaching the structure (but not the species composition) of long-established woodlands within six decades,” the researchers explained in the study.
Part of this reforestation was done by the wind, and researchers suspect that previous ground disturbance may have aided the woodland establishment—which is good news, as it would suggest that agricultural areas may be reforested faster than anticipated. However, animals—Eurasian jays, thrushes, wood mice, and squirrels—also played an important role in helping the forests take shape. This handful of species provided much of the natural regeneration needed for the forest to develop. Jays, in particular, seem to have done a lot of heavy lifting.
1. What does the underlined word “shed” in Paragraph 1 refer to?A.Be opposed to. |
B.Be ashamed of. |
C.Get used to. |
D.Get rid of. |
A.The scale of the woodlands. |
B.The diversity of the fields. |
C.The rate of the changes. |
D.The frequency of the wilderness. |
A.The woodland restoration was approaching the structure of long-established ones. |
B.Much of the wilderness of the fields was owed to birds. |
C.Previous ground disturbance aided the woodland establishment. |
D.How quickly the fields returned to wilderness over time. |
A.The essential role of humans in the reforestation. |
B.The factors that contribute to the reforestation. |
C.The importance of woodland establishment. |
D.The threats faced by a handful of wild animals. |
8 . A few weeks ago, I received a package containing a small batch (一批) of seeds from my friend. When I asked her what it would grow
I sowed the seeds in a beautiful flowerpot. In the first few days, I was excited to search for the slightest
I watered the plant carefully. I placed the plant in the sunlight and rotated (旋转) it for a
Bending down and carefully studying the seedlings, I could almost
Now they are taller than the edge of the pot,
I am certain that after a few more days, my coriander plants will be ready for
A.into | B.for | C.up | D.out |
A.gradually | B.incredibly | C.ultimately | D.intently |
A.samples | B.signs | C.routes | D.proofs |
A.apparent | B.distinct | C.conventional | D.massive |
A.allowed for | B.longed for | C.provided for | D.went for |
A.intense | B.violent | C.balanced | D.exceptional |
A.emerged | B.hatched | C.reserved | D.sank |
A.pray | B.assess | C.forecast | D.hear |
A.conflicted | B.facilitated | C.crowded | D.surrounded |
A.subsequently | B.constantly | C.extensively | D.merely |
A.howl | B.scream | C.thunder | D.whisper |
A.initiative | B.leisure | C.harmony | D.luxury |
A.possession | B.consumption | C.exposure | D.harvest |
A.breaking into | B.relating to | C.brightening up | D.wearing down |
A.touch | B.bunch | C.host | D.lot |
9 . For many people, catching a smell of freshly cut grass is a pleasant sign that warmer weather is here to stay. For the grass, however, this scent signals an entirely different story.
The smell we associate with freshly cut grass is actually a chemical SOS, one used by plants to beg nearby creatures to save them from attack. After all, when danger strikes —whether it's gardening equipment or a hungry caterpillar — plants can't lift their roots and run. They must fight where they stand. To protect themselves, plants employ a string of molecular (分子) responses. These chemical communications can be used to poison an enemy, warn surrounding plants of dangers or attract helpful insects to perform needed services.
Clearly, plants can communicate. But does that mean they can feel pain? According to some researchers, plants release gases that are the equivalent of crying out in pain. Using a laser-powered microphone, researchers have picked up sound waves produced by plants releasing gases when cut or injured. Although not audible to the human ear, the secret voices of plants have revealed that cucumbers scream when they are sick, and flowers cry when their leaves are cut.
There's also evidence that plants can hear themselves being eaten. Researches show that plants understand and respond to chewing sounds made by caterpillars dining on them. As soon as the plants hear the noises, they respond with several defense mechanisms.
For some researchers, evidence of these complex communication systems — giving out noises via gas when in pain — signals that plants feel pain. Others argue that there cannot be pain without a brain to register the feeling. Still more scientists infer that plants can exhibit intelligent behavior without possessing a brain or conscious awareness.
As they grow, plants can change their paths to avoid obstacles or reach for support with their tendrils (卷须). This activity comes from a complex biological network distributed through the plants' roots, leaves and stems. This network helps plants reproduce, grow and survive.
1. What does the smell of freshly cut grass signal?A.Warmer weather. | B.Being poisonous. |
C.Cry for help. | D.The need of services. |
A.By giving out gases. | B.By changing the color of their leaves. |
C.By producing audible sound waves. | D.By sharing it through the root systems. |
A.Their tendrils. | B.Their biological network. |
C.Their communication systems. | D.Their conscious awareness. |
A.Do plants feel pain? | B.How plants protect themselves? |
C.Do plants communicate? | D.How plants grow and reproduce? |