2 . Earthquakes are one type of natural disaster you simply can’t see coming. Earthquake preparation is the best way to deal with a confusing time. Here’s something you need to know about how to prepare for an earthquake.

Examine weak points in your home and make a plan to strengthen them. Protect your space or your home by finding out dangers and fixing moveable things.     1     Push top-heavy pieces such as bookshelves away from beds or sofas, and move the heavier things onto lower shelves.

Create an earthquake safety plan with your family. It’s key to create and practice an emergency plan with your family so that everyone knows what to do during a time of an earthquake. Talk about ways each family member can act as a team.     2    

    3     It may be under a strong piece of furniture which can protect you from falling objects or against any inside wall away from windows, bookshelves, or tall furniture that could fall on you.

Learn earthquake emergency plans at your workplace, children’s school or daycare center. Disaster can strike at any moment.     4     It’s also wise to make a note of how you plan to communicate with each other and how to let loved ones know you’re safe. Remember that cell phones may be unreliable (不可靠的) after an earthquake.

    5     Earthquakes usually last around one minute but if the damage is big enough, you could be trapped for a much longer period of time. You should have a bag containing medical equipment, food, water, flashlights and so on.

3 . Since the 1950s, some 9.2 billion tonnes of plastic have been produced globally, of which only about 10% has ever been recycled. Yet environmentally conscious companies and consumers continue to look to recycling as a way to ease the plastic problem. Manufacturing giants claim to be committed to making more of their products and packaging from recycled materials. However, this confidence masks (掩饰) a complex web of issues around plastic recycling. Recycling rates remain extremely low and critics argue that we should look at alternative ways to tackle plastic pollution.

While many plastics have the potential to be recycled, most are not because the process is costly, complicated and the resulting product of a lower quality than the original. Despite rising demand for recycled plastic, few waste companies turn a profit. Part of this is because virgin plastic-linked to oil prices - is often cheaper than recycled plastic, meaning there is little economic incentive to use it. Worse yet, much of our plastic waste is difficult to recycle. Lightweight food packaging, like a mozzarella packet, contains different plastics, dyes and toxic additives (添加剂). This dirty mix means plastic recycled through mechanical methods- the most common form- can only be melted down and moulded (浇铸,塑造) again a couple of times before it becomes too fragile to be reused. And the nature of the process means plastic recycling has a carbon footprint of its own.

Given all of these difficulties, environmental critics say recycling is not the solution-and argue that creating more products from recycled material to attract environmental consciousness merely worsens the problem. “The solution is to use less plastic and to stop misleading the public about the recyclability,” says Enck, president of Beyond Plastics, a US campaign group with a mission to end single-use plastic. “They should stop making false claims about the recyclability of plastics since they know most will either be littered (乱扔) or burned or landfilled (填埋). Using less plastics means shifting to reusable products and relying more on paper, cardboard, glass and metal- -all of which should be made from recycled content.”

4 . Used clothing that you no longer wear can be donated to charities. And clothing with broken zippers or missing buttons can be repaired and worn again. But what do you do when your favorite shirt is too torn to wear or your socks have too many holes?

Every year in the UK, 336, 000 tons of unwanted old clothing and shoes are thrown out and sent to landfills (废物填埋场), according to Recycle Now.     1     So, instead of throwing away these old clothes, try one of these eco-friendly ways to give them a second chance.

One of the best ways to deal with unwanted clothing is to make it into something completely different. You can use pieces of old cloth as filling for pillows.     2    

Another very good way to reuse old textiles (纺织品) made of cotton like T-shirts is to cut the clothing up and use it as cleaning cloths around your home.     3     And they are greener than using microfiber cleaning towels that drop fibers when washed.

Besides, animal shelters are always looking for used towels and blankets to keep their animals warm.     4     And while you are throwing away your textiles, remember that shelters could use donations of unopened pet food and things too.

    5     Green Life is one of them. For a small fee, Green Life will ship you a bag that can be filled with up to 25 pounds of used clothing and sent to the company for reuse. When the bag is received, the sender receives a small amount of money to be used on the company’s website. Everything Green Life sells is made of recycled fibers.

China is affected by natural disasters easily. When a disaster     1     (strike), how a country responds to disasters makes the difference between life and death. Since the 2008 Wenchuan earthquake, from which China suffered     2     (serious), disaster prevention and control have become top priorities for the Chinese government. One important aspect is the establishment of an     3     (effect) earthquake monitoring and early warning system. The China Earthquake Networks Center will confirm the location and magnitude (里氏级)     4    sending out alarm messages to the public.

China’s ability to respond to disasters stands out, as it can quickly deploy (部署) rescue forces and resources. It     5     (establish) 27 professional teams for various types of rescue work so far,     6    ensures a 24 hour on duty emergency response.

China also has an outstanding ability in post disaster     7     (recover) and reconstruction. The reason is that it is able to organize and combine resources from various departments     8     (repair) basic facilities and restore essential services such as power, water supply and communication. This reduces     9     impact of secondary disasters and helps those affected by disasters rebuild their lives.

Disaster relief is a comprehensive effort that requires a whole society working together. China sets an example of how to prevent loss and save lives by     10    (put) people first.

6 . There are some fascinating data about the world’s forests! About 30 percent of the earth’s land is covered in forests, and 300 million people call forests home. A further 1.6billion people rely on forests to survive.

Now, keeping these numbers in mind, consider this fact: the world loses over 32million acres of forest each year. When forests disappear, we not only miss out on all the ways they make us healthier, we also lose an essential resource. This is why preserving forests, and nature, is more important than ever. The key is to connect with nature, for example, forest bathing.

In the way that forest bathing requires, we start to experience and appreciate all its beauty and benefits, through involvement with nature by using all our senses. Many governments, businesses, and institutions have realized the importance of this and have created plans to deepen mutually beneficial relationships between people and nature. It’s not just wild forests that need attention, urban parks and forests are equally important. Despite losing trees to real estate (房地产) developments and road construction, many cities have found creative ways to introduce more trees and forests. In Paris, for example, a nineteenth century railway was turned into a park that stretches nearly three miles. There’s one more thing that’s essential to the protection of forests-helping children connect with nature. Not only is this good for their overall well-being, but studies show that children who spend time in nature become adults who understand the importance of protection. Around the world, many schools have started using parks and green spaces as classrooms. Measures like these will help ensure that future generations can also enjoy the benefits of forests.

8 . In recent years, lots of American companies have gotten behind a potential climate solution called carbon capture and storage, and the government has backed it with billions of dollars in tax preferences and direct investments. The idea is to trap planet-heating carbon dioxide from the smokestacks of factories and power plants and ship it to sites via thousands of miles of new pipelines. Communities nationwide are pushing back against these pipeline construction and underground sites, arguing they don’t want the pollution running through their land.

Now the U. S. Forest Service is proposing to change a rule to allow storing this carbon dioxide pollution under the country’s national forests and grasslands. “Authorizing carbon capture and storage on National Forest System (NFS) lands would support the Administration’s goal to reduce greenhouse gas emissions by 50 percent below the 2005 levels by 2030,” the proposed rule change says.

Some experts, like June Sekera, a research fellow with Boston University, question the timing of the proposed rule change, given community pushback across the country to pipelines planned on private land. Yet she says the Forest Service proposal to open up national parks for CO2 storage is “an end run around local towns and counties. And it’s a much simpler and way less expensive route.”

In an email, Scott Owen, press officer for the Forest Service, writes that the proposed rule change would allow the Forest Service to consider proposals for carbon capture and storage projects. He writes that any proposals must still pass through a secondary screening, adding, “The Forest Service has been ‘screening’ proposals for use of NFS lands for over 20 years as a means to be increasingly consistent in our processes and also be able to reject those uses that are inconsistent with the management of the public’s land. ” He notes the Forest Service currently does not have any carbon capture project proposals under consideration. The Forest Service has opened public comments on the proposed rule change until Jan. 2, 2024.

10 . The streets, sidewalks and roofs of cities all absorb heat during the day, making some urban areas across the United States up to 6 degrees Fahrenheit hotter than rural ones during the day—and 22 degrees F hotter at night. These “urban heat islands”   can also develop underground as the city heat spreads downward, beneath the surface. And basements, subway tunnels and other underground infrastructure also constantly bleed heat into the surrounding earth, creating hotspots. Now the underground heat is building up as the planet warms.

According to a new study of downtown Chicago, underground hotspots may threaten the very same structures that emit the heat in the first place. Such temperature changes make the ground around them expand and contract (收缩) enough to cause potential damage. “Without anyone realizing it, the city of Chicago’s downtown was deforming,” says the study’s author Alessandro F. Rotta Loria, a civil and environmental engineer at Northwestern University.

The findings, published in Communications Engineering, expose a “silent hazard (危险)” to civil infrastructure in cities with soft er ground — especially those near water — Rotta Loria says. “There might have been structural issues caused by this underground climate change that happened, and we didn’t even realize,” he adds. While not an immediate or direct danger to human lives, this previously unknown effect highlights the impacts of a lesser-known component of climate change.

Similar to climate change above the surface, these underground changes occur over long periods of time. “These effects took decades, a century, to develop,” Rotta Loria says, adding that elevated underground temperatures would likewise take a long time to dissipate (逐渐消失) on their own.

But other researchers interviewed for this story all say this wasted energy could also be recycled, presenting an opportunity to both cool the subsurface and save on energy costs. Subway tunnels and basements could be updated with technologies to recapture the heat. For example, water pipes could be installed to run through underground hotspots and pick up some of the heat energy.