Mr. Hopkins said, "We have a verywide choice of items for sale. Whenever I serve a new customer, I take hispicture. "  Mr. Hopkins pointed toan ancient camera on a table.

    I began to appreciate the lovely itemson sale. I spent a very pleasant hour being shown the commodi-ties inthe shop. Finally,  I bought an antiquejewelry box, a pair of riding boots and a sewing machine.

    I was very excited that I had found sucha good little shop. "I will tell all my friends about your love-ly place." I told the shopkeeper. "Please don't do that, sir. " said Mr.Hopkins. "This is a special place for special people. You must keep thisshop a secret. " Then he took my photograph and handed me the picturestraight away.

    " That was quick! " Iexclaimed. In the picture I looked proud and excited holding the presents I hadbought there.

    On Christmas Day, my friends andrelatives were delighted with the presents I had bought for them.

    For weeks, my brother begged me to takehim to the wonderful little shop. I finally agreed.

We walked along Oxford Street, past thedepartment store and found—nothing. In its place was an empty space beingused as a car park. I checked the area again. There was the music shop, andthere was the department store. In between should have been Hopkins and Son,but it wasn't there.

    Just then, an old policeman came."Are you looking for something, sir?" he asked. "I am lookingfor a little shop called Hopkins and Son. "

    "Oh yes, there was a shop here'once called Hopkins and Son. But it was knocked down over 30 years ago. "

    I looked again at the place, then Ireached into my pocket and took out the photograph that Mr. Hop-kins had takenof me holding my presents in the little shop.

    " How strange!"  I screamed.

    Sound travels very well through water-much better, in fact, than it does through air. So it shouldn't be surprising that many ocean animals make noise. They use sound to communicate and hunt. As biologist Brandon Southall says, “Their whole world is related to sound.”

    Dolphins whistle, organizing hunts. Lovesick whales sing so loudly they can be heard hundreds of miles away. But these days they aren't the only ones sounding off. They have more and more competition from human machines.

    Every day, thousands of huge container ships sail across the world's oceans. On top of the engine noise, the ships' propeller (螺旋桨) make a loud noise all the time. All that can make it hard for ocean animals trying to listen out for friends, or dinner. Animals swimming nearby a ship can be deafened or even killed.

    Underwater construction can also be dangerously loud. When construction machines called pile drivers were used during repairs to the San Francisco-Oakland Bay Bridge, dead fish appeared.

    Geologist (地质学家) pound on the seafloor too, trying to find oil wells and map Earth's surface. The results are useful lo science, but all that hammering probably gives ocean animal a headache.

    As people realize how important sound is to ocean animals, they are looking for ways to reduce human noise. Ships could get quieter just by slowing down. Engineers are also trying to find quieter propeller ships.

    Now some companies are using a simple invention called a bubble curtain, which makes sound waves passing through it lose energy and gel quieter. It seems to work - when bubble curtains were fixed on the San Francisco bridge project fish deaths dropped.

    We still have a lot to learn about sound in the oceans, but together we can help keep the sea a quieter place.

    This is a true story that happened in Japan. In order to repair the house, a Japanese tore open the walls. Japanese houses normally have an empty space between the wooden walls. When pulling down the walls, he found that there was a lizard(蜥蜴) staying there because a nail(钉子) from outside was hammered into one of its feet. He saw this, feeling pity and curious. When he checked the nail, he found it was nailed 10 years ago when the house was first built.

    What happened? The lizard had survived in such a position for 10 years! It has been in a dark wall partition(夹层) for 10 years without moving! Then he wondered how this lizard survived for 10 years without moving a single step—since its foot was nailed! So he stopped his work and observed the lizard: What has it been doing? What and how has it been eating? Later, he didn't know from where another lizard appeared, with food in its mouth. Ah! He was astonished and touched deeply. The free lizard had been feeding it for the past 10 years.

    Such love, a beautiful love! Such love happened with this tiny creature… What can love do? It can do wonders! Just think about it: one lizard had been feeding the other for 10 long years, without giving up hope on its partner. If a small creature like a lizard can love like this, just imagine how we can love if we try.

    Despite an advertisement campaign suggesting wall-to-wall special effects, “Bridge of Terabithia” is grounded in reality far more than in fantasy. Adapting Katherine Paterson's award-winning novel, the screenwriters David Paterson and Jeff Stockwell have produced a thoughtful and extremely affecting story of a transformative friendship between two unusually gifted children. The result is a movie whose emotional depth could appeal more to adults than to their children.

    Jess Aarons (Josh Hutcherson) is a sixth grader with four sisters, financially tensed parents and a talent for drawing. An introverted(内向的) kid who is regularly picked on by the school buses, Jess forms a bond with a new student named Leslie (Anna Sophia Robb), a free spirit whose parents, both writers, are fondly neglectful. An attraction between outsiders, their friendship feeds on her words and his pictures; together they create an imaginary kingdom in the woods behind their homes, a world they can control and where their minds can wander free.

    Beautifully capturing a time when a bully in school can occur as large as a monster in a nightmare and the encouragement of a teacher can alter the course of a life, “Bridge to Terabithia” keeps the fantasy in the background to find magic in the everyday. Gabor Csupo directs this, his first feature, like someone close to the pain of being different, fascinated in tiny, perfect details.

    With strong performances from all the leads, “Bridge to Terabithia” is able to handle adult topics with sensitivity. As the emotional landscape darkens, those who haven't read the book may be surprised at the sorrow the filmmakers cause without ever resorting to horror or terror. In other words, your children may cry, but they won't be traumatized so badly.

    Consistently smart and delicate as a spider web, “Bridge to Terabithia” is the kind of children's movie rarely seen nowadays. At a time when many public schools are being forced to cut music and art from the curriculum, the story's insistence on the healing power of a cultivated imagination is both welcome and essential.

    The Dickens Exhibition

    Date： 9 June, 2018—10 December, 2018

    Location: Museum of London

    It celebrates the 205th anniversary of the birth of Charles Dickens. By recreating the atmosphere of Victorian London through sound and projections (投影画），you'll be taken on an unforgettable journey to discover the city that inspired his writings.

    Paintings, photographs， costumes and objects will explain different themes that Dickens wrote into his works， while rarely seen manuscripts (手稿）including Bleak House and David Copper field will offer introduction to his creative genius.

    During your visit you'll discover how Dickens' childhood experiences of London were introduced into the stories he wrote. The great social questions of the 19th century will also be examined, all of which set the scene for Dickens' greatest works.

    Highlights of the exhibition will include an exciting audio-visual experience, and a special film shot by one of the UK's leading documentary filmmakers.

    Packages include afternoon entry (1:00 pm—4:00 pm) to the exhibition plus overnight accommodation at a nearby hotel. If you wish to visit the exhibition the day after your hotel stay, please call our reservation department. Call： 08712212717.

    Book a trip online with us, with tickets to Dickens London Exhibition afternoon entry and hotel accommodation included in the price. All taxes included. No credit card fees No booking fees. No discount.

    Price Information： a package costs an adult £120 and a child (age 4 — ^5)尤⑻ afternoon entry costs an adult £28 and a child (age 4 — 15) £14.

    Scientists in Britain have managed to teach bees to pull strings (线) to get to food and then pass on what they have learned to others in their colony (群体) — showing a high level of intelligence despite their tiny brains.

    Researchers at Queen Mary University of London said the experiments, often used to test the intelligence of apes (猿) and birds, showed for the first time that some insects are up to the task, and can also pass skills on through several generations.

    The findings add to the evidence suggesting the ability for "culture spread"— the ability to learn and pass on knowledge and skills — may not be exclusive to humans.

    In the research, published in the journal PLOS Biology on Tuesday, the scientists were able to train 23 out of a group of 40 bees to pull strings with their legs and feet.

    The strings were attached to discs — or artificial "flowers"— containing food at their center but placed under a transparent (透明的) screen. The bees, spotting the food beneath the screen, learned to pull the "flowers" out by pulling the string with their legs and feet to be able to get to it.

    From another group of bees given the chance to solve the task without any training, only two of 110 were successful.

    Another group of bees was then allowed to observe the trained bees pulling the strings, and 60 percent of them successfully learned the skill. Finally, trained bees were put in colonies, and the scientists found the technique spread successfully to a majority of the colony's worker bees.

    Lars Chittka, a Queen Mary University professor who guided the project, said the team is interested in figuring out the brain processes behind the bees' learning and teaching skills.