The Boy Made It!

    One Sunday, Nicholas, a teenager, went skiing at Sugarloaf Mountain in Maine. In the early afternoon, when he was planning to go home, a fierce snowstorm swept into the area. Unable to see far, he accidentally turned off the path. Before he knew it, Nicholas was lost, all alone! He didn't have food, water, a phone, or other supplies. He was getting colder by the minute.

    Nicholas had no idea where he was. He tried not to panic. He thought about all the survival shows he had watched on TV. It was time to put the tips he had learned to use.

    He decided to stop skiing. There was a better chance of someone finding him if he stayed put. The first thing he did was to find shelter from the freezing wind and snow. If he didn't, his body temperature would get very low, which could quickly kill him. Using his skis, Nicholas built a snow cave. He gathered a huge mass of snow and dug out a hole in the middle. Then he piled branches on top of himself, like a blanket, to stay as warm as he could.

    By that evening, Nicholas was really hungry. He ate snow and drank water from a nearby stream so that his body wouldn't lose too much water. Not knowing how much longer he could last, Nicholas did the only thing he could — he huddled (蜷缩) in his cave and slept.

    The next day, Nicholas went out to look for help, but he couldn't find anyone. He followed his tracks and returned to the snow cave, because without shelter, he could die that night. On Tuesday, Nicholas went out again to find help. He had walked for about a mile when a volunteer searcher found him. After two days stuck in the snow, Nicholaswas saved.

    Nicholas might not have survived this snowstorm had it not been for TV. He had often watched Grylls' survival show Man vs. Wild. That's where he learned the tips that saved his life. In each episode(一期节目) of Man vs. Wild, Grylls is abandoned in a wild area andhas to find his way out.

    When Grylls heard about Nicholas' amazing deeds, he was super impressed that Nicholas had made it since he knew better than anyone how hard Nicholas had to work to stay alive.

The World's Coolest Places

    There's nothing wrong with a relaxing week at the beach. But travel can also be an education, a step toward empathy(共鸣) and international understanding, so for those longing to escape the crowds this summer, encounter new worlds and return with a tale, here're a few little-known travel destinations I recommend.

    Sue Hendrickson is a self-taught fossil（化石）hunter. As a kid, Sue Hendrickson often walked with her head down. “People said, 'Look up. Smile!” she says. “Now, I realize I was born to look for things and just didn't know it.”

    Sue Hendrickson does more than look—she finds valuable things: Shipwrecks（沉船）with treasure, ancient sunken cities, and in 1990, she found Sue, the world's largest, most complete Tyrannosaurus rex（霸王龙）. Is Hendrickson lucky? Well, maybe. But she also knows how to look.

    “I limit the area where I'm going to look,” she says. No one knew the location of the sunken ship San Diego in the Philippines. For a year, Hendrickson and other researchers searched papers and sailors' diaries. “The descriptions of the ship's sailors led us to the wreck,” she says. The team also used a tool that can respond to metal. This tool found the San Diego. All the work paid off. The 400-year-old ship was complete, with valuable gold and silver coins.

    To find the dinosaur she calls “the biggest animal that ever walked on earth,” Hendrickson started with maps made to search for oil. What Hendrickson found was the largest and most complete T-rex found to date. The T-rex is 42 feet long with 200 bones! Because it is so complete, scientists were able to infer that Sue walked at about 6 miles per hour and did not run faster than 15 miles an hour. Before Sue was discovered, they thought T-rex was much faster. To learn more about T-rex Sue, go to the Field Museum in Chicago.

    There's plenty left to be found, Hendrickson says, including answers to mysterious such as how T-rex lived. “I tell kids that they need to grow up and work them out because all of us old persons haven't yet!”

Visit Chicago Children's Museum

    In brief:

    This museum offers plenty of fun hands-on activities for kids. However, this is one of the few Chicago museums not "fun for the whole family" as adults and older kids will be bored to tears.

    Address: 700 East Grand Ave. (Navy Pier), Chicago

    Phone: 312- 527-1000

    Public transportation:

    CTA bus lines # 29 (State Street), #65 (Grand Avenue), and # 66 (Chicago Avenue) all serve Navy Pier.

    Parking fees:

    · Monday through Thursday: $ 20

    · Friday through Sunday: $ 24

    · Holidays: $ 24

    Opening hours:

    · Weekdays: 10 a. m.-5 p. m

    · Weekends: 10 a. m.-8 p. m

    Entrance fees:

    ·Adults: $12

    ·Children: $12

    ·Seniors (65+): $11

    ·Children (under 5): free

    Activities:

    Located at one of Chicago's top tourist attractions, Navy Pier, the museum offers three floors of activities for kids, including:

    ·Play It Safe—all about home safety

    ·Inventing Lab—provides parts and instructions for creating things

    ·Kids Town—a playroom recreating a Chicago neighborhood where kids can pretend to do things like shopping for groceries and driving a CTA bus

    ·Climbing Schooner—a three-floor climbing building

    ·My Museum—kids get to create various pieces of art that are "all about me"

    ·Skyline—kids learn about skyscrapers and design their own buildings

    ·Tree House Trails—a play area designed like a forest

    ·Waterways—water activities showing how pumps and dams work

    Katherine Johnson, a brilliant mathematician at NASA (美国宇航局), began working on the space program in the 1950s. Many of NASA's first missions were made possible by her amazing calculations (计算).

    As a child, she loved to count. Her father placed great importance on education and insisted all four of his children go to college, working overtime to pay for it. Johnson said this atmosphere was important to her success. "I was always around people who were learning something. I liked to learn." She said.

    Johnson graduated from high school at 14 and college at 18. In 1953, Johnson started to work for NASA, doing the math that powered engineers' work. Then, because of her outstanding talent, she was moved to work on rockets with an all-male flight research team. As for Johnson, her calculations contributed to many of NASA's most important projects. In 1961, with the help of Johnson's work, Alan Shepherd became the first American to go into space. Johnson also lent her unbelievable talent to the success of the Apollo 13, which had trouble getting back to earth. She worked hard to calculate a safe path back to Earth for the astronauts.

    Johnson retired in 1986, but her huge contribution to the space program has only been reaching the public attention for the past few years. Part of that is because, as she is the first to admit, science is based on collaboration. "I never took any credit because we always worked as a team, it was never just one person," she said in a 2010 interview.

    Earlier this year, NASA named a new data center after her. She was also given a Silver Snoopy award, which recognizes "outstanding performance, contributing to flight safety and mission success."

    We love the sea. We swim into it, live near it, build beside it, and even imagine about living under the sea. But we're terrified of it, too. For much of our history, we have turned to "hard engineering" to control the marine (海洋) environment and manage its influence on us. We build dams, sea walls and channels. But all these efforts seem to fail. The sea has a habit of taking back its own. And we suffer.

    Johnston, a marine ecologist, is advocating for "blue engineering" — the marine version of the "green engineering" movement on land that has seen nations like Singapore building the walls and roofs of the concrete jungle with plant life.

    We are expanding further into the marine environment. This practice does harm lo marine ecosystems. We're loving the sea to death, but we've not been thinking about design of structures (建筑物) with respect to ecology. Some coastal structures create shade, which reduces the growth of seaweed. Bright lights at night contuse species such as turtles. That's why blue engineering comes in.

    Throughout the world people are starting to turn things around. Researchers with the World Harbour Project are creating tiles (瓦片) similar to the natural structures found on rocky shores with 3D printing technology. These make more attractive homes for marine creatures. Researchers are also actively seeding these tiles with local seaweeds and creatures such as the Sydney rock oyster, which is particularly good at improving water quality. Twelve harbours around the world are taking part in this marine tile experiment, each working with their own unique marine life.

    It's a far cry from, he days when huge number, of old tyres were thrown, into the sea to build "artificial reef" (礁石). Those clumsy early attempts are now costing millions to remove, showing just how far we have yet to go in understanding how best to co-habit with the underwater world.