検索キーワード： 科学・テクノロジー

The climate in a region affects all aspects of life. This book looks at polar climates. It explores the characteristics of the land and weather in regions with polar climates, and how plants, animals, and people have adapted to life in polar regions. The effects of climate change and other developments are also covered.

Ever wondered how we got from nothing to something? Or thought about how we can weigh the earth? Or wanted to reach the edge of the universe? Uncover the mysteries of time, space and life on earth in this extraordinary book - a journey from the centre of the planet to the dawn of the dinosaurs and everything in between. And discover our own incredible journey, from single cell to civilisation, including the brilliant (and sometimes very bizarre) scientists who helped us find out the how and why.

In autumn, a strong wind blows flower seeds high in the air and carries them far across the land. One by one, many of the seeds are lost — burned by the sun, fallen into the ocean, eaten by a bird.

One day in 1882, Thomas Edison flipped a switch that lit up lower Manhattan with incandescent light and changed the way people live ever after. The electric light bulb was only one of thousands of Edison’s inventions, which include the phonograph and the kinetoscope, an early precursor to the movie camera. As a boy, observing a robin catch a worm and then take flight, he fed a playmate a mixture of worms and water to see if she could fly! An accessible, appealing biography of the inventor.

There are many types of sugar used in the foods we eat. To stay healthy, we can't consume too many of those pesky added sugars!

This close-up looks at how scientists keep people safe by predicting and studying natural disasters teaches listeners about hurricanes, floods, tornadoes, and more. Each audiobook examines notable examples of disasters from the past, the cutting-edge technology scientists are using today, and the science behind these natural disasters. With fun facts and engaging discussion topics, this educational look at natural disasters is sure to introduce listeners to the lifesaving power of science.

Scholastic's best-selling Old Lady returns in this adventure series with a nonfiction twist that will make you laugh and learn! In this spin-off, the Old Lady turns into an Old Astronaut who travels through space, swallowing a moon...along with a star, a planet, a comet, a meteor, a rocket, and a satellite.... Why? Well, it went down just right, that bright satellite!

Follow us on a journey around all the body parts of birds, from eyes to beaks, to feet to tails. Find out all about how each body part works, what it looks like, and what it does and how each body part differs between species.

Imagine if the sunlight could not reach where you lived–the weather would be cold and slippery! The sun does not shine directly on the Arctic and Antarctica, causing the surrounding waters to freeze solid. The earth is tilted as it rotates around the sun, preventing the polar regions from getting enough sunlight. Can you guess how long it takes the earth to orbit the sun?

How does a kid grow up to become a scientist? This enthralling nonfiction book from New York Times bestselling author Kate Messner explores the unexpected beginnings behind some of the most fascinating discoveries in scientific history. This book of unexpected beginnings powerfully shows that the great scientists of the future could be practically anyone . . . including you.

Unlock your coding superpowers with "Python Programming for Kids: A Fun and Easy Guide to Learning Coding, Building Games, and Creating Projects"! Designed especially for young minds, this book transforms complex concepts into exciting adventures. Whether you're diving into Python for beginners 2024, looking for a Python quick start guide, or need a Python programming cheat sheet, this book has you covered.

Would you swim with sharks? Many people do! Marine biologists swim with sharks to learn more about these top predators. Snorkelers witness whale sharks and spy spotted leopard sharks. Some thrill-seekers even cage dive to get face-to-face with the giant toothy jaws of great whites!

How fast is the wind blowing? How much moisture is in the air? Meteorologists measure weather conditions to help answer these and other questions. Learn about the tools and systems they use. Find out how these measurements help people plan their days and prepare for any weather.

Behind the flips, splashes, and speed of Olympic water sports, science is at work. Gravity and centrifugal force are at work as a diver spins and flips before splashing into the water. Olympic swimmers shave their bodies to reduce drag as they zip through the water. Find out how science is involved in all your favorite water events and how athletes take science into account in their quest for the gold medal.

Have you ever wanted to launch your own rocket? This book shows you how! Using simple materials and easy step-by-step instructions, young listeners can explore the science behind this fun project.

What exactly is a primary source? How does it compare to other types of sources? Emerging listeners need to know the difference. Listeners will also be introduced to the concept of plagiarism, how to choose sources for their writing and reports, checking source dates and accuracy, and more.

This is a classic geography book for children by author and educator Virgil M. Hillyer.

Listen and relive the exciting tales from Highlights, now on audio! Learn how and why pinecones protect and release seeds and about how wind and water have shaped desert sandstone into giant rock formations, along with other stories about science and scientists.

Listen and relive the exciting tales from Highlights, now on audio! Learn how the Horsehead Nebula got its name and shape and what astronauts have to wear in space, along with other stories about outer space.

All the matter and light we can see in the universe makes up a trivial five per cent of everything. The rest is hidden. This could be the biggest puzzle that science has ever faced. Since the 1970s, astronomers have been aware that galaxies have far too little matter in them to account for the way they spin around: they should fly apart, but something concealed holds them together. That ’something' is dark matter - invisible material in five times the quantity of the familiar stuff of stars and planets.