検索キーワード： 生物学

The muscular system is made up of three different kinds of muscles: skeletal muscles, smooth muscle, and heart muscle. But what does each kind of muscle do? And where in the body are they located? Explore the muscular system in this engaging and informative audiobook.

Wusstest Du, dass Ameisen sich selbst im Spiegel erkennen können und Delfine sich beim Namen rufen? Dass Ratten gerne gemeinsam lachen und männliche Orcas echte Muttersöhnchen sind, die noch mit 30 Jahren auf ihre Mutter angewiesen sind? Der Biologe Karsten Brensing weiß Verblüffendes über das Tierreich zu berichten. Auf spielerische Weise vermittelt er neueste wissenschaftliche Erkenntnisse genauso wie seine eigenen Erfahrungen aus der Arbeit mit Tieren.

Ida und ihre Freunde sind sich uneins. Sah die Erde schon immer aus wie heute? Klar, dass die Frage nur einer beantworten kann: der "Prof". Auf einer Radtour erzählt er den Freunden von der Entstehung der Erde, der Vielfalt der Pflanzen und Tiere und dem ewigen Kreislauf des Lebens. Zwar kann er keinen Reifen flicken, ist aber in Sachen Evolution absoluter Experte!

The globetrotting naturalists of the 18th century were the geeks of their day: innovators and explorers who lived at the intersection of science and commerce. Foremost among them was Carl Linnaeus, a radical thinker who revolutionized biology. In What Linnaeus Saw, Karen Magnuson Beil chronicles Linnaeus's life and career in readable, relatable prose.

This beginner's guide offers a first glimpse into the natural world of amphibians. In this addition to the acclaimed About series, educator and author Cathryn Sill uses simple, easy-to-understand language to teach children what amphibians are, how they look, how they move, what they eat, and where they live.

By building his own microscope, Antony van Leeuwenhoek advanced humanity's understanding of the oft-invisible world around us. Microbes are everywhere: in the soil and oceans, in snow, and inside our bodies. But in Antony van Leeuwenhoek’s time, people believed that what they saw with their own eyes was all that existed in the world. How did a simple tradesman - who didn’t go to college or speak English or Latin like all the other scientists - change everyone’s minds?

This highly curricular book teaches young listeners about different kinds of dormancy and which animals do what. Featuring creatures like ladybugs, chickadees, squirrels, and even alligators, this book won't put curious kids to sleep!

Science writer and plant expert Rebecca E. Hirsch presents fun and gross facts about a variety of plants along with explaining the science behind why they do what they do. Featured plants include the Venus flytrap, an African tree that houses stinking ants to protect itself from hungry animals, a "vampire vine" that sucks nutrients from other plants, and fiendishly invasive kudzu.

In nature, good defenses can mean the difference between surviving a predator's attack and becoming its lunch. Some animals rely on sharp teeth and claws or camouflage. But that's only the beginning. Meet creatures with some of the strangest defenses known to science.

What happens to the bodies of animals and humans after death? Nature's army of death eaters steps in to take care of cleanup. Without these masters of decomposition, our planet would be covered in rotting bodies. This high-interest science text dives into the science behind how bodies decompose.

Whether they're scrambling up trees or scampering across lawns, squirrels are fun animals to watch! Beginning audiences can learn about these furry backyard visitors through low-level text in this engaging title.

Mary Holland capta los primeros meses de la vida de un búho. Los grandes ojos y las esponjosas plumas se robarán el corazón de los lectores mientras aprenden cómo los padres de los búhos carabo norteamericanos preparan a sus jóvenes críos para el gran mundo fuera del nido. Acompaña a Otis mientras aprende a comer, pelea con su hermana, y se prepara para alzar el vuelo.

Encontrarse cara a cara con la vida salvaje es emocionante, pero esto, no es fácil. Cuando Camilo viene a visitar a su amiga Malena, él no puede esperar a ver toda la vida salvaje que el bosque tiene que ofrecerle - y está decepcionado cuando todo lo que ve, son unas cuantas aves. Juntos, los chicos salen de viaje en una caminata y encuentran abundantes señales de animales a lo largo del camino.

Spotting wildlife is a thrill, but it's not easy. When Cole comes to visit his friend, Helena, he can't wait to see all the wildlife the forest has to offer - and is disappointed when all he sees are a few birds. Together, the kids set out on a hike and encounter plenty of animal signs along the way. Through observation and her knowledge of animal behavior, Helena helps Cole learn what each of the signs means: Something had been there; something had done that.

¿Cómo es que algunos animales jóvenes saben qué hacer y cómo hacerlo? ¿Alguien le enseña a la oruga lo que debe comer? ¿Quién le enseña a los bebés tiburones a nadar? Algunas veces, los animales jóvenes aprenden cosas de sus padres, pero en otras ocasiones... ¡ellos ya saben! Explora los instintos animales a través de este atractivo texto y sus fantásticas ilustraciones. ¿Cómo es que algunos animales jóvenes saben qué hacer y cómo hacerlo? ¿Alguien le enseña a la oruga lo que debe comer?

¿Quién es la criatura más hambrienta en el mar del sur? El camarón antártico puede moverse en cardúmenes y el bacalao azul puede estar cazando para cenar, pero ninguno es lo suficientemente feroz como para estar en la cima de la red trófica. Este es un cuento con sabor a "pescado" sobre quién se come a quién. Los depredadores se vuelven presas y finalmente, sólo un animal llega a la cima. Bucea dentro del rítmico texto y averigua quién podría ser.

Este libro nos muestra de una manera muy atractiva las relaciones simbióticas de los animales grandes y pequeños.

From the "crocodile's dentist" to the "mongoose spa", Animal Partners takes a whimsical look at symbiotic relationships of animals large and small. Although many animals live in groups of the same kind, here you will learn how some animals form unique partnerships with different species. After all, don't we all need a little help from our friends?

When Sophia dreams that howling winds whisk the fur and feathers right off her animal friends, she shares some of her clothes with them. But her clothing doesn't work well for the animals. Seeing their disappointment, she offers to sew each one the "right" coat. Animals line up to explain what they need and why. Polar Bear needs white fur to stay warm and hide in the snow. Fish needs scales with slime. Snake needs scales, too, but dry ones. And how will Sophia make a prickly coat for Porcupine?

The monarch is perhaps the best known of all North American butterflies. Young listeners will learn about the monarch's cycles, from eggs, to larva stage, to pupa stage, to becoming the adult butterfly.

The creators of the award-winning science podcast for kids Brains On! present a humorous, fact- and fun-filled look at life on Earth - from deep-sea creatures and carnivorous plants to the human body and stinky bacteria. Perfect for STEM fans!

Southern white rhinos are in trouble. For years, a rumor has been spreading that their horns can be used to cure cancer, and poachers have been targeting these gentle creatures. Sandra Markle takes listeners behind the scenes to see how civilians, volunteer organizations, and African governments are working together to protect rhinos.

Ernest Everett Just was not like other scientists of his time. He saw the whole, where others saw only parts. He noticed details others failed to see. He persisted in his research despite the discrimination and limitations imposed on him as an African American. His keen observations of sea creatures revealed new insights about egg cells and the origins of life.

Do your eyes send out light like headlights? Does your liver create blood? Do bumps on your head tell what's inside your brain? At one time science supported wild notions like these! But later studies proved these ideas were nonsense. Discover science's biggest mistakes and oddest assumptions about the human body, and see how scientific thought changed over time.

Do bulls get angry when they see the color red? Do plants grow by snacking on soil? Are bats blind? At one time science supported wild notions like these! But later studies proved these ideas were nonsense. Discover science's biggest mistakes and oddest assumptions about plants and animals, and see how scientific thought changed over time.

Salty popcorn. Sweet watermelon. Your tongue lets you taste these things and more. But how does your sense of taste work? And how does it help you? Listen to this audiobook to find out! Learn all about your five senses in the Your Amazing Senses series - part of the Lightning Bolt Books™ collection. Lightning Bolt Books™ bring nonfiction topics to life!

The sweet smell of roses. The rotten smell of garbage. Your nose lets you smell these scents and more. But how does your nose work? And how does your sense of smell help you? Listen to this book to find out! Learn all about your five senses in the Your Amazing Senses series - part of the Lightning Bolt Books™ collection.

Do you see clearly? Or do faraway objects look blurry to you? Maybe objects in the distance look clear, but you have trouble reading close-up print. What determines how your vision works? Listen to this book to find out about how your genes affect your physical features.

What color is your hair? Human hair color ranges from white and light blond to black. Red is the least common hair color. What determines the color and texture of your hair? Listen to this book to find out about how your genes affect your physical features.

It takes seven years to digest swallowed gum. A penny placed on a train track can cause a train to derail. The average human consumes four spiders per year while sleeping. You may have heard some of these common sayings or beliefs before. But are they really true? Can they be proven using science? Let’s investigate 17 statements about familiar items and everyday events and find out which ones are right, which ones are wrong, and which ones still stump scientists!