Titres dans Biologie

Whether you're an amoeba, a human, or anything in between, you need water to survive. But why? Find out in this informative Q & A.

Like you, most animals have eyes. But how and what they see can be very different.

You're probably familiar with many of the common categories scientists use for animals: warm-blooded or cold-blooded, nocturnal or diurnal. But what about the animals that don't fit in? Sharks cannot be classified as warm or cold-blooded—they are somewhere in-between. And Eurasian eagle owls don't hunt during the day or night. Instead, they swoop through the trees at dawn and dusk. Author and science educator Jessica Fries-Gaither introduces eight common categories scientists use and the animals that break those rules.

In "I Can Be A Scientist" young listeners embark on an enchanting adventure of discovery and wonder. This vibrant book takes children on a journey through the exciting world of science, from conducting colorful experiments to uncovering nature's secrets.

Un recorregut increïble per l'interior del cos humà per a petits i grans. La Bio i la Medi són germanes bessones molt curioses. Els encanta saber com funcionen i de què estan fets tots els elements que ens envolten, des d'aparells com telèfons i televisors fins a les plantes i els animals. Però un bon dia la Bio es posa malalta i les dues s'adonen que no saben com funciona el cos humà! Per ajudar la seva germana, la Medi pren una poció per fer-se petita i entrar dins el seu cos per saber què va malament.

Your child will learn about the human body in English & Spanish!

This story about Jane Marie's journey with Type 1 Diabetes will answer many of the common questions about T1D. It will also help you better understand your friend, even if their journey is a little bit different. When you have more questions, just ask your friend, a teacher, a parent, or another adult to help you find out answers and, perhaps, even more questions to ask!

Animals paint the world with color! Listeners of this series will discover what gives birds, mammals, and other creatures their vivid hues. Learn how animals use their color to blend in, stand out, and survive in the wild!

Why do mandrills have blue faces? What makes a parrot's feathers so bright? Learn these answers and more about some of nature’s most colorful creatures in Science Behind the Colors. Each book highlights a specific animal, detailing how and why the animal gets its colors, how and why its colors change, and what purpose the colors serve. This volume includes Poison Frogs, Rainbow Boas, and Sea Slugs.

Why do mandrills have blue faces? What makes a parrot's feathers so bright? Learn these answers and more about some of nature’s most colorful creatures in Science Behind the Colors. Each book highlights a specific animal, detailing how and why the animal gets its colors, how and why its colors change, and what purpose the colors serve. This volume includes Flamingos, Frilled Lizards and Goldfinches.

Why do mandrills have blue faces? What makes a parrot's feathers so bright? Learn these answers and more about some of nature’s most colorful creatures in Science Behind the Colors. Each book highlights a specific animal, detailing how and why the animal gets its colors, how and why its colors change, and what purpose the colors serve. This volume includes Mandarinfish, Mandrills, and Parrots.

What animal has the biggest eyes? Why do elephants have enormous ears? This series explores different animal parts and demonstrates how and why these parts vary throughout the animal kingdom. Each title introduces listeners to four animals whose distinct body parts are unique and important.

Have you ever heard of a mammal that lays eggs? What about a mammal that can give birth to 50 babies at once? Young listeners learn all about echidnas, Tasmanian devils, and other mammals with unusual life cycles.

A seed falls from a plant. A mouse eats the seed. An owl eats the mouse. Each animal gets energy from its food. How does energy flow from one living thing to another? Let’s investigate food chains and food webs!

Learn about the science behind reading and how the cerebellum, neurons, and optic nerve all work together to make words come alive.