I See Insects introduces emergent readers to a variety of common backyard bugs while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once.
I See Plants introduces emergent readers to a variety of plant characteristics while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once.
I See Rocks introduces emergent readers to a variety of rock attributes while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once.
I See Trees introduces emergent readers to a variety of tree attributes while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once.
This book relays the factual details of the dropping of the atomic bombs that took place during World War II. The narrative provides multiple accounts of the event, and readers learn details through the point of view of a Manhattan Project scientist, a witness in Hiroshima, and an aide to the US secretary of war. The text offers opportunities to compare and contrast various perspectives in the text while gathering and analyzing information about a historical event.
Detailed illustrations and simple text are paired within a board book format to introduce young readers to the growth cycle of a seed, from its planting to flowering.
Whoosh...the wind blows open a creaky gate. Inquisitive and mischievous, a homeless little cat scampers through - and suddenly finds herself in the wondrous world of an organic farm! Affectionately named "Molly" by the farmers who discover her, she romps, naps, and hunts among the vegetables. Seen through Molly's eyes, the reader discovers the interplay of nature that grows wholesome food. But what will happen to Molly when winter comes? Based on a true story, Molly will touch children's hearts while introducing them to plants and the key elements of growing food organically. Standards-based science concepts and activities at the end of the book expand the message of the story.
Why has coal been such a prominent energy source? How can renewable energies be stored most effectively? Linking science to practical applications and social issues to realistic goals, this new series orients ecologically conscious readers toward the future of Harnessing Energy. With a special section on historical moments involving the energy source, details on key inventors and notable discoveries, and statistics to back up objective reports, each title seeks to present a fully contextualized history of the featured energy form. A must-have for any STEM unit dealing with energy studies. In this title examine the ways in which coal has historically been used as an energy source and how current and future energy demands are changing its technical applications and efficiency levels.
The human body is an amazing thing. It also has some really strange traits! From boogers to brains, find out some really weird stuff about human bodies!
The boy and girl want to play in the snow. But, they can’t decide what to do. Will they be able to find something they both enjoy? Paired to the nonfiction title Where We Live.
Introduces readers to careers in social media by exploring and connecting the opportunities to the study of science, technology, engineering, art, and math. Gives an overview of various jobs related to social media and points out how each position relates to STEAM subjects.
Introduces readers to careers in Wildlife Conservation by exploring and connecting the opportunities to the study of science, technology, engineering, art, and math. Gives an overview of various jobs related to Wildlife Conservation and points out how each position relates to STEAM subjects.
Introduces readers to careers in space exploration by exploring and connecting the opportunities to the study of science, technology, engineering, art, and math. Gives an overview of various jobs related to space exploration and points out how each position relates to STEAM subjects.
Engineers are the reason we have everything from thumbtacks to rocket ships. But what do engineers think about? Where do they get their amazing ideas? Discover the ways engineers solve problems, learn about some engineering feats, and find out whether you may also think like an engineer.
Lions and bees and meerkats, oh my—these are a few of the many animals that survive and thrive in groups. Discover how group members help each other face life’s challenges. From finding food to raising young, some animals are just better off together
Imagine being able to taste or hear with your feet, or feel your way through the dark with your nose! Like humans, animals interact with the world through their senses. Unlike humans, many animals use their senses in truly unique ways to communicate, reproduce, and survive.
When you flip a light switch, it turns on the light. But how? Where does that energy come from? How does it get to the light bulb? Learn about all kinds of energy that power our world and how we can make sure we never run out!
What makes up every single thing in the universe? Teeny tiny specks called atoms. Atoms are the tiniest forms of matter, and matter is everything.
Make your own electronic devices. Turn on a light with pencil lead, run a clock with potatoes, experiment with play dough power, make touchscreen gloves, and transform a shoe box into a lamp. Who knew circuits could be so much fun?
¿Qué son las nubes? ¿Por qué las nubes tienen formas diferentes? Descubre de qué están hechas las nubes y cómo se forman
A scientific look at the natural processes that create waterfalls, and where they are likely to form.
A scientific look at how trees grow, why they are important, and how they make other trees.
A scientific look at how clouds are formed, why there are different types, and what you can tell about a cloud by looking at it.
A scientific look at how rainbows are formed, why we can only see part of them, and how your location determines if you see one or not.
Jumping, spinning, twisting, turning, racing—the power is in your hands. Make bots that jump and spin, build a rubber band racer and a bottle boat, power a boat and a car with air. Make machines that move!
