From The Wave to The Old Man of Hoy, there are many different rock formations out there. But what type of rocks are these famous rock shapes made of? Learn all about super sedimentary rocks, including how they form, the ways they move from one place to another, and more. A final science lab activity engages young readers to get creative with what they’ve learned. It’s a rockin’ good time on Earth!
Beaches are full of small, grainy rocks called sand. They are made of different kinds of rocks, minerals, and even shells! But how did all that sand get there? Learn all about rockin' sand, including how it forms, how it travels from one place to another, and more. A final science lab activity engages young readers to get creative with what they’ve learned. It’s a rockin’ good time on Earth!
There are thousands of different kinds of rocks on Earth. They come in many different sizes and colors. But what are rocks made of? Learn all about mighty minerals, including how they can be found in rocks all around, what they're made out of, how they're used, and more. A final science lab activity engages young readers to get creative with what they’ve learned. It’s a rockin’ good time on Earth!
Statues are carved out of rock. What type of rock are these amazing depictions carved from? Learn all about magnificent metamorphic rocks, including how they form, what they're made out of, how they're used, and more. A final science lab activity engages young readers to get creative with what they’ve learned. It’s a rockin’ good time on Earth!
Boom! A volcano erupts in the distance with thick, orange liquid flowing down its slopes. As time passes, the lava hardens and cools into a solid rock. But what type of rock is it? Learn all about incredible igneous rocks, including how they form, what they're made out of, how they're used, and more. A final science lab activity engages young readers to get creative with what they’ve learned. It’s a rockin’ good time on Earth!
There are thousands of different kinds of rocks on Earth. But how did they all get there? Most of the rocks around us are millions of years old, and they are always changing into new ones. In fact, it’s happening right now—deep beneath your feet! Explore the three main types of rocks that make up the rock cycle with colorful and illustrative diagrams. A final science lab activity engages young readers to get creative with what they’ve learned. It’s a rockin’ good time on Earth!
My kite flies high in the sky on a blustery day. It can be fun to play in the wind. But how does wind form, and what does it mean for the forecast to come? Learn all about this wonderful weather through simple text, fun photos, and helpful infographics that bring this science curriculum to life.
White flakes fly on a cold winter’s day. It can be fun to go sledding in the snow then warm up inside with a cup of cocoa. But how does snow form and fall? And what can we do to stay safe when it snows? Learn all about this wonderful weather through simple text, fun photos, and helpful infographics that bring science curriculum to life.
Drip, drip, drop! It can be fun to splash through puddles in the rain. But how does rain form and fall? And what are ways we can stay safe when rainy weather turns dangerous? Learn all about this wonderful weather through simple text, fun photos, and helpful infographics that bring science curriculum to life.
I splash and play in the sprinkler as the sun beats down on the hot day. It can be fun to slurp up ice cream to cool down during a heat wave. But how do we get hot weather? And what are some ways to stay safe under the sun? Learn all about this wonderful weather through simple text, fun photos, and helpful infographics that bring science curriculum to life.
The mercury is dropping, and I can start to see my breathe in the chilly air. It can be fun to play in snow and them warm up with hot cocoa on a cold day. But how do we get cold weather? And what are some ways we can stay safe in freezing temps? Learn all about this wonderful weather through simple text, fun photos, and helpful infographics that bring science curriculum to life.
Puffy, white clouds float high in the sky. It can be fun to look for shapes in the clouds. But how do clouds form, and what do they mean for the forecast to come? Learn all about this wonderful weather through simple text, fun photos, and helpful infographics that bring science curriculum to life.
Describes the history of the Hoover Dam, why and how it was built, and how it works. Additional features include a table of contents, sidebars, infographics, Fast Facts, critical thinking questions, a phonetic glossary, an index, information about the author, and sources for further research.
Floods teaches students how too much water can damage the earth and hurt people. After learning about why floods happen, students learn how people try to predict and stop flooding.
Erosion explores how change to the earth can happen slowly due to natural disasters, wind, and other natural elements. After learning about weathering, students discover different forces, or causes, of erosion and see photographic examples of erosion
In Earthquakes, students learn about what causes earthquakes and why the happen in certain parts of the world. Pictures and graphs show how scientists measure the impact of an earthquake, along with how students can be prepared if they live in an are
Volcanoes explores how volcanoes are formed and what happens when they erupt. Diagrams and photographs illustrate the different types of volcanoes and examples of them from around the world.
Caves explores what a cave is, including the different sections of a cave. Readers also learn about the different ways caves can form and common structural elements, such as stalactites and stalagmites.
In Can You See the Wind?, readers learn about what wind is and how scientists measure it to predict the weather. The book explores the properties of air, how moving air is wind, and how wind socks, wind vanes, and anemometers are used to measure the
This gorgeously illustrated picture book is a celebration of summer vacation and West Coast island life. Every day is different on Gran's island in the Salish Sea as granddaughter climbs big-leaf maples, eats blackberries, explores tide pools and sandstone caves and examines ancient middens and petroglyphs. She and Gran watch harbor seals sunning themselves and Gran's neighbor carving an eagle out of a piece of cedar while drinking fresh nettle tea. And on her way home, our young narrator sees a pod of orcas, breaching, tail lobbing and spy-hopping as she says goodbye to the island for another summer.
Polar bears and penguins live in similar climates, but they never, ever meet. What if they had a party together? The penguins of Antarctica write a letter inviting the polar bears of the Arctic to join them at the South Pole to celebrate their longest day of the year. But how will the polar bears get there? It's such a long journey—will they make it in time? What will they bring? And what will happen when they arrive? Dear Polar Bears combines a playful story of friendship with humorous imagery depicting the differences between Earth's polar regions. With fun facts about penguin and polar bear species, the distance between the poles, and the summer solstice, this will be the most exciting party thrown by penguins you've ever attended.
Find out why leaves turn orange, yellow, red, and purple in the autumn before falling to the ground. Additional features to aid comprehension include colorful images, informational diagrams, hands-on activities, detailed captions and callouts, a table of contents, a phonetic glossary, sources for further research, and an introduction to the author.
Find out what causes spring, summer, fall, and winter and how different parts of Earth experience the seasons. Additional features to aid comprehension include colorful images, informational diagrams, hands-on activities, detailed captions and callouts, a table of contents, a phonetic glossary, sources for further research, and an introduction to the author.
Find out how the atmosphere makes the sky look blue during the day and orange and red at sunrise and sunset. Additional features to aid comprehension include colorful images, informational diagrams, hands-on activities, detailed captions and callouts, a table of contents, a phonetic glossary, sources for further research, and an introduction to the author.
Find out how clouds and fog are formed and how they are alike and different. Additional features to aid comprehension include colorful images, informational diagrams, hands-on activities, detailed captions and callouts, a table of contents, a phonetic glossary, sources for further research, and an introduction to the author.
