Natural resources, renewable resources, and nonrenewable resources are types of resources that we rely on every day. However, some of these resources are being overused and may run out if we aren’t careful. Discover the impact you can have on Earth and the wonderful resources it has to offer by reading through the pages of this e-book. Vibrant, colorful images and photographs fill the pages paired with high-interest informational text, fun facts, an easy-to-navigate table of contents, and a helpful glossary and index. To bring concepts to life, a “Think Like a Scientist” activity that supports STEM instruction is included at the end of the e-book.
Don't get caught wearing flip flops in the snow! Knowing about the climate of different places will prepare you for any kind of weather. Take a trip from the equator to the polar regions of Earth and learn about the different climate zones in this exciting e-book. Teach third-grade students about the distinct features of climate zones categorized by latitudinal location. In this high-interest informational text filled with engaging photographs, students will enjoy exploring nonliving features that affect climate development, climate's effects on living things, and the patterns of climate change recently identified by scientists. Aligned to the Next Generation Science Standards, a hands-on “Think Like a Scientist” lab activity is included at the end of this e-book, providing students with an opportunity to apply what they've learned in the text. Helpful diagrams and text features, such as a glossary and index, are also included to improve content-area literacy and support STEM education.
Will you need a jacket today? You would if it’s going to be like the coldest day on record: -134°F! We depend on the weather forecast to help us make choices every day. But how do meteorologists make their predictions? Join storm chasers and explore the tools they use to measure and track invisible patterns in the sky in this exciting e-book. Teach third-grade students about measuring temperature, wind speed, air pressure, rain, and more with the colorful images and fun facts in this high-interest informational text. Featuring a hands-on “Think Like a Scientist” lab activity that is aligned to the Next Generation Science Standards and instructions for making tools such as a thermometer, barometer, and anemometer, this e-book helps students apply what they've learned in the text and supports STEM instruction. Helpful diagrams and text features, such as a glossary and index, are also included to improve content-area literacy.
The Earth's surface is always changing. Learn how weathering and erosion constantly reshapes the earth through wind, water, and more! Even people can drastically change the earth's surface. With the help of easy-to-read text and bright, colorful images, this reader simplifies challenging scientific topics while keeping students engaged from cover to cover. This reader also includes instructions for an engaging science activity where students can see what happens when land erodes. A helpful glossary and index are also included for additional support.
What are food webs and how do they affect our environment? Discover the ways in which energy is transferred through interdependent living things in this engaging e-book! Third-grade students will enjoy learning about producers, consumers, and decomposers through this high-interest informational text filled with fun facts and colorful images. Aligned to the Next Generation Science Standards, a “Think Like a Scientist” lab activity is included at the end of the e-book to provide students with an opportunity to apply what they've learned in the text. Helpful diagrams and text features, such as a glossary and index, are also included to improve content-area literacy and support STEM education.
Learn all about rocks and minerals and how we study them. Almost all rocks are made of minerals. Learn about the three different types of rocks: igneous rocks, sedimentary rocks, and metamorphic rocks. A rock can even transform over millions of years from one type of rock to another during the rock cycle. Easy-to-read text paired with vibrant images keep students engaged from cover to cover. This reader also includes instructions for an engaging science activity where students can see how crystals form. A helpful glossary and index are also included for additional support.
The land, water, and air on our planet are always changing! Learn about the water cycle, the rock cycle, volcanoes and earthquakes, fires and floods, adaptation, and more. The earth is always changing, but it is just a part of life. Vibrant images pair with easy-to-read text to keep students engaged from cover to cover. This reader also includes instructions for an engaging science activity where students can plant some seeds to see how living things change. A helpful glossary and index are also included for additional support.
Learn about the water bodies that cover the earth, including ponds, rivers, oceans, seas, lakes, ponds, wetlands, rivers, and more! Readers will also learn about manmade water bodies. Learn how all of these water bodies form and what differentiates them. Vibrant images pair with easy-to-read text to keep students engaged from cover to cover. This reader also includes instructions for an engaging science activity where students can see how water bodies change. A helpful glossary and index are also included for additional support.
Different animals need different habitats to match their specific needs. This means the right soil, water, food, light, climate, and predators! Learn all about different habitats and how they help animals survive in this fascinating science reader. Vibrant images pair with easy-to-read text to keep students engaged from cover to cover. This reader also includes instructions for an engaging science activity where students can create a habitat. A helpful glossary and index are also included for additional support.
No living thing on Earth can survive without depending on the help of other living things. Learn all about interdependence and how familiar things rely on each other to live. Vibrant images pair with easy-to-read text to keep students engaged from cover to cover. This reader also includes instructions for an engaging science activity to help students better understand how different living things rely on each other. A helpful glossary and index are also included for additional support.
Learn how architects and designers use perimeter and area to make famous works of art! In this vibrant title, readers will continue to develop their geometry skills, reviewing topics like dimensions, irrational numbers, polygons, and measurement. With the help of eye-catching images, easy-to-read text, simple practice problems, STEM topics, and clear mathematical diagrams, readers will feel confident in their ability to measure perimeter and area in useful ways!
This vibrant science title gives readers insight into how they can form healthy habits. Be a healthier you!
Are you prepared for an emergency? With the help of this science title, readers can learn how to prepare for all sorts of disasters and stay safe!
Learn how to make healthier foods with the help of this science reader.
Learn how builders use perimeter and area to build towns and cities! Perimeter and area are important measurements that help builders design homes, parks, and more! This charming title teaches children how cities are built, while giving them great examples to practice calculating perimeter and area, improving their mathematical skills through STEM themes. With easy-to-read text, engaging practice problems, clear mathematical diagrams, and an accessible glossary, this title gives readers everything they need to make these calculations with ease. By the end of this book, readers will feel very familiar with perimeter, area, and grid patterns.
Explore shipwrecks to learn about underwater archaeology and mapping coordinates! This title encourages readers to familiarize themselves with coordinate planes by finding intersections between lines of latitude and longitude. Using geometry, STEM concepts, and an understanding of coordinate planes, readers can follow along as marine archaeologists find and explore shipwrecks! This exciting title uses vivid images, easy-to-read text, engaging practice problems, clear mathematical charts and diagrams, and a glossary to make mathematics feel simple and fun. Math can be so adventurous!
A pond may seem quiet and subdued, but this unique ecosystem is filled with active life cycles. Students learn what distinguishes a pond from other bodies of water, the plant and animal life within it, and how their life cycles contribute to the pond itself.
Readers learn all about tropical and temperate rainforests and the differences between these two unique biomes. Rainforests are filled with wonder and mystery, from the tall trees in the canopy to the dark and damp leaves on the forest floor. The plants and animals that inhabit these rainforests are varied and exotic. They depend on the rainforest, as does the rest of the world.
Hurricanes plague the tropics from June through November. Some years bring just a handful of storms. Other years, meteorologists run out of names because there are so many. Readers learn how and where these storms form and the dangers they pose to the land and people who live in Gulf and Atlantic coast regions.
Readers learn all about wetlands and their complex interactions with plants and animals in this colorful title! Although wetlands don't necessarily need to be covered in water all year long, most areas are pretty wet. Whether they are freshwater or tidal, they play a key role in the health of the Earth. They provide homes for many different kinds of plants and animals that are well adapted for the soggy conditions.
Readers will be amazed to discover that every time they climb onto bicycles and ride like the wind, they are defying gravity! This book explains the physics and history behind bicycles, skateboards, and surfboards. Readers learn what happens from the simplest movement of rolling forward to more complex tricks and stunts of jumping and spinning. Readers will never look at bikes, skateboards or surfboards the same way again.
Readers won't have to disassemble their favorite toys to discover what makes them work. This book explores electric, magnetic, and motion-powered toys from design to function. It introduces readers to six simple machines and explains how they use force and motion to do work. Not every toy is a technological marvel. Readers learn about time-honored favorites including the rocking horse, Slinky, and rattles.
Sports offer opportunities for readers to learn and apply concepts and principles related to force and motion. Readers learn how science plays a critical factor in any athlete's quest to be the best at his or her sport. They read how mass is related to acceleration and velocity. Physics and aerodynamics affect many sports and help athletes strategize their next moves against their opponents. This book covers a variety of interesting sports suitable for the casual to the most fanatic sporting enthusiast.
Readers may never expect that they might free fall to Earth, but if they have ever dived into a pool, that's exactly what they've done. This book shows readers how Newton's three laws of motion affect divers, skydivers, and mountain climbers' movements. Readers discover who uses gravity, who works against it, and all other forces that contribute to a successful dive or climb. After reading this book, readers can decide if they will ever be interested in engaging in one of these extreme sports.
The need for speed is the motivating factor in this engaging book. Readers learn the history of travel from the very slow to the supersonic and beyond, including everything in between. They learn and discover the factors that influence motion for all types of vehicles: land, air, and water alike. They also learn different ways to measure speed and read about energy uses for different vehicles. With greater speed comes greater risk. Readers learn how engineers are always seeking new and better ways to keep people safe as they travel faster and go farther.
