Reports of Bigfoot go back to the early 1800s. Since then, several footprints, films, and pictures have been used as evidence that Sasquatch roams the Pacific Northwest. This title examines the history of Bigfoot reports, the tools and technology used by researchers, and considers whether or not Bigfoot exists.
The action of the big screen--car crashes, torrential rainfall, ships sinking--is the work of special effects! Directors and crews use anything they can to create a real and captivating experience. Enormous models, airplane engines, controlled fires, and much more create the excitement we all crave! Young readers will marvel over this behind-the-scenes look at how movies are made.
During the filming of the Harry Potter series, Harry Potter’s scar was painted on 5,800 times! About 2,000 of those were painted on Daniel Radcliffe who played Harry Potter. This title explores the makeup, tools, and effects used to create everything from the scariest of monsters to the most elegant ladies.
Tom Cruise performed his own stunts for the film Mission Impossible: The Ghost Protocol, which included dangling 1,700 feet from the world’s tallest building! Students will explore the extreme amount of planning, equipment, training, and expertise that goes into the stunts performed in films as they dive into this action-packed title.
Costumes and props fill the sets of films! From tiny, frozen blueberries in The Hunger Games to a 108-pound gown in the 1938 film Marie Antoinette, they take on many shapes and sizes. Today, some are even created through 3D printing! This title weaves through the costumes and props of our favorite films while captivating readers with relevant photos and riveting film facts.
Is it a space adventure or slit scan? The camera technique slit scan has been used to create the illusion of flying through space in movies like 2001: A Space Odyssey. Young readers will read about the camera tricks and special equipment used to create the jaw-dropping effects of motion pictures in Camera Tricks.
Did you know that the average car has more than a dozen computers inside? Without computers and the coding that controls them, today’s transportation would look a lot different. Young readers will love exploring how coding helps us get around in this fascinating read.
How do your favorite video games work? The coding insides creates backgrounds, plays music, and controls how each character and items move. Readers will love learning about the world of coding through the video game lens in this book for young students.
Thanks to Siri and Alexa, we’ve gotten pretty used to coding in our home. But did you know a company offered automation for lights and appliances as early as the 1970s? Check out the home automation of the past and the smart homes of the future in this fun read.
Many students may use computer labs or tablets in school. But coding can also be found in science classrooms, the library, and even the lunch room! Early readers can educate themselves on the coding in their own school with this eye-opening title.
From typing your name to playing a song, everything you do on computers uses code. But how do computers understand what we’re telling them? This engaging title introduces young readers to programming languages, binary code, and the history of early programming.
Where does an e-mail go when you hit send? Code zooms it through the millions of connections in the Internet! Learn how code connects and runs a massive worldwide network of computers in this fact-filled title.
Strap into a harness and prepare for a wild ride! Roller coasters offer steep hills, wide turns, and incredible speeds. Curious readers will find information on the history of roller coasters, the materials used to build them, and the science behind the speed.
Concerts, ball games, races, and many other events take place in stadiums around the world. These large structures are build to hold thousands of people. Eager readers will find information on the different kinds of stadiums, preferred construction materials, and the science that gives these massive buildings their strength.
As the tallest buildings on Earth, skyscrapers tower over cities! These massive buildings house offices, shops, and apartments in cities around the world. This title introduces readers to the building methods, materials, and science that lets these towers climb high into the sky.
Dams are not just built to stop water. They can also change the direction it flows! Beginning readers will delve into this title that explains the kinds of dams, how forces act on them, and the benefits of certain materials in dam construction.
Drivers who need to quickly get from one place to another use highways! In this title for emergent readers, the construction, materials, and science of highways are presented in a straightforward way with simple text, crisp photos, and engaging special features.
Bridges take cars, trains, and people across rivers, lakes, and canyons. This introductory title covers the materials used in bridge construction, the types of bridges, and the scientific concepts that make bridges work.
Whether solid, liquid, or gas, matter is everywhere! We need all states of it to live, from breathing air to drinking liquids. Students can take a closer look at the stuff that makes up our world in this engaging title.
A storm is ending, and a rainbow arches across the sky. Red, yellow, blue, violet – where do all these colors come from? Beginning readers will delve into the science of color, light wavelengths, reflections, and shadows in this bright book!
Magnets are all around us – including the Earth under our feet! That’s why compass needles are attracted to the north pole. Doorbells, refrigerators, and computers are just a few of the other places we use magnets in our daily lives. Readers will get the inside scoop on magnetism in this book!
Where does sound come from? What makes it loud or soft? High or low? Young scientists who explore this title will learn about sound waves, amplitude, frequency, and more through informative text and detailed special features.
Snow falls and icicles freeze on the windows. When spring comes, they’ll melt into water, or even evaporate into the air! This fact-filled book introduces readers to changing states of matter, body temperature, and thermometers.
Energy makes our world move! Heat, motion, electricity, and food are just a few ways kinetic and potential energy impact our daily lives. In this fact-filled book, students will learn the basics of what energy is and how it works.
What keeps us from floating away? Earth’s gravity! This invisible force keeps our feet on the ground and the moon in our sky. This title introduces young students to the awesome power of gravity, on our planet and in the black holes in galaxies far away.
