Vert skateboarders cruise up and down ramps, launching into the air to perform dangerous tricks. Students will learn about the equipment, skill, and determination required to become a competitive vert skater.
Karts arent just for kids anymore! Adult karts can reach speeds up to 140 miles per hour! Students will explore the history of karts, kart technology, and how the sport of kart racing is growing in popularity.
Hit the wake and fly into the air in this thrilling introduction to wakeboarding. Students will explore the history of wakeboarding, the equipment required to wakeboard, how competitions are won and lost, and the growing popularity of this extreme sport.
Trucks equipped with four-wheel drive are able to travel over many difficult kinds of terrain. Readers will explore the history of 4x4 trucks and the technology that makes it possible for them to travel almost anywhere.
Funny cars get their name from their appearance. Their back wheels are much larger than the front wheels. Students will learn about the history and technology behind these fast, exciting race cars.
Street skateboarders use railings, benches, and curbs to do tricks. Eager readers will explore the development of street style skateboarding from the 1950s to today. They will also learn about the equipment needed to safely skateboard and the competitions in which pros compete.
Snocross racers drive snowmobiles through courses with sharp turns and huge jumps. Young readers will learn about the sport, snowmobiles, the safety equipment required to race, and how the first few seconds of a race are critical if you want to win.
Supermoto combines the jumps of motocross with the speed of motorcycle racing. Readers will learn about how supermoto courses combine dirt and pavement, what equipment is needed to race, and the unique skills it takes to become a champion of supermoto.
Ever wondered what it takes to ride a wave? Young readers will find out in this introduction to surfing. They will read about the history of surfing, the equipment used to ride waves, and the ways surfers compete against each other.
Have you ever wondered how an Indy car can keep its grip on the track when traveling at 200 miles per hour? Readers will learn the history of Indy cars, Indy car technology, and how these race cars compete in long, grueling races.
Lowriders are more about appearance than speed or performance. They are more like works of art than cars. Kids will learn about the history of the lowrider craze and how it has changed over the years.
The nervous system is a complex network of nerves that allows you to experience the world around you. Children will find out how nerves carry messages to the brain so that people can do things like jump and eat. Blastoff! Series
How does blood move around inside the human body? Students will learn all about the heart, blood cells, blood vessels, and other important parts of the circulatory system. Blastoff! Series
The animals of the grasslands and savannahs are highlighted in this comprehensive book about food webs.
The question of who eats what in a freshwater habitat is answered in this book about food webs.
This book looks at a forest food chain, discussing the plants and animals that are native to this environment, threats to their survival, and what is being done to protect their habitat.
Beautiful photos and text examines the issues endangered Steller Sea lions face and how they can be saved.
Beautiful photos and text examines the issues endangered whooping cranes face and how they can be saved.
Leo is a genius. His pet cat named Pallas is not! But together they come up with some brilliant inventions based on maths shapes. And all this - more than 30,000 years ago! Circles covers the essentials of this geometrical shape, its functions and applications.
Clear definitions supported by every day examples and easy hands-on activities introduce young scientists to wheels.
Clear definitions supported by every day examples and easy hands-on activities introduce young scientists to wedges.
This book explains the various methods of scientific tools, including measurement, models, and tools that extend our senses, and how these scientific tools are changing.
This book explains how models help us test new designs and to understand living things. The book includes various types of models, such as scale, graphical, conceptual, and computer models, which are used to analyze how we understand different things.
Discover the vital role of disappearing wetlands and what can be done to protect and restore this resource.
Describes how rocks, minerals, and soils are formed, their properties, and why humans are dependent on them.
