In this book, early fluent readers discover the amazing technology used to make buildings safe and protect them from natural disasters, such as floods, earthquakes, hurricanes, and more. They will also learn how engineers and other professionals work to design safe buildings. Vibrant, full-color photos and carefully leveled text will engage young readers as they learn more about these engineering feats. A Take a Look! infographic aids understanding, sidebars present interesting, supplementary information, and an activity helps children learn more. Children can learn more about safe buildings using our safe search engine that provides relevant, age-appropriate websites. Safe Buildings also features reading tips for teachers and parents, a table of contents, a glossary, and an index.
In this book, early fluent readers will discover the STEM concepts behind basketball, while learning about the motion and movements of the sport and the technology of athletes' clothing and gear. Vibrant, full-color photos and carefully leveled text will engage young readers as they learn more about the science behind this exciting Olympic event. A Take a Look! infographic aids understanding, sidebars present interesting, supplementary information, and an activity helps readers learn more. Children can learn more about the science behind basketball using our safe search engine that provides relevant, age-appropriate websites. The Science Behind Basketball also features reading tips for teachers and parents, a table of contents, a glossary, and an index.
In this book, early fluent readers will discover the STEM concepts behind gymnastics, while learning about the motion and movements of the sport and the technology of athletes' clothing and gear. Vibrant, full-color photos and carefully leveled text will engage young readers as they learn more about the science behind this exciting Olympic event. A Take a Look! infographic aids understanding, sidebars present interesting, supplementary information, and an activity helps readers learn more. Children can learn more about the science behind gymnastics using our safe search engine that provides relevant, age-appropriate websites. The Science Behind Gymnastics also features reading tips for teachers and parents, a table of contents, a glossary, and an index.
In this book, early fluent readers discover the amazing technology and systems used to make transportation safe. They will also learn about how engineers and other professionals design safe transportation. Vibrant, full-color photos and carefully leveled text will engage young readers as they learn more about these engineering feats. A Take a Look! infographic aids understanding, sidebars present interesting, supplementary information, and an activity helps children learn more. Children can learn more about safe transportation using our safe search engine that provides relevant, age-appropriate websites. Safe Transportation also features reading tips for teachers and parents, a table of contents, a glossary, and an index.
In this book, early fluent readers will discover the STEM concepts behind water sports, while learning about motion and movements of the sports and the technology of athletes’ clothing and gear. Vibrant, full-color photos and carefully leveled text will engage young readers as they learn more about the science behind these exciting Olympic events. A Take a Look! infographic aids understanding, sidebars present interesting, supplementary information, and an activity helps readers learn more. Children can learn more about the science behind water sports using our safe search engine that provides relevant, age-appropriate websites. The Science Behind Water Sports also features reading tips for teachers and parents, a table of contents, a glossary, and an index.
In this book, early fluent readers will discover the STEM concepts behind track and field, while learning about motion and movements of the sports and the technology of athletes’ clothing and gear. Vibrant, full-color photos and carefully leveled text will engage young readers as they learn more about the science behind these exciting Olympic events. A Take a Look! infographic aids understanding, sidebars present interesting, supplementary information, and an activity helps readers learn more. Children can learn more about the science behind track and field using our safe search engine that provides relevant, age-appropriate websites. The Science Behind Track and Field also features reading tips for teachers and parents, a table of contents, a glossary, and an index.
This book traces the story of the development of inventions in computer technology – from the earliest steps to our current technology. It concentrates on illustrating how each breakthrough eventually led to a new one.
This book traces the story of the development of inventions in communication technology – from the earliest steps to our current technology. It concentrates on illustrating how each breakthrough eventually led to a new one.
This book traces the story of the development of inventions in space technology – from the earliest steps to our current technology. It concentrates on illustrating how each breakthrough eventually led to a new one.
This book traces the story of the development of inventions in music technology – from the earliest recordings to our current technology. It concentrates on illustrating how each breakthrough eventually led to a new one.
Bread is an everyday food, but do you know where it comes from and how it ends up on supermarket shelves? Follow the story of a loaf of bread, from wheat farming to the manufacturing process. Simple text is accompanied by large, attractive photographs.
Apples are a tasty food, but do you know where they come from and how they end up on supermarket shelves? Follow the story of an apple from the first pink buds on an apple tree, through the farming process to packing houses and eventually to your fruit bowl! Simple text is accompanied by large, attractive photographs.
Everyone loves chocolate, but do you know where it comes from and how it ends up on supermarket shelves? Follow the story of chocolate through the farming process to manufacturing. Simple text is accompanied by large, attractive photographs.
Honey is a tasty food, but do you know where it comes from and how it ends up on supermarket shelves? Find out what worker bees are busy collecting from flowers, how it becomes honey in the hive, and the process that brings it to your table! Simple text is accompanied by large, attractive photographs.
Draw a realistic-looking fossil like paleontologist Mary Anning did and make a plaster cast of it; or make your own terrarium like Doctor Nathaniel Bagshaw Ward to study plants and insects. This title gives readers both an understanding of the properties of living things and the skills to investigate great discoveries and works. Exciting and easy-to-understand experiments encourage budding scientists, inventors, engineers, and artists to stand on the shoulders of the curious and creative people who came before them.
Build a model hovercraft like engineer Christopher Cockerell did, or a sculpture that moves in the breeze like artist Lin Emery. This title gives readers both an understanding of the properties of forces and the skills to investigate great discoveries and works. Exciting and easy-to-understand experiments encourage budding scientists, inventors, engineers, and artists to stand on the shoulders of the curious and creative people who came before them.
Readers bored with seeing the same information on renewable energy will love the focus on relevant contemporary examples in this book. How does solar power give energy to medical clinics in Ghana or cut fossil fuel use in Australia? Infographics make finding detailed information easy and interesting.
How can eating better ourselves improve life for everyone on the planet? This intriguing title combines images and infographics to help explain how choosing foods that don't have to be shipped long distances, don't add to world pollution, and are not in danger of running out helps to ensure the world's food supply. Close-up boxes and case studies illustrate relevant examples of topics such as soil protection, organic vs industrial farming, and overfishing.
Make a simple refrigerator like pottery-maker Mohammed Bah Abba did that does not use electricity, or create little models of people out of ice like sculptor Néle Azevedo. This title gives readers both an understanding of the different states of matter and the skills to investigate great discoveries and works. Exciting and easy-to-understand experiments encourage budding scientists, inventors, engineers, and artists to stand on the shoulders of the curious and creative people who came before them.
From urban design that suits the local landscape to zero-carbon living, this fascinating book looks at how cities around the world are adapting to environmental change. Readers are presented with real-life, eco-city solutions to issues such as water use in times of drought, and why green spaces matter.
Build your own amplifier like experimenter Athanasius Kircher did, or turn the sound of your voice into unusual patterns of art like singer/composer Megan Watts Hughes. This title gives readers both an understanding of the properties of sound and the skills to investigate great discoveries and works. Exciting and easy-to-understand experiments encourage budding scientists, inventors, engineers, and artists to stand on the shoulders of the curious and creative people who came before them.
Want to know if the Canada lynx lives in any other countries, or where not to go if you don't want to run into a venomous cottonmouth snake? This vibrant atlas is packed with eye-catching images of animals and their ecosystems and territories. Useful maps and text provide readers with easy-to-access geographic and biological information on animals that live throughout the world.
Build a vending machine like ancient Greek engineer Hero of Alexandria did, or a tentacle prosthetic arm like industrial design student Kaylene Kau. This title gives readers both an understanding of mechanics and the skills to investigate great discoveries and works. Exciting and easy-to-understand experiments encourage budding scientists, inventors, engineers, and artists to stand on the shoulders of the curious and creative people who came before them.
Build a fiber-optic tube to carry light like engineer William Wheeler did, or use the sun to imprint images on objects like pottery-maker Thomas Wedgewood. This title gives readers both an understanding of the properties of light and the skills to investigate great discoveries and works. Exciting and easy-to-understand experiments encourage budding scientists, inventors, engineers, and artists to stand on the shoulders of the curious and creative people who came before them.
How many uses can you find for an old glass jam jar? This engaging book looks at the always topical issues of managing our waste in a world with finite resources. Infographic details provide ready facts such as how much energy recycling one tin can provides and what that energy can be used for.
