Exploring the intersection of technology, science, law, and policy, this book offers a comprehensive overview for today's teens who may one day travel to the Moon. It provides essential insights into the future of space exploration, making it a relevant and engaging read for young readers interested in the possibilities that lie ahead in their lifetimes.
Young LEGO enthusiasts will embark on a creative journey around the globe, exploring stunning landscapes, diverse animals, and fascinating geological formations. This imaginative tour encourages builders to construct their own versions of Earth's wonders, sparking inspiration and creativity while learning about the planet's incredible features.
Engaging young readers, this book explores the wonders of space and astronomy, offering fascinating insights into planets, stars, and galaxies. Through captivating illustrations and accessible language, it invites children to embark on a cosmic journey, encouraging curiosity and imagination. Interactive elements and fun facts make learning about the universe enjoyable, fostering a lifelong interest in science and exploration. Perfect for budding astronomers, it provides a solid foundation for understanding the mysteries of the cosmos.
Every footprint--from the physical to the digital and the permanent to the fleeting--leaves a mark on Earth telling a story of the past, the present, or the future.
For kids ages 8 to 12, The Secret Science of Sports combines kid-friendly language and vibrant, original illustrations to show how principles of STEM are behind every soccer kick, slap shot, home run, and slam dunk.
Exploring the intersection of nature and technology, this book reveals how natural phenomena inspire scientific innovations and technological advancements. It highlights groundbreaking discoveries and breakthroughs that have emerged from observing the natural world, showcasing the creativity and ingenuity that stem from nature's designs. Readers will gain insights into how biomimicry and environmental patterns drive progress in various fields, making it a fascinating read for those interested in science and innovation.
Jump in the driver's seat for this entertaining, STEM-filled tour of the history of car production and the science and engineering that makes cars safe. Cars take us to work. To school. To soccer practice. To the grocery store and home again. Can you imagine a world without them? It's not so easy! One of the reasons we can use cars so much in our everyday lives is because they are safe to drive. But that hasn't always been the case. If it weren't for the experiments conducted over decades that involved all kinds of crash test volunteers―dead, alive, animal, or automated―cars as we know them might not be around. And then how would you get to school? Filled with historical photographs, graphics and humorous illustrations, this nonfiction book from science educator and award-winning author Jennifer Swanson will appeal to lovers of all things that go and readers who are interested in getting under the hood and seeing how things work.
"In the late 1930s, times were desperate. The world found itself at war again, hardly more than twenty years after the First World War had ended - and the stakes were never higher. The leaders of every country involved were left without a choice. They had to try to end the war as fast as possible, using whatever means they could. That meant coming up with secret operations meant to deceive, deflect, and confuse their enemies. ... Readers will be captivated by the Allies' classified, covert efforts to gain the upper hand and win the war"--Front flap
The Green Belt Movement, founded by Nobel Peace Prize winner Wangari Maathai, empowered Kenyan women by educating them and compensating them for each tree they planted. This initiative not only contributed to the reforestation of millions of trees but also provided financial support to local villages, fostering both environmental and economic sustainability.
Focusing on extraordinary engineering achievements like bridges, canals, and skyscrapers, this book invites readers to explore the creation of these structures through engaging, hands-on projects. With 25 critical-thinking activities, it encourages practical application of knowledge, making complex concepts accessible and enjoyable for young learners.