
Reach for this book when your child is transfixed by a dragonfly in the garden or wonders how a heavy airplane stays in the sky. It is the perfect bridge for a child who is transitioning from simple animal picture books to more complex scientific inquiry. Through Steve Jenkins' signature cut-paper collage and Robin Page's clear prose, the book explains the mechanics of flight across the animal kingdom. Beyond just identifying birds and bugs, the text delves into the physics of lift and the evolutionary adaptations of wings. It nurtures a sense of wonder while respecting the child's intellect. While the concepts are sophisticated, the visual presentation makes it accessible for early elementary students and deeply engaging for older kids who love technical details. It is an ideal choice for fostering a scientific mindset and a deeper appreciation for the natural engineering found in our own backyards.
None. The book is secular and strictly scientific, focusing on biology and physics.
A 7-year-old who collects feathers, builds paper airplanes, or spends recess watching birds. It's for the 'how does it work' child who wants more than just a list of animal names.
The book can be read cold. Parents might want to look at the 'Parts of a Wing' section to be ready for follow-up questions about anatomy. A child asking a technical question like, 'Why do birds have to flap but airplanes don't?' or 'How do bugs fly if they don't have feathers?'
Younger children (ages 5-6) will be captivated by the textures of the paper art and the variety of animals. Older children (ages 8-10) will actually digest the principles of aerodynamics and evolutionary biology.
The combination of Steve Jenkins' tactile, high-contrast collage art with highly accurate but accessible scientific explanations sets this apart. It doesn't talk down to children, treating them like young scientists.
This non-fiction title explores the mechanics and diversity of flight. It covers the evolution of wings, the physics of how different shapes create lift, and compares various flying creatures including insects, birds, and mammals like bats. It uses clear, concise language paired with intricate cut-paper illustrations to show the internal and external structures required for takeoff and landing.
This overview was generated by AI based on the book's content and reviews, and may not capture every nuance.
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