I love that this book brings you through centuries of scientific discovery, beginning with 18th-century geologists puzzling over broken boulders in the Alps. I love that each chapter profiles a key figure, the Fourier, Pouillet, and Tyndall, and reveals how their work made our understanding of atmospheric gases and Earth's temperature regulation. I like the progression from ice age theories to modern computer modeling, which feels realistic and well-paced. It's more serious on historical context than useful applications, but if you're interested in how we figured out the greenhouse effect existed, this shows that story entirely without getting bogged down in redundant jargon.

Norman Stewart’s Freed From the Iron Grip of Frost transforms complex climate physics into a fascinating historical story. I loved how it connected scientists like Fourier, Pouillet, and Arrhenius to modern understanding — making centuries of discoveries feel cohesive and human. The writing balances technical depth with accessible explanations, perfect for anyone curious about how the greenhouse effect really works. It’s not just about global warming — it’s about how we discovered it. Highly recommend this for readers who enjoy books that blend science, history, and storytelling.

When I try to talk to people who don't understand climate or how it works, it usually amounts to anti-climate change propaganda that reflects no understanding (or interest) in the actual workings of the atmosphere and the many factors impacting it. The greenhouse effect isn't that tough to grasp, and we've understood it for some time now. This book presents it in a clear and straightforward manner. Even if you already have the general idea, reading the history of how we came to understand this science will enhance your perspective.

This is a very comprehensive exploration that outlines greenhouse effect science from 18th-century geological findings to modern computer modeling. The chronological structure performs brightly, moving from early Alpine glacier observations through key formations like Fourier, Tyndall, and Arrhenius. I love that each chapter builds logically on previous ideas, making tough atmospheric physics convenient. The book effectively links historical context with scientific breakthroughs, demonstrating how ice age approaches sparked atmospheric research.

an enlightening and meticulously researched exploration of the greenhouse effect, seamlessly weaving together the rich history of scientific discovery with the fundamental principles of climate science. From the pioneering insights of Joseph Fourier and John Tyndall to the modern advancements in climate modeling, Stewart offers a compelling narrative that is both accessible and deeply informative. The book stands out for its clarity, depth, and engaging storytelling, making it an essential read for anyone interested in understanding how humanity came to grasp one of the most critical phenomena shaping our planet’s climate.

This book does a great job of explaining how the greenhouse effect really works. This book mixes history and science in a way that’s easy to understand, even if you’re not super into science. It talks about how people first discovered the greenhouse effect and why it’s so important today. The writing is clear and interesting, not boring or too technical. If you’ve ever wondered how our planet stays warm or what’s really going on with climate change, this book breaks it down in a simple and smart way.