Inventing Atmospheric Science

Inventing Atmospheric Science chronicles the transformation of meteorology from a descriptive practice into a mathematical and computational science during the mid-20th century. The narrative follows three pioneering researchers - Carl-Gustaf Rossby, Harry Wexler, and John von Neumann - who shaped modern weather prediction and atmospheric studies during the period from 1948-1963. The book examines how these scientists leveraged emerging technologies, particularly early computers, to revolutionize weather forecasting and develop new theoretical frameworks. Their work established atmospheric science as a distinct discipline and led to breakthroughs in numerical weather prediction, satellite meteorology, and climate modeling. Fleming draws upon institutional archives, personal papers, and oral histories to reconstruct this pivotal period in scientific history. The text explores both the technical innovations and the complex institutional relationships that enabled major advances in atmospheric research. This account illuminates broader themes about the role of technology in scientific progress and the emergence of new scientific disciplines. The intersection of theoretical physics, observational meteorology, and computer science exemplifies how modern scientific fields evolve through interdisciplinary collaboration.

Readers value the detail and research on key atmospheric science figures like Carl-Gustaf Rossby, Harry Wexler, and Jule Charney. Many note the book's focus on the 1950s institutional and technological developments that shaped modern meteorology. Likes: - Clear explanations of complex concepts - Coverage of overlooked scientists and events - Connection between science history and public policy - Documentation of weather radar development Dislikes: - Technical language can be challenging for general readers - Some sections move slowly through administrative details - Limited coverage of pre-1950s developments - Cost of hardcover edition Ratings: Goodreads: 3.8/5 (12 ratings) Amazon: 4.5/5 (6 reviews) One reviewer on Amazon noted: "Fleming shows how atmospheric science emerged from the intersection of theoretical physics, observational networks, and computer modeling." A Goodreads reviewer mentioned the book "fills an important gap in understanding mid-20th century meteorology."

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The Callendar Effect by James Rodger Fleming The biography of Guy Stewart Callendar traces the early history of carbon dioxide theory and climate change research through the work of a pioneering scientist.

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🌡️ The book traces the transformation of meteorology into atmospheric science during three pivotal decades (1950s-1970s), highlighting how computers, rockets, and satellites revolutionized weather research. 🎓 Author James Rodger Fleming is a professor at Colby College and has been awarded the prestigious Guggenheim Fellowship for his work in atmospheric research history. 🖥️ The development of numerical weather prediction, covered extensively in the book, began with ENIAC—the first general-purpose electronic computer—which performed the world's first automated weather forecast in 1950. 🌪️ The book details how the Cold War significantly influenced atmospheric science development, as military interests drove funding for weather control research and advanced meteorological technologies. 📡 One of the key figures featured in the book, Harry Wexler, helped establish the first weather satellites and proposed using computers for weather prediction as early as 1946.