Tyndall Lecture: Climate Change and Weather Prediction - 2017 Fall Meeting

Explore the historical foundations and key figures in atmospheric science and climate change through this captivating Tyndall Lecture delivered at the 2017 AGU Fall Meeting. Delve into the contributions of pioneers like John Tyndall, Vilhelm Bjerknes, and Harry Wexler, while tracing the evolution of weather prediction and atmospheric studies from ancient times to the Space Age. Discover the interconnections between scientific advancements, technological innovations, and societal impacts that have shaped our understanding of Earth's climate system. Gain insights into the development of modern meteorology, from early weather mapping to the advent of computer simulations and satellite observations. Examine the roles of key institutions and initiatives, such as the Bergen School, World Weather Watch, and the Committee on Atmospheric Science, in advancing climate research. Conclude with a reflection on the complexities of atmospheric dynamics and the enduring legacy of these scientific trailblazers in addressing contemporary climate challenges.

Introduction
John Tyndall
Climate Change
Alexander the Great
The Gordian Knot
Laplace
Napoleon
Euler and Lagrange
Vilhelm Bjerknes
Carl Gustaf Rossi
Harry Wexler
US Weather Map
Bergen School
Louise Beck
Ross P
Burt Boland
Wexler
Rashmi
Life Magazine
Technology
ENIAC
The Space Age
Life Photography
World Weather Watch
The Committee on Atmospheric Science
Radio Family
Aerospace Family
Atmosphere
The 20th Century
Ed Lorenz
Ed Wexler
Questions