atmosphere weather and climate barry pdf files

We’ll say more about that in a bit, but the monumental work on chaos should not leave Lorenz’s other contributions to atmospheric science completely in its shadow. Lorenz launched the modern era of the study of chaotic systems, which has profound implications both within and beyond atmospheric science. He was an avid hiker, and many in the community (our own Mike Mann included) have recollections of time on the trail with him around the hills of Boulder and elsewhere. The longer you were around Ed, the more you came to appreciate his warmth and sense of humor.

But he also remembers a lot of timely support from Ed that helped smooth over the somewhat rocky transition from basic turbulence theory to atmospheric science. Indeed raypierre was interviewed by Ed at MIT in 1979 for his first faculty job - and remembers having to ask most of the questions as well as answer them. He also directly touched the lives of many of us here at RealClimate, and both his wisdom, and quiet personal charm will be sorely missed.Įd Lorenz had a reputation of being shy and quiet, and this was indeed the impression he gave on first meeting.

Lorenz’s contributions to both atmospheric science and the mathematics of dynamical systems were wide ranging and seminal. He is most famous outside science for the ‘The Butterfly Effect’ described in his 1972 paper “Predictability: Does the Flap of a Butterfly’s Wings in Brazil Set Off a Tornado in Texas?”. chaos) in a simple model of fluid convection, which serves as an archetype for the weather prediction problem. Lorenz is most famous scientifically for discovering the exquisite sensitivity to initial conditions (i.e. Many of you will have seen the obituaries ( MIT, NYT) for Ed Lorenz, who died a short time ago.

Atmosphere weather and climate barry pdf files