
Weather, Macroweather, And The Climate Is An Insider's Attempt To Explain As Simply As Possible How To Understand The Atmospheric Variability That Occurs Over An Astonishing Range Of Scales: From Millimeters To The Size Of The Planet, From Milliseconds To Billions Of Years. The Variability Is So Large That Standard Ways Of Dealing With It Are Utterly Inadequate: In 2015, It Was Found That Classical Approaches Had Underestimated The Variability By The Astronomical Factor Of A Quadrillion (a Million Billion). Author Shaun Lovejoy Asks - And Answers - Many Fundamental Questions Such As: Is The Atmosphere Random Or Deterministic? What Is Turbulence? How Big Is A Cloud (what Is The Appropriate Notion Of Size Itself)? What Is Its Dimension? How Can We Conceptualize The Structures Within Structures Within Structures Spanning Millimeters To Thousands Of Kilometers And Milliseconds To The Age Of The Planet? What Is Weather? What Is Climate? Lovejoy Shows In Simple Terms Why The Industrial Epoch Warming Can't Be Natural - Much Simpler Than Trying To Show That It's Anthropogenic. We Will Discuss In Simple Terms How To Make The Best Seasonal And Annual Forecasts - Without Giant Numerical Models. Above All, The Book Offers Readers A New Understanding Of The Atmosphere.
This book investigates the fundamental nature of atmospheric variability across vast temporal and spatial scales, challenging the adequacy of classical statistical models. Author Shaun Lovejoy, a professor of physics, utilizes scaling analysis and non-linear dynamics to argue that traditional approaches have drastically underestimated atmospheric fluctuations. By re-evaluating the definitions of weather and climate through the lens of macroweather, the text provides a framework for understanding climate change that bypasses the need for complex numerical simulations.
What You Will Find
Scope Limits
Experts recognize this work as a significant contribution to the field of atmospheric physics, particularly for its focus on scaling and variability. Readers frequently note the technical density of the prose, which requires a foundational understanding of physics to fully grasp the author's arguments.
Page Count:
304
Publication Date:
2019-01-01
Publisher:
Oxford University Press
ISBN-10:
0190864222
ISBN-13:
9780190864224
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