Our fragile moment How lessons from Earth's past can help us survive the climate crisis

Michael E. Mann, 1965-

Book - 2023

"The conditions that allowed humans to live on Earth are incredibly fragile. Climate variability has at times created new niches that humans or their ancestors could potentially exploit, and challenges that at times have spurred innovation. But there's a relatively narrow envelope of climate variability within which human civilization remains viable, and our survival depends on conditions remaining within that range. In this book, renowned climate scientist Michael Mann provides readers with the knowledge necessary to appreciate the gravity of the unfolding climate crisis, while emboldening them to act before it is too late"--

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Subjects
Genres
History
Published
New York : PublicAffairs 2023.
Language
English
Main Author
Michael E. Mann, 1965- (author)
Edition
First edition
Physical Description
vii, 306 pages : illustrations ; 24 cm
Bibliography
Includes bibliographical references (pages 247-289) and index.
ISBN
9781541702899
  • Introduction
  • 1. Our Moment Begins
  • 2. Gaia and Medea: Snowball Earth and the Faint Young Sun
  • 3. The Great. Dying Wasn't So Great
  • 4. Mighty Brontosaurus: Don't You Have a Lesson for Us?
  • 5. Hothouse Earth
  • 6. A Message in the Ice
  • 7. Beyond the Hockey Stick
  • 8. Past Is Prologue. Or Is It?
  • Acknowledgments
  • Figure Credits
  • Notes
  • Index
Review by Choice Review

Mann (Univ. of Pennsylvania), a climatologist who is well known for the "hockey stick" graph of global mean temperature over the past millennium (an iconic representation of current global warming), poses important questions about the last 6,000 years of the present Holocene Epoch. This period is noted for its globally stable temperature, the development of civilizations, and the uptick of warming from the 19th century onward. Specifically, his examination delineates what lessons can be learned for the present from a survey of the paleoclimatic data gleaned from Earth's history. Not surprisingly, given the author's vast erudition and his sober and honest assessments, the relevance of the takeaways are mixed. Mann scrupulously points out the limitations (not the uselessness) of using past climates to understand current conditions. He also presents solid arguments against climate determinism, the replacement of denialism with "doomism" in the climate debate, and the use of simplistic phrases like "methane bombs" and "runaway warming." Readers interested in climate history, proxy climate data, computer modeling, and the way scientists formulate and test assumptions will thoroughly enjoy this read. The pertinent terms are clearly explained, but their number and complexity limit readership to advanced students in science and history. Summing Up: Recommended. Advanced students. --Robert T. Ingoglia, St. Thomas Aquinas College

Copyright American Library Association, used with permission.
Review by Publisher's Weekly Review

In this sober warning, Mann (The New Climate War), director of the Center for Science, Sustainability and the Media at the University of Pennsylvania, examines epochal climate events of the past to underscore the current threat posed by global warming. The Earth, Mann explains, can self-regulate its temperature (as the sun brightened over billions of years, the greater heat caused more evaporation and rainfall on Earth, washing carbon dioxide from the atmosphere and keeping it cool), but doing so takes time; for example, 56 million years ago volcanoes released carbon into the atmosphere for 10,000 years at such high rates that the Earth's temperature rose by 9˚F and remained elevated for 200,000 years afterward. Mann describes how 250 million years ago the Great Dying, which was caused by a spike in carbon dioxide levels from volcanic eruptions in Siberia, killed 96% of marine species despite playing out "about a hundred times more slowly than the current warming spike," underscoring the urgency of the current crisis. The climate history edifies, though discussions of the physics involved in global warming can get a bit technical ("The Stefan--Boltzmann law of physics... tells us that all objects radiate energy in proportion to the fourth power of their temperature"). Still, this enlightens even as it unsettles. (Sept.)

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Review by Kirkus Book Review

A renowned climatologist and science journalist casts a hard eye on the probability that climate change is irreversible. There's good news tucked away inside these data-packed pages: An Earth too hot to sustain life is not likely to come about "in any scenario but total inaction." The warming trajectory of the planet's climate is, even by current policies, likely to fall below the worst-case scenarios that have been proposed. Mann, the author of The Hockey Stick and the Climate Wars and The Madhouse Effect, suggests that planetary homeostasis is such that the climate is likely to even out and return to its old "normal." The bad news, of course, is that it's entirely unlikely that the present economy, still heavily reliant on fossil fuels, is going to turn on a dime--not when there are so many dimes to be made in burning them. That economy is the biggest obstacle to battling climate change, and with it comes "a sustained, massive, billions-of-dollars disinformation campaign." The campaign's proponent and main villain is Rupert Murdoch, whose stranglehold on the U.S. is principally confined to Fox News but who has much stronger control over Australia's media. Even so, notes the author, Murdoch was unable to undo the Australian government's pledge to reduce carbon emissions by 43% by 2030, largely because mandatory voting led to greater popular representation. Granted, neither mandatory voting nor gerrymandering, banned in Australia, are likely to take root in the U.S. given right-wing opposition. For all its positive outlook, though, Mann's argument hinges on probabilities and a historical record that shows plenty of evidence of past catastrophes resulting in massive die-offs, and the overarching answer, on the principle of scientific uncertainty, is that we don't really know what will happen--unless, that is, we surrender to inertia. An evenhanded take on a crucial topic. While our goose may not be cooked, it's still time to reduce the heat. Copyright (c) Kirkus Reviews, used with permission.

Copyright (c) Kirkus Reviews, used with permission.