The Long Thaw: How Humans Are Changing the Next 100,000 Years of Earth's Climate (Science Essentials) (Hardcover)

~ David Archer (Author)
Key Phrases: weathering thermostat, thermal maximum event, sink analogy, Little Ice Age, North Atlantic, Younger Dryas (more...)

Editorial Reviews

From Publishers Weekly

With so much dust and noise thrown up by those economic forces opposed to reducing carbon emissions, average readers may be hard-pressed to understand what all the fuss is about. Univ. of Chicago geophysicist Archer has perfectly pitched answers to the most basic questions about global warming while providing a sound basis for understanding the complex issues frequently misrepresented by global warming skeptics. Revisiting his technical treatment of the same subject (2006's Global Warming: Understanding the Forecast), Archer presents detailed science in layman's language. With a breezy, conversational style, he breaks complex concepts into everyday analogies, comparing for example the oxidation and reduction of carbon dioxide in seawater with an upset stomach. Divided into three parts-the Present, the Past and the Future-Archer provides a complete picture of climate change now, in the past, and what we can expect in years and centuries to come. His models, though conservative, imply that humans won't survive the environmental consequences of severe warming over the next thousand years. While Archer is neither grim nor pessimistic, he is forthright about what's at stake, and what must do to avert catastrophe.
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Review

Archer has perfectly pitched answers to the most basic questions about global warming while providing a sound basis for understanding the complex issues frequently misrepresented by global warming skeptics. With a breezy, conversational style, he breaks complex concepts into everyday analogies. Divided into three parts--the Present, the Past and the Future--Archer provides a complete picture of climate change now, in the past, and what we can expect in years and centuries to come. His models, though conservative, imply that humans won't survive the environmental consequences of severe warming over the next thousand years. While Archer is neither grim nor pessimistic, he is forthright about what's at stake, and what must do to avert catastrophe.
(Publishers Weekly )

It is comprehensive, well written and includes numerous useful vignettes from climate history. Archer leads the reader to a simple yet accurate picture of climate changes, ranging from geological time scales to current warming, ice ages and prospects for the future.
(Susan Solomon Nature )

The Long Thaw is written for anyone who wishes to know what cutting-edge science tells us about the modern issue of global warming and its effects on the pathways of atmospheric chemistry, as well as global and regional temperatures, rainfall, sea level, Arctic sea-ice coverage, melting of the continental ice sheets, cyclonic storm frequency and intensity and ocean acidification. This book will also appeal to scientists who want a clear and unbiased picture of the global-warming problem and how it may progress in the future. It encapsulates Archer's own efforts in the field of climate research, which I found invaluable.
(Fred T. Mackenzie Nature Geoscience )

The power of Archer's book is to show that such [climate] changes, which we can bring about through just a few centuries of partying on carbon, can only be matched by the earth itself over vastly longer periods. . . . It's the kind of perspective we need in order to realize how insane we're being.
(Chris Mooney American Prospect )

A beautifully written primer on why climate change matters hugely for our future--on all time scales.
(New Scientist )

Global climate change is the subject of thousands of books; this short volume is distinctive in multiple ways. Archer is a geophysicist (and a look-alike--except for stubble--for late British actor David Niven), whose scientific background lets him place climate change in the context of its variations in geological history. He points out that the Earth's orbital cycles had poised it to enter a new ice age when human influences began to override natural forces.
(F.T. Manheim Choice )

If you think global warming is going to stop in its tracks as soon as our fossil fuel fix runs its course, think again. Intensifying hurricanes, mega-droughts, and the mass extinction of species are just the beginning, says leading climatologist David Archer, renowned in part for his work with the respected blog RealClimate. Though we still have time to avert the worst of climate change, he says, the ramifications of our carbon spewing (think a ten-foot rise in ocean levels) will last well beyond even our grandchildren's years. A good storyteller, Archer walks us through the history of climate change, starting in the 1800s, when the term 'greenhouse effect' first made its way into scientific parlance. Tempering techie speak with accessible analogies, Archer manages in the James Hansen-approved volume to speak to scientists and laymen alike.
(Plenty )

Notice to climate change deniers: I don't want to hear another word about the Little Ice Age, cosmic rays of the Palaeocene Eocene thermal maximum event 55 million years ago until you've read David Archer's little book. He's a geophysical scientist at the University of Chicago and he knows his stuff. He sets out the latest scientific understanding of climate change through geological time, human time, and beyond. It's the clearest introduction I've seen yet to the complexity of the planet's climate system and how a certain bipedal species may know it gally wonk.
(Leigh Dayton The Australian )

The great appeal of this short book lies in Archer's ability to find easily comprehensible analogies and his no-nonsense prose. . . . This is a true rarity. A book about climate change written by an expert everyone can understand.
(Sydney Morning Herald )

David Archer has written a highly engaging and accessible review of the scientific bases for anthropogenic global warming and the dilemmas of what, as a global community, we should do next. The text is written for a general audience, reflecting the aims of the Science Essentials series of which it is a part, namely, to bring the findings of cutting-edge scientific research to the public.
(Tim Denham Journal of Archaeological Science )

If you have time in your busy schedule to read only one book on climate change and climate science basics, this would be a good choice. Archer, an oceanographer and University of Chicago geosciences professor, has written a conversational, engaging, and short (remember, you're busy) book.
(Natural Hazards Observer )

If you have time in your busy schedule to read only one book on climate change and climate science basics, this would be a good choice. Archer, an oceanographer and University of Chicago geosciences professor, has written a conversational, engaging, and short (remember, you are busy) book that covers the last 500 million years or so of the Earth's climate.
(Disaster Prevention and Management )

See all Editorial Reviews

Product Details

• Hardcover: 196 pages
• Publisher: Princeton University Press; illustrated edition edition (October 6, 2008)
• Language: English
• ISBN-10: 0691136548
• ISBN-13: 978-0691136547
• Product Dimensions: 8.6 x 5.7 x 0.8 inches
• Shipping Weight: 12 ounces (View shipping rates and policies)
• Average Customer Review: 4.5 out of 5 stars  See all reviews (11 customer reviews)
• Amazon.com Sales Rank: #73,427 in Books (See Bestsellers in Books)

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Customer Reviews

Most Helpful Customer Reviews

33 of 36 people found the following review helpful:

5.0 out of 5 stars Excellent introduction by expert for general audience, December 4, 2008

By	John Mashey (Portola Valley, CA United States) - See all my reviews (REAL NAME)

Amazon Verified Purchase

This concise (180-page), clearly-written book is an excellent first book on climate science for the general audience, generally not requiring knowledge beyond that of high school.

Since climate science is often befogged by climate anti-science articles and books, before buying a book, it is helpful to check the author before buying. Does the author have a sustained track record of publishing relevant articles in *peer-reviewed science journals*, is still doing so, and whose results get referenced and used by other working scientists? Nothing else really counts for much, in science.

In Archer's case, this is easy:

go to Google Scholar, enter:
David Archer carbon

Hint: serious expert.

Of the 50 or so books I own that discuss climate, this has jumped into the small group I recommend to people who ask "where should I start?"

I usually tell them to read a few books first to build a coherent science knowledge base, before spending much time on blogs and websites. It is worth reading several different treatments for comparison, contrast and complementary emphases.

My starter kit of generally-accessible climate science books is now:

1) This book.

2) William F. Ruddiman, Plows, Plagues, and Petroleum - How Humans Took Control of Climate (2005)

3) Michael E. Mann, Lee R. Kump, Dire Predictions - The illustrated guide to the findings of the IPCC (2008)

You can buy all 3 for less than $50.

10 of 10 people found the following review helpful:

5.0 out of 5 stars Scientist communicates well with general reader, January 24, 2009

By	Bryan Walker (New Zealand) - See all my reviews

The book is relaxed in style, almost conversational sometimes, but nevertheless closely focused and packed with instructive detail. It was a pleasure for a non-scientist like me to read. He seems to understand how to illuminate processes for the general reader. For example, his chapter on the distribution of carbon in the atmosphere, the land and the ocean, and his explanation of the interactions between them in the carbon cycle, provided angles and information that pulled together satisfyingly the bits and pieces of my hesitant understanding. Similarly what he writes about the acidifying of the ocean by CO2 and the part calcium carbonate plays in slowly neutralising its effect is a model of lucidity. Other particularly helpful sequences include one on the relative strengths of four external agents of climate change - greenhouse gases, sulfur from burning coal, volcanic eruptions, changes in intensity of the sun. I appreciated his use of metaphor, particularly relating to the long period of glacial climate cycles over the past hundreds of thousands of years in which he envisages the ice sheets and CO2 "entwined in a feedback loop of cause and effect, like two figure skaters twirling and throwing each other around on the rink."

For now the carbon cycle is responding to the CO2 increase by inhaling into the ocean and high-latitude land surface, damping down the warming effect. But on the timescale of centuries and longer the lesson from the past is that this situation could reverse itself, and the warming planet could cause the natural carbon cycle to exhale CO2, amplifying the human-induced climate changes. Sea level rise is the most obvious long-term impact and there is no doubting the possible severity of this effect on human civilisation. It's a sober message, communicated gently.

8 of 8 people found the following review helpful:

5.0 out of 5 stars Say goodbye to ice, March 6, 2009

By	Arthur P. Smith (Selden, New York USA) - See all my reviews (REAL NAME)

Archer's book seems scientifically impeccable but also targeted at those who don't know much about the basic science of climate. He repeats important statements in different chapters, for example, to emphasize the stuff we really do know. The focus here is not short-term, but long-term effects of CO2, and he presents a strong case that the impact of some of our human emissions will be there for almost as long as we expect our nuclear waste to stick around - several hundred thousand years. The big question is whether we stick to the 1000 Gt limit posed by all our oil and gas reserves and some coal, or go for the whole 3000-5000 Gt that coal and unconventional fossil fuels represent too - in that case in addition to the huge near-term climate spike, we have basically permanently changed the Earth (no more ice) for thousands of centuries into the future.