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The Resilient Earth: Science, Global Warming and the Future of Humanity Paperback – October 29, 2008
Purchase options and add-ons
- Print length404 pages
- LanguageEnglish
- Publication dateOctober 29, 2008
- Dimensions6 x 0.91 x 9 inches
- ISBN-10143921154X
- ISBN-13978-1439211540
Editorial Reviews
From the Inside Flap
The shrill level of the "debate" was driven home when Hoffman attended a business meeting. A co-worker asked a seemingly innocent question: "Doug, you're a scientist, what do you think about this global warming thing?" Hoffman framed a fairly neutral reply--"I don't think it's as bad as portrayed in the media, certainly we shouldn't ruin our economy in a panic." Hearing this, the senior executive present made a sarcastic, scatological remark regarding the offered opinion and stormed out of the room. Taken aback by this emotional reaction, Hoffman resolved to look more deeply into the subject of global warming.
In a matter of days, Hoffman was on the phone to Simmons suggesting that the time to write that often talked about book had arrived, and the topic should be the science of global warming--the real science, not the pseudo-science being reported in the popular media. Simmons immediately agreed and a long distance collaboration, linking coastal Texas and a log cabin in Arkansas, began. The more deeply we delved into the "facts" portrayed in the media the more concerned we became--not from fear of impending ecological disaster, but from the total lack of scientific objectivity, rationality and detachment exhibited by those on both sides of the global warming issue.
About the Author
Product details
- Publisher : BookSurge Publishing; 1st edition (October 29, 2008)
- Language : English
- Paperback : 404 pages
- ISBN-10 : 143921154X
- ISBN-13 : 978-1439211540
- Item Weight : 1.19 pounds
- Dimensions : 6 x 0.91 x 9 inches
- Best Sellers Rank: #2,824,997 in Books (See Top 100 in Books)
- #1,692 in Rivers in Earth Science
- #1,755 in Weather (Books)
- #2,986 in Climatology
- Customer Reviews:
About the authors

Doug L. Hoffman has worked professionally as a mathematician, a computer programmer, an engineer, a computer salesman, a scientist, and a college professor. Dr. Hoffman earned his undergraduate degree, a BS in Applied Mathematics, from the Florida Institute of Technology. There he cut his teeth on computer models of heat flow and urban traffic simulations. After graduating, he performed hydro-acoustic work for the U.S. Navy in the Virgin Islands, where he first met Allen Simmons, co-author of The Resilient Earth. Later projects included engineering work on the Carrier Automatic Landing System and cockpit field of view simulations, and environmental models for the Saudi Arabian government.
He returned to academia in 1990, earning a Masters degree and a PhD in Computer Science at the University of North Carolina at Chapel Hill. While there he did research in Molecular Dynamics Simulations and, as a member of the BioSCAN team, he helped develop and implement high-speed comparison methods for RNA, DNA, and protein sequences, work funded by the Human Genome Project. After joining the research faculty at UNC, he continued to pursue his thesis work, automated comparison of three-dimensional protein molecules.
In 2000, he left academia to work in industry, serving as an expert architect for a major information processing company, publishing several papers on modeling the performance of large-scale grid computers. With a lifelong passion for education, he also continued to teach Computer Science at Hendrix College and the University of Central Arkansas. He has since retired and is now devoting himself to writing and having a good time. You can find out more about Doug at DLHoffman.com or TheResilientEarth.com.

Allen Simmons grew up on coast of Massachusetts, graduated from the U. of Miami in Coral Gables, Florida with degrees in Literature and Electrical Engineering; World Traveler, years of residence in foreign countries—twelve in Saudi Arabia on the Red Sea. He has sailed, and sport fished all over the world, in places many people never see. If the Seven Wonders of The World were still standing, he would have seen them. He now lives on the Gulf Coast in Texas where he writes, sails and fishes.
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The remainder of the book is concerned basically with the questions of how strong the influence of human activity on climate is, how good the evidence for that is, how fast climate change is likely to occur, what the effects of climate change will be, and whether any of the proposed measures will be effective. These are exactly the right questions to ask of both policymakers and scientists, and the answers are nowhere near as clear cut as they are frequently presented.
In terms of climate change, looking at longer term climate history, it is clear that the planet has undergone massive cooling and warming over time, without any human intervention, and that such change is likely inevitable in the long term. And looking at the history of life, it is clear that the kind of change we are currently facing has not threatened life or even mammalian life. In particular, we are coming out of an ice age, and it is inevitable that sea levels will rise substantially, that the polar ice caps will melt, and that species will die out, even without human activity--like has happened many times before. Human carbon emissions probably are accelerating the process a little, but it is inevitable in the long term. Of course, in the short terms, we might even face another massive glaciation event, which would likely be far more harmful to humans. Given the choice of glaciation and warming, warming would be far preferable.)
The book spends a bit more time discussing the economic effects and the ability of humans to adapt to such changes. It then goes on to look at the plausibility of countermeasures: even if we start with the premise that carbon emissions are dangerous and we want to reduce them to pre-industrial levels, what can be done about them? The sobering realization is that there is no effective technical, political or economic means of making effective changes: Kyoto merely burdens industrialized nations without being an effective remedy, and no government on earth is going to be able to enact the kind of draconian measures to actually reduce carbon emissions to substantially reduce anthropogenic effects.
The books conclusion is effectively that many of the policies proposed for fighting climate change are good policies: increase energy efficiency, reduce the use of non-renewable fuels, develop renewable energy sources. But they are good policies for reasons pretty much unrelated to climate change. The policy implication of climate change is that, anthropogenic or not, climate change is inevitable and human societies better be prepared to deal with it, lest humans join the long list of species extinct because they couldn't adapt to the inevitably changing conditions on earth.
In the highly politicized discussions about climate change, many people will dismiss this book sight unseen as a book written by a bunch of cranks with some kind of hidden agenda. It is none of those things. It is a well written science book that happens to bring together mainstream and up-to-date science that happens to be relevant to the question of climate change and policy. In fact, overall, the book is fairly unpolitical and you can in good conscience still vote for your preferred political party after reading it. What the book will do is remove some of the hysteria and hyperbole surrounding the issue and give you a lot of the scientific background to actually try to understand what the science is actually all about.
Among the topics presented in detail in this book are the earth's time intervals - eons, eras, periods, and epochs of earth`s geological history. Each concept is clearly defined. All the time intervals of the earth are presented in tables with the names and dates. The authors also discuss ice ages, the major time intervals of extinction of earth species such as the end of the Permian period and the end of the Cretaceous period, the changes in the earth's orbit around the sun and the Milankovitch cycles, The tectonic plates at the surface of the earth and how these plates effect the movement of continents over time, and the effect of the solar magnetic field and cosmic rays on the earth's climate. The authors also detail the differences between earth and Venus and how these differences cause abrupt dissimilarity in climate.
Regarding the anthropogenic global warming hypothesis the authors discuss the scientific method and the failure of the IPCC (International Panel on Climate Change) to adhere to it. Specifically the authors detail the unreliability of the IPCC simulated computer climate models. The authors also take to task climate alarmists who publish fallacious pseudo scientific papers based on unreliable or messaged data and/or methodologies. Included among these false reports is the infamous hockey stick of Michael Mann.
Regarding anthropogenic global warming the authors see "no immediate threat" (p. 312). However they believe carbon dioxide could be a major problem in the future. The authors reject as ineffective and harmful such environmentalist proposed solutions as wind power and carbon cap and trade. Instead the authors propose among other solutions certain solar power technologies, a great expansion of nuclear power, more energy efficient homes, and transportation alternatives.
Messrs. Simmons and Hoffman perceive a greater threat from anthropogenic carbon dioxide than I do. The earth's carbon dioxide level in the last millennium is the lowest it has been since the end of the Permian period 251 million years ago. Yet this book is and excellent resource. The book deserves to be widely read.
