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Daniel B. Botkin

Solving environmental problems by understanding how nature works

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Powering the Future

A Scientist’s Guide to Energy Independence

By Daniel B. Botkin

Powering the Future
In Powering the Future, Dr. Dan Botkin objectively assesses the pros and cons of every leading and emerging source of energy: oil, natural gas, hydroelectric, nuclear, wind, solar, ocean power and biofuels. With his typical Thoreauvian skepticism, he pursues scientific truth untainted by hype, bias or so-called conventional wisdom.

Where to buy:

hardcover:
Amazon
Barnes & Noble
Powell’s Online

ebook
Amazon Kindle
B&N Nook
iTunes or iPad or iPhone
Kobo
Sony Reader Store

More About the BookReviewsExcerpt
Some of the findings in Powering the Future may be surprising to many, and shocking to some.

For instance, the book will reveal:

  • What is the simplest way to cut America’s energy use by 6 percent?
  • Why conventional nuclear energy cannot be a major energy source for us
  • Why natural gas can’t be a major energy source either without leading to widespread pollution and land destruction
  • What energy source is the cheapest and right beneath your feet, yet little talked about

Most important, Dr. Botkin offers a solid, practical, realistic plan for a safe, stable, sustainable energy future that does not sacrifice our quality of life or the environment. The time to hesitate is through. It’s time to make the transition to energy independence.

Hardcover FT Press; 1st edition, $25.99 (April 4, 2010)
ISBN: 978-0-137049-76-9

Ebook, FT Press, $25.99 (May 2012)
ISBN: 978-0-137083-58-9

Chinese cover

The title of Powering the future In Chinese is “大国能源的未来”。
The Chinese title means ‘The energy future of the great power (i.e. the United States)’.

Botkin gathered his calculations and analyses and checked them twice with others. . . worth the price just for the chapters on wind and solar, and his “major conclusions”. . . a capstone book.
— Arthur Jones, scudderpublishing.com
Dr. Daniel Botkin, a world-renowned ecologist . . . brings to bear significant amounts of data and professional expertise. . . [The reader] will profit from his erudition and integrated approach.
–G. Tracy Mehan III, The Environmental Forum
An excellent job in providing a vast compendium of accurate data and objective analysis…fairly treats all sides of the debates…excellent supplemental resource for undergraduate studies or as a reference for professionals.
–CHOICE Magazine
A Historical Perspective
Excerpt: Powering the Future

[From Daniel B. Botkin Powering The Future: A Scientist's Guide to Energy Independence (Pearson FT Press Science. April 2010)]

Our current energy crisis may seem unique, but it has happened to people and civilizations before. All life requires energy, and all human societies require energy. Although we can’t see and hold energy, it is the ultimate source of wealth, because with enough energy you can do just about anything you want, and without it you can’t do anything at all.

Human societies and civilizations have confronted energy problems for thousands of years. Ancient Greek and Roman societies are a good case in point. The climate of ancient Greece, warmed and tempered by the Mediterranean Sea, was comparatively benign, especially in its energy demands on people. Summers were warm but not too hot, winters cool but not very cold. With the rise of the Greek civilization, people heated their homes in the mild winters with charcoal in heaters that were not especially efficient. The charcoal was made from wood, just as it is today. As Greek civilization rose to its heights, energy use increased greatly, both at a per-capita level and for the entire civilization. By the 5th century B.C., deforestation to provide the wood for charcoal was becoming a problem, and fuel shortages began to occur and become common. Early on in ancient Greece, the old and no longer productive trees in olive groves provided much of the firewood, but as standards of living increased and the population grew, demand outstripped this supply. By the 4th century B.C., the city of Athens had banned the use of olive wood for fuel. Previously obtained locally, firewood became an important and valuable import.

Not surprisingly, around that same time, the Greeks began to build houses that faced south and were designed to capture as much solar energy as possible in the winter but to avoid that much sunlight in the summer. Because the winter sun was lower in the sky, houses could be designed to absorb and store the energy from the sun when it was at a lower angle but less so from the sun at a higher angle. Trees and shrubs helped.

The same thing happened later in ancient Rome, but technology had advanced to the point that homes of the wealthy were centrally heated, and each burned about 275 pounds of wood every hour that the heating system ran. At first they used wood from local forests and groves, but soon the Romans, like the Greeks before them, were importing firewood. And again like the Greeks before them, they eventually turned to the sun. By then, once again, the technology was better; they even had glass windows, which, as we all know, makes it warmer inside by stopping the wind and by trapping heat energy through the greenhouse effect. Access to solar energy became a right protected by law; it became illegal to build something that blocked someone else’s sunlight.

Some argue today that we should become energy minimalists and energy misers, that it is sinful and an act against nature to use any more than the absolute minimum amount of energy necessary for bare survival. But looking back, it is relatively straightforward to make the case that civilizations rise when energy is abundant and fall when it becomes scarce. It is possible (although on thinner evidence) to argue that in the few times that democracy has flourished in human civilizations, it has done so only when energy was so abundant as to be easily available to most or all citizens.

As a result, in this book I argue for changes in where and how we get and use energy, but I do not argue that we should become energy minimalists or energy misers. On the contrary, I think we need to learn how to use as much energy as we can find in ways that do not destroy our environment, do not deplete our energy sources, and do not make it unlikely that our civilization will continue and flourish in the future.

The path to such a world is possible but not simple, not answered with a slogan, not solved by a cliché. If you value your standard of living and the way of life that our modern civilization provides, with its abundant and cheap energy, follow me through this book as we examine each energy source and the ways in which some can be combined into viable energy systems for the future.

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From Daniel B. Botkin, Ph.D

Daniel Botkin
I believe we are mostly on the wrong track in the way we try to deal with the environment. Everything I do, study, learn, and advise about the environment is different from the status quo. Throughout my career, I have tried to understand how nature works and use that understanding to figure out how we can solve our most pressing environmental problems.

My process over the past 45 years has been to look carefully at the facts, make simple calculations from them (sometimes simple computer models) and then tell people what I have learned. It’s surprising how rarely people bother to look at the facts. This has surprised me every time I’ve started a new ecology research project or work on an environmental issue.

In the course of my work and studies, I have learned many things and I want to tell you about them. That is the purpose of this website.

Follow @danielbotkin

Books by Dan Botkin

The Moon in the Nautilus Shell  Strange Encounters
Powering the Future  No Man's Garden
See all books by Dan Botkin

Jabowa III Forest Model


Jabowa Forest Model
Jabowa Forest Model for Windows 7.
This forest model, used around the world, was developed first in 1970 by Daniel B. Botkin, James F. Janak and James R. Wallis

JABOWA remains the most completely detailed and well validated forest growth model available, accounting for 95% or more of the variation in real forests where it has been tested.

The book Forest Dynamics: An Ecological Model (available as an eBook) provides a complete description of the model and the rationales behind its development.

Order Online

Sea Ice Study

The Bockstoce and Botkin Historical Sea Ice Data Study has a new home at the University of Alaska website. The data include more than 52,000 daily observations in an unbroken 65 year record from 1849 – 1914.

See related papers

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