No comments about A Mathematical Theory of Large-scale Atmosphere/ocean Flow.

No comments about Stress and Deformation: A Handbook on Tensors in Geology.

No comments about The Andes (Frontiers in Earth Sciences).

2 comments about Ice Ages and Astronomical Causes (Springer Praxis Books / Environmental Sciences).

1. It is not possible to understand the present or future climate unless scientists can account for the enormous and rapid cycles of glaciation that have taken place over the last million years, and which are expected to continue into the future. A great deal has happened in the theory of ice ages over the last decade, and now widely accepted that ice ages are driven by changes in the Earths orbit. The study of Ice Ages of ice ages is very inter-disciplinary.



2. Unfortunately this book is very expensive, which will limit its circulation. It is essentially a textbook for graduate students. and contains many graphs and significant mathematical equations. Very fortunately, the first chapter, "Brief Introductions to ... ", is available on the author's website. It contains facts about the past climate on the earth which are essential in order to put the proper perspective on the current global warming controversy.
   
   As an example, how many articles on global warming have you read that point out that in the past 2500 years, it has been warmer than it is today -- not once, but six times! Our present warming is actually a rebound from the Little Ice Age that gripped the earth starting in 1200 and lasting to 1900. Today we still have not reached the warm temperatures during the days when the Greeks and Romans flourished. (See Fig. 1.2 of Chapter 1 in this book)
   
   Even more jolting is the graph (Fig. 1.3) that shows the length of the current warm period the earth is experiencing -- called an interglacial. We have been warm for 10,000 years. But if you go back another 2000 years, the temperature was 10 to 15 F degrees colder than it is today. To find a period comparable to the present day, you must go back 100,000 years. Or, 200,000 years, or 300,000 years, or 400,000 years, or half a million years! And all but one (500,000 years ago) of these warm periods were significantly shorter than the 10,000 years of warmth the earth is currently experiencing.
   
   Muller's main goal is to try to establish whether astronomical causes are the basis for the variation in the earth's temperature, and specifically, what features of the earth's orbit through space are involved. Most pronounced in the past million years is the 100,000 year cycle described above, which in the past has been attributed to "insolation" -- the varying amount of heat the earth receives due to eccentricies in its orbit around the sun.
   
   The major part of the book is devoted to spectral analysis of temperature data over the ages. It is very technical, as you would expect of a graduate text. Chapter 4 is on "Climate Proxies" like oxygen isotopes, Deuterium, Carbon-13, and sea floor records. "Mechanisms, Models and Theories" to describe the variation of the Earth's temperature are discussed in Chapter 6. In the crucial Chapter 8, problems with our present understanding are reviewed, especially in regard to the specific reason for the 100,000 year cycle, Muller presents a plausible alternate explanation to the usual insolation explanation. That the cycle is astronomically driven, there is no doubt. But as Muller points out, the details are not correctly explained simply by insolation.
   
   This book definitely brings up more questions than answers. This is in contrast to much of the current "climate change" literature, which reminds me of the old saying: "You can find plenty of people who know all the answers. It's the questions that confuse them." This book addresses the basic questions of climate change honestly, perceptively, and diligently. It is from work such as this that true progress will be made in the field of climate change and -- hopefully, before the next Ice Age comes (any century now!) -- control.
   
   
   

No comments about Surviving Armageddon: Solutions for a Threatened Planet.

No comments about European Margin Sediment Dynamics.

No comments about Magnetic Anisotropy of Rocks.

No comments about Fundamentals of Discrete Element Methods for Rock Engineering: Theory and Applications, Volume 85 (Developments in Geotechnical Engineering) (Developments in Geotechnical Engineering).

No comments about Climate, Environment, and Society in the Pacific during the Last Millennium, Volume 6 (Developments in Earth and Environmental Sciences) (Developments in Earth and Environmental Sciences).

No comments about Principles of Geophysics.