In Data Analysis Methods in Physical Oceanography, Emery and Thomson have drawn together a broad range of information on data analysis methods in a single volume. It is an excellent book for the experienced researcher as well as upper level undergraduates and graduate students. It could either serve as a textbook or as a reference handbook. The focus of the book is on application of methods and not just theoretical description. The material is presented in the same fashion that data is approached, from collection to analysis. Particularly useful is that each chapter provides background for the topics presented; setting a context for understanding the material.

The first chapter reviews the basics of statistical sampling and how various oceanographic data elements are collected. It describes in detail the various methods used for collection and their inherent strengths and weakness. The second chapter moves from collecting the data to processing and data presentation; including calibration, interpolation and a variety of presentation formats. The third chapter presents the standard statistical methods and procedures for error handling. The last two chapters cover the range of methods used for spatial and time series analysis of data. This includes not only long established methods but more recent methodologies, such as wavelet transforms, as well.

A bibliography and set of appendices complement the text, making the book an all encompassing reference work. The authors have created an extensive bibliography that enables readers to follow up with more specific readings. The appendices include units in physical oceanography, a glossary of statistical terms, statistical tables, and non-uniform numbers.

We have no similar books in Physical Oceanography. It puts together the description of many useful techniques (including the modern ones) and it also considers pratical aspects of data collection and analysis. The text is easy to follow. The figures are very clear. Useful references are cited. Other geophysical areas can also benefit from it. Do I need to say something else !

This is a collection of letters written from Hunter's Childhood up to his successful Hell's Angels book. The most interesting thing about this book is the immense difficulty he had selling his stories and the desperate poverty in which he lived for years as a struggling writer. I guess like all people I kind of thought that someone this brilliant was just embraced by literary circles, and any problems he had was because he was a drunken, drugged out, crazy freak who upset everyone who tried to help him. This was not the case.
Like many geniuses Hunter was so far ahead of everyone that he had to wait for them to catch up.
The humor is so funny that it almost impossible not to crack up on every page, even in the midst of terrible personal turmoil Hunter was one funny man.
ONE problem, I wish that there were more letters FROM the people he wrote to over the years. Some of the funniest moments were the letters he received from people over the years. More of those exchanges would have helped and made the book much more interesting. That is why it is not 5 stars. It is still worth reading. Especially if you want to be a writer.

Perhaps, as Hunter Thompson suggests in The Proud Highway, people really do take more of a liking to his letters and not his serious work. This statement is easily endorsed by the fine contents that surround it. This is the perfect book for a typical Thompson fan, a collection of eccentric one plus page letters that suit a person with a short attention span. His sylistic prose is best received in short bursts, such as essays, articles, and letters. The letter format also allows us to see the evolution and experimentation Thompson has endured in his life. This pre-gonzo collection is Thompson as himself, not the "Raoul Duke" character he has personified in the past. While Hunter seems incapable of writing anything unautobiographical, the fact remains he is far more qualified to tell this story than any hack biographer seeking to romanticize and sensationalize Thompson's myth for a profit. The Proud Highway tells Thompson's story in a much more engaging fashion than the biographies, though there is no lack of effort and emulation in any of these books. This book should be required reading for aspiring authors.

I have just got through reading this collection of Letters and found it to be worthwhile reading. I received the book as a gift and was not aware of a Fear and Loathing Letters Volume. I found this to be a highway of following (if anyone possibly could) and watching Thompson grow as a writer. While at the Air Force Base working as an editor of the Sports Section, he wrote to his family and friends as well as ex-girlfriends. Probably because he was away from home for the first time.

As the years go on the more this book became more interesting. Between following all over this country we follow him to South America were some of his best articles came from. I have read Hell's Angels and The Great Shark Hunt and found this to tie in with those books. Through his consumption of Old Crow and god only knows what else, we see letters to LBJ, various magazine editors, and Mr. Semonin and start to see the Hunter we all know and love to come out. The thing that makes him "likeable" is his blunt honesty, since he calls them as he sees them. He is intelligent and knows a lot about everything. I would recommend this book to anyone who wants to read Thompson!

If anything this book offers a chance to see what makes this amazing mind tick!

A well writen account of how the arms industry in America develops a product. John T. Thompson, the gun's developer spent his life as a professional soldier and developed the concept of the modern submachine gun. A combination of peace, poor timing, and Hollywood left him a frustrated inventor who died just before his weapon became standard issue in WW II. The "Tommy Gun" is one of the most recognized weapons in the world and author Helmer writes an interesting account of how this came to pass. This book is very readable for what was originally, I beleive, a master's thesis. This book would be of interest for those interested in the social aspects of Americian culture in the 20's and 30's as well as for those interested the history of small arms. Helmer relates many amusing anecdotes and reveals a number of ironic developments.

This is the definitive social, political, criminal, police, and military history of the Thompson submachine gun. Plus, the author's lively writing style makes for rat-a-tat reading.

This book provides a pleasant alternative to the more classical books by Edmonds, Brink and Satchler or Rose: it's much more fun! The large number of illustrations (127) helps the reader to grasp some fundamental aspects of angular momentum. All the basics of this subject are covered. The reading is facilitated by the fact that many proofs are left as exercices (and can be found in more classical treatments of the subject). For those who have Mathematica at their disposal, the programs that are included in the book can fruitfully by used for further exploration of the properties of angular momentum.

A very good book to start with. Very Mathematical in its approach. Not much of implementation. But will help you do your own implementation. For people who what to learn the basics and try implementing themselves. Not for people who want ready made soup.

According to the author, the practicality of books on functions is often limited by the graphical content, and that books of tables like Abrahamowitz & Stegun "serve a very limited purpose" today (primarily to check function evaluating software). This "Atlas" tries to fill this void, and it does a respectable job. However, detailed function exploration and visualization is left to Mathematica users, the primary audience for this book. Without Mathematica 2.2 or later, and/or a C complier, a great deal in this title cannot be fully appreciated. Of course, the reader can often explore function behavior by plotting an equation using common spreadsheet software that came with his computer w/o using C or Mathematica. But much of this high-priced textbook consists of small blocks of C code and everlasting references to Mathematica notebook calls. Part II contains ~200 pages of Mathematica notebook descriptions and ~100 pages of C driver programs, not to mention the C code documented throughout the first 600 pages.

Most the "Atlas" graphics are small (~2") gray-scale screenshots of Mathematica plots. The quality of some graphics leaves something to be desired though (Figure 7.2.2 p. 119 for example), since many figures are obviously grainy (vertical lines and text characters often appear as broken line segments, not unlike a tilted faxed image). These gray-scale images are fairly bland - I expected at least a little color and only the highest quality graphics for a book calling itself an "atlas", especially for the asking price.

"Atlas" is no substitute for the timeless books of tables and equations such as the (inexpensive) A&S (ISBN 0486612724) or the CRC Standard Math Tables. In computing the error function (erf), for example, Dr. Thompson defines erf in terms of a function call of the gamma function, while A&S provides many, many more alternatives suitable for machine solution. The discussions here, while more generous than A&S, are much less detailed than an explanatory book like Numerical Recipes. Instead, pictorial surveys primarily forego a lot of the detailed explanation of the underlying function theory. A few of the functions, such as the Voight distribution, are hard to find in the classic references, but the reader will find very few new topics here.

I expect this title, being heavily tied to a particular software package and computer language, will find itself being re-issued in later editions as software inevitably evolves. I therefore wouldn't expect too many individuals paying $175 for what is almost a software book. All in all, a well packaged presentation but not quite the insightful, general purpose book for which I had hoped.

According to the author, the practicality of books on functions is often limited by the graphical content, and that books of tables like Abramowitz & Stegun "serve a very limited purpose" today (primarily to check function evaluating software). This "Atlas" tries to fill this void, and it does a respectable job. However, detailed function exploration and visualization is left to Mathematica users, the primary audience for this book. Without Mathematica 2.2 or later, and/or a Fortran 90 complier, a great deal in this title cannot be fully appreciated. Of course, the reader can often explore function behavior by plotting an equation using common spreadsheet software, or a graphing calculator, without using F90 or Mathematica. But much of this high-priced textbook consists of small blocks of F90 code and everlasting references to Mathematica notebook calls. Part II contains ~200 pages of Mathematica notebook descriptions and ~100 pages of F90 driver programs, not to mention the F90 code documented throughout the first 600 pages.

Most the "Atlas" graphics are small (~2") gray-scale screenshots of Mathematica plots. The quality of some graphics leaves something to be desired though (Figure 7.2.2 p. 117 for example). Many figures are obviously grainy - vertical lines and text characters often appear as broken line segments, not unlike a tilted faxed image. These gray-scale images are fairly bland; I expected at least a little color and only the highest quality graphics for a book calling itself an "atlas", especially for the asking price.

"Atlas" is no substitute for the timeless books of tables and equations such as the (inexpensive) A&S (ISBN 0486612724) or the CRC Standard Math Tables. In computing the error function (erf), for example, Dr. Thompson defines erf in terms of a function call of the gamma function, while A&S provides many, many more alternatives suitable for machine solution. The discussions here, while more generous than A&S, are often not quite as insightful as Numerical Recipes, which the author often references. Instead, pictorial surveys primarily forego a lot of the detailed explanation of the underlying function theory. A few of the functions, such as the Voight distribution, are hard to find in the classic references, but the reader will find very few new topics here. "Atlas" is a well packaged presentation but not quite the insightful, general purpose book for which I had hoped.

The contents are almost identical to an earlier C version by the same name (ISBN 0471002607). The availability in C, F90 and Mathematica is commendable, although it seems that the F90 version may now be out-of-print having been listed at a price for almost two hundred dollars for several years. Programmers of the older Fortran 77 standard will find the level of F90 programming reasonably suited for translation back to the older standard - or even C itself, if necessary. Therefore, Mathematica users in particular will find the used but now heavily discounted F90 copies the much greater bargain.