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∎ Descargar Gratis Practical Magnetotellurics Fiona Simpson Karsten Bahr 9780511614095 Books

Practical Magnetotellurics Fiona Simpson Karsten Bahr 9780511614095 Books



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Download PDF Practical Magnetotellurics Fiona Simpson Karsten Bahr 9780511614095 Books

The magnetotelluric (MT) method, a technique for probing the electrical conductivity structure of the Earth, is increasingly used both in applied geophysics and in basic research. This book, first published in 2005, goes into detail on practical aspects of applying the MT technique. Beginning with the basic principles of electromagnetic induction in the Earth, this introduction to magnetotellurics aims to guide students and researchers in geophysics and other areas of earth science through the practical aspects of the MT method from planning a field campaign, through data processing and modelling, to tectonic and geodynamic interpretation. The book will be of use to graduate-level students and researchers who are embarking on a research project involving MT; to lecturers preparing courses on MT; and to geoscientists involved in multi-disciplinary research projects who wish to incorporate MT results in their interpretations.

Practical Magnetotellurics Fiona Simpson Karsten Bahr 9780511614095 Books

This is a review of "Practical Magnetotellurics" by Fiona Simpson, Karsten Bahr. Let me start by saying that I am a scientist by training, initially unfamiliar with MT but interested in the topic, and used this book to bring myself up to speed with the topic.

There are not many books on MT, or even books on EM methods in general that include MT at least as a sub topic. Therefore, it is a plus that a book dedicated to the topic exists in the first place. However, I found it more a book useful as a reference in case you are already familiar with the theory, and less a book for starters. The reason is the style of the book: I would describe it as theoretical, and from an academic perspective. The book has 246 pages, of which I estimate only 20 cover topics as introduction to MT, practical aspects, and tutorial like explanations of concepts the reader new to MT might not be familiar with. The bulk of the book is dedicated to more in-depth theoretical aspects relating to inversion, transfer functions, dimensionality, etc.. Many sentences are of the form "From equation () we find ..." and "From the definition of .. we can ...".

In itself this is not negative, it is a choice the authors have made. But it makes the book less suitable for newcomers to the field. I have learned the technology myself through reading lots of articles, doing calculations, working with MT software, etc., and now this book is standing in my bookcase and I find myself rarely picking it up again unless I need to look up something I know that is in there. Also, when I need to explain MT to someone else, I find myself hardly using any material from the book. My own experience on *first* reading was not that of an enjoyable journey into a new and fascinating subject, but more often that of frustration of not understanding what I was reading.

For a better introduction to the topic, I can recommend the following review article: A. Orange, "Magnetotelluric exploration for hydrocarbons", Proc. of IEEE, Vol. 77, No. 2, pp. 287-317 (feb. 1989).

Bottom line: good reference book covering the theoretical underpinnings complete with list of references, glossary, appendices on mathematical aspects, and index. But for educational use, or as tutorial for self-study, is falls short because of its theoretical style and lack of ability to guide the reader into new - and as yet unfamiliar - terrain. So the title "practical MT" is misleading, it should be "theoretical MT".

Product details

  • Printed Access Code
  • Publisher Cambridge University Press (December 3, 2009)
  • Language English
  • ISBN-10 0511614098

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Practical Magnetotellurics Fiona Simpson Karsten Bahr 9780511614095 Books Reviews


I have only read the first chapter, so this must be seen as a preliminary review. I have been pleased by the content and presentation so far. I just did my first CSAMT survey in the summer of 2008 and my first MT survey in August 2008, so I can't claim to even know enough to be dangerous. I purchased this book based on suggestions of colleagues who have been performing MT surveys for many years. Seems quite good so far.
As the title suggests, the books is supposed to focus on the practical aspects of MT but you still found some background theory which is pretty handy. The problem with the book is that the authors don't have a wide experience with MT and obviously focus on their own strengths, which seems to be strongly academic. For instance, I work in the geothermal industry and bought the book hoping to find some case studies of MT exploration. MT plays a fundamental role in geothermal exploration, and hydrothermally-induced clay alteration is a pretty important component in the interpretations of MT. When the authors talk about MT in the book, however, they seem completely unaware of this.
This is a review of "Practical Magnetotellurics" by Fiona Simpson, Karsten Bahr. Let me start by saying that I am a scientist by training, initially unfamiliar with MT but interested in the topic, and used this book to bring myself up to speed with the topic.

There are not many books on MT, or even books on EM methods in general that include MT at least as a sub topic. Therefore, it is a plus that a book dedicated to the topic exists in the first place. However, I found it more a book useful as a reference in case you are already familiar with the theory, and less a book for starters. The reason is the style of the book I would describe it as theoretical, and from an academic perspective. The book has 246 pages, of which I estimate only 20 cover topics as introduction to MT, practical aspects, and tutorial like explanations of concepts the reader new to MT might not be familiar with. The bulk of the book is dedicated to more in-depth theoretical aspects relating to inversion, transfer functions, dimensionality, etc.. Many sentences are of the form "From equation () we find ..." and "From the definition of .. we can ...".

In itself this is not negative, it is a choice the authors have made. But it makes the book less suitable for newcomers to the field. I have learned the technology myself through reading lots of articles, doing calculations, working with MT software, etc., and now this book is standing in my bookcase and I find myself rarely picking it up again unless I need to look up something I know that is in there. Also, when I need to explain MT to someone else, I find myself hardly using any material from the book. My own experience on *first* reading was not that of an enjoyable journey into a new and fascinating subject, but more often that of frustration of not understanding what I was reading.

For a better introduction to the topic, I can recommend the following review article A. Orange, "Magnetotelluric exploration for hydrocarbons", Proc. of IEEE, Vol. 77, No. 2, pp. 287-317 (feb. 1989).

Bottom line good reference book covering the theoretical underpinnings complete with list of references, glossary, appendices on mathematical aspects, and index. But for educational use, or as tutorial for self-study, is falls short because of its theoretical style and lack of ability to guide the reader into new - and as yet unfamiliar - terrain. So the title "practical MT" is misleading, it should be "theoretical MT".
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