If you could go back in time and tell yourself to read a specific book at the beginning of your career as a statistician, which book would it be?
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Here are two to put on the list: Tufte. The visual display of quantitative information |
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The book from Hastie, Tibshirani and Friedman http://www-stat.stanford.edu/~tibs/ElemStatLearn/ should be in any statistician's library ! |
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I am no statistician, and I haven't read that much on the topic, but perhaps Lady Tasting Tea: How Statistics Revolutionized Science in the Twentieth Century should be mentioned? It is no textbook, but still worth reading. |
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Not a book, but I recently discovered an article by Jacob Cohen in American Psychologist entitled "Things I have learned (so far)." It's available as a pdf here. |
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I say the visual display of quantitative information by Tufte, and Freakonomics for something fun. |
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William Cleveland's book "The Elements of Graphing Data" or his book "Visualizing Data" |
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I think every statistician should read Stigler's The History of Statistics: The Measurement of Uncertainty before 1900 It is beautifully written, thorough and it isn't a historian's perspective but a mathematician's, hence it doesn't avoid the technical details. |
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In addition to "The History of Statistics" suggested by Graham, another Stigler book worth reading is Statistics on the Table: The History of Statistical Concepts and Methods |
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Long ago, Jack Kiefer's little monograph "Introduction to Statistical Inference" peeled away the mystery of a great deal of classical statistics and helped me get started with the rest of the literature. I still refer to it and warmly recommend it to strong students in second-year stats courses. |
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Andrew Gelman's interesting book recommendations are here: http://thebrowser.com/interviews/andrew-gelman-on-statistics |
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On the math/foundations side: Harald Cramér's Mathematical Methods of Statistics. |
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Fooled By Randomness by Taleb Taleb is a professor at Columbia and an options trader. He made about $800 million dollars in 2008 betting against the market. He also wrote Black Swan. He discusses the absurdity of using the normal distribution to model markets, and philosophizes on our ability to use induction. |
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For a clear exposition of what should be in social science journal articles (assistance if you're writing or peer reviewing) I like The Reviewer's Guide to Quantitative Methods in the Social Sciences. In particular I like the table desideratra as a synopsis of the minimum that a paper (article, thesis, dissertation) should contain. The chapters are separated by analysis technique, which is nice. I think the book has wider applications than "just" the social sciences as the techniques covered are used across many fields. Quite early on, so perhaps not covered by the question, I was introduced to Ott's Introduction to Statistical Methods and Data Analysis. It's quite expensive, but is a wonderful resource at showing the underlying statistical models for various GLM methods. I dream of the day that journals require articles to contain show the formula of the statistical model tested. For checking test assumptions, looking at the effects of various options within a test, and so forth, this is the one book I wish I had when I was studying. I have the previous edition and it is one of the best general resources I have purchased because of the clear and consistent manner in which information about the tests is laid out. It contains nice examples illustrating the test(s), and does not require the reader to have a particular statistical package in order to follow the expositions. |
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I wouldn't argue that either of these should be considered "the most influential book... [for] statistician[s]", but for those who are just starting to learn about the topic, two helpful books are:
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In case you're interested, I've reviewed both on Amazon and at http://www.integrativestatistics.com/favorites.htm |
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Lots of good books already suggested. But here is another: Gerd Gigerenzer's "Reckoning With Risk" because understanding how statistics affect decisions is more important than getting all the theory right. In fact number one sin of statisticians is failing to communicate clearly. His book talks about the consequences of poor communication and how to avoid it. |
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