The Science of Sherlock Holmes: From Baskerville Hall to the Valley of Fear, the Real Forensics Behind the Great Detective's Greatest Cases

by E.J. Wagner

Book Overview

2007 Edgar(R) Nominee

Take a wild ride by hansom cab along the road paved by Sherlock Holmes- a ride that leads you through medicine, law, pathology, toxicology, anatomy, blood chemistry, and the emergence of forensic science during the nineteenth and twentieth centuries.

The Science of Sherlock Holmes is as fascinating and eye-opening as any Holmes mystery. Examining the Great Detective's remarkable adventures--along with gripping real-life mysteries such as the disappearance of Dr. George Parkman, wife-killer Kenneth Barlow, Jack the Ripper, and Lizzie Borden--author E. J. Wagner gives you a new perspective on both Holmes and modern-day forensic detection.

• Format: Paperback
• Language: English
• ISBN: 0470128232
• ISBN13: 9780470128237
• Release Date: April 2007
• Publisher: Trade Paper Press
• Length: 256 Pages
• Weight: 0.85 lbs.
• Dimensions: 0.7" x 7.6" x 8.9"

Customer Reviews

A Splendid Contribution

With all of the forests that have been destroyed in providing paper for the many studies of Sherlock Holmes, it would be easy to think that nothing new could be said about the Great Detective. In THE SCIENCE OF SHERLOCK HOLMES, E.J. Wagner splendidly proves this is not the case. With the recent interest in forensics provided by programs like CSI, and the rising numbers of characters based on Sherlock Holmes (HOUSE, MONK, Robert Goren of LAW AND ORDER: CRIMINAL INTENT, etc.), a book detailing the science behind Holmes' cases could easily have became a piece of exploitation. Instead, Wagner offers careful, intelligent, and well-written analysis. This is one of the best Sherlockian studies in several years--actually, one that should join the ranks of the best of all Sherlockian studies. Patcat

For the Love of Science of Sherlock

This book is a shining example of excellence, an A. Author E.J. Wagner's absolute command of the facts, crisp summaries of the most famous cases, her irony and subtle sarcasm -- I am very, very impressed. And in this genre, I am a hanging judge. To be honest, I had reservations when I first heard about this book. Sure, there was plenty of excited murmuring among the die-hards in the Holmesian set. But many recent historic crime titles that took on topics of broad scope just absolutely flunked the quiz. As an attorney who has studied historic true crime for longer than I care to relay, I'm a very tough audience for an encyclopedic treatment of the subject. Check out my review of "Homicide: 100 years" and you'll see just one example of an author that butchered a promising premise. But E.J. Wagner does not disappoint. If the Science of Sherlock Holmes contains any factual errors, I was hard-pressed to spot a one of them. In Wagners quite capable hands, the science, the real mysteries, and the fiction are woven together seamlessly. Wagner fills her early history of forensic science with larger-than-life characters and bizarre murder cases, from "the dark delights of the Borden mystery" to the famous Dreyfus affair, Charles Bravo case, Dr. Crippen, Hauptmann, Jack the Ripper, the Tichborne scandal, Constance Kent, and so on. Many of the interesting cases she mentions are new even to me. And she relays these stories in delightful prose -- I was often reminded of the crisp wit of my all-time favorite crime writer Edmund L. Pearson, and few other authors have ever so reminded me. She also explains the earliest advances in forensic science -- but doesn't leave out such faux pas as phrenology. And there's Sherlock Holmes in large doses. It's no wonder the book has received glowing review after glowing review after glowing review. A huge bibliography of Holmes titles and classic true crime books adds even more value to this book. I can't remember ever seeing such a comprehensive bibliography of the best historic crime titles. It would suffice as a "must get" list for a librarian looking to build a respectable collection of the all-time best in true crime. (I plan to photocopy it and give it to my husband in lieu of a Christmas list.) Anyone with the remotest interest in Holmes, true crime, history, or science would enjoy The Science of Sherlock Holmes. Anyone who wants to write historical mysteries ought to memorize it before putting one word on paper. And anyone who finishes it may well be inspired to reread Conan Doyle with a whole new appreciation for the logician and his role in the development of the incredible systems of crime detection existing today.

Crime Scene Investigation, in Sherlock's Age

The case could be made that the most famous character in fiction is the world's greatest detective, Sherlock Holmes. His adventures from over a hundred years ago still have many devoted readers, often within fan clubs, and sequels and movies seem as if they are never going to stop. We love Holmes because he was rationality triumphant, the cool thinker who could outwit the best brains that the underworld could produce. One of Holmes's attractive tributes was his reliance on scientific evaluation of the clues which he found; he not only used forensic science as it was then known, he originated aspects of it, at least in fiction. It is not surprising that his creator, Sir Arthur Conan Doyle, would have busied Holmes in forensics. Doyle, a physician, was tutored by Dr. Joseph Bell, whose incisive personality, keen observation, and powers of deduction made him a model for Holmes. In a time when there are big audiences following dramas based on forensic investigation of crime scenes, it is good to go back to the basics: _The Science of Sherlock Holmes: From Baskerville Hall to the Valley of Fear, the Real Forensics Behind the Great Detective's Greatest Cases_ (Wiley) by E. J. Wagner not only shows the requisite admiration for the forensic skill of the master, but places such skill in context at a time when scientific detection was just getting started. Before Holmes's time, people were just as fascinated as we by crime, and discussed physical evidence left by evil-doers, but the evidence was often evaluated with superstition or folklore. Holmes, of course, had to battle superstition repeatedly, showing, for instance, that the "enormous coal-black hound, but not such a hound as mortal eyes have ever seen" was no supernatural bringer of death to the Baskervilles, but a ruse that took advantage of superstition. On the other hand, dogs were beginning to be used in crime detection; Holmes did not employ dogs, but in "The Adventure of Shoscombe Old Place", he uses the vital clue of the family dog's ability to tell mistress from stranger, and in "The Adventure of the Creeping Man" he announces, "I have serious thoughts of writing a small monograph on the uses of dogs in the work of the detective." Conan Doyle himself, though a doctor, enjoyed playing something more than an armchair detective. Wagner describes a case which Doyle found unfair, so he went to the crime scene, examined all the evidence in a Sherlockian fashion, and was able to help exonerated the convicted prisoner. Holmes was also explicitly familiar with the Bertillon system of measurements, a systematic way of taking identification measurements on criminals which was cutting edge in his time, but eventually replaced by fingerprints as the main method of identification. Wagner is a crime historian, and her book uses the Holmes stories as a starting point to give histories of aspects of scientific detective-work. There are many famous cases that she includes, like those of Lizzie B

Watson Would be Pleased

There are only a few "crime lecturers and historians," as E. J. Wagner describes herself, and fewer still who care about the details of forensic science. E.J. is one. I first met Ms. Wagner in 2000 when she and her husband braved Manhattan traffic to meet me and discuss my writing aspirations. I found her to be truly interested in getting the scientific details right in her presentations, and delighted to win the approval of forensic scientists. As a group, we can be quite sensitive about terminology, and when an author "gets it right," we like it. No murder mystery this, but a seamless continuum of E.J.'s narrative spanning the writings of Arthur Conan Doyle as he wove real science into the fictional fabric of his characters. E.J. takes the reader on a tour, offering quotes from Sherlock Homes stories and then noting how the science of that time was applied, filling in details gleaned from actual scientific publications of the era. Students of the history of forensic science will smile as they are treated to excerpts from "The Century of the Detective" by Jurgen Thorwald, and pearls from Alphonse Bertillion, Sir Bernard Spilsbury, Hans Gross, Edmond Locard, and even a fellow named Paul Kirk. Virtually every specialty is touched upon with emphasis on firearms, impressions, crime scenes, blood typing, trace evidence and toxicology. In addition, there is a nice treatment of a few areas that forensic science abandonded almost a century ago, including phrenology and anthropometery. A few notorious cases of the Holmesian period are also included, such as that of the axe-wielding Lizzie Borden. At the conclusion of each chapter there is a short feature titled "Whatever Remains," where the author ties up a few loose ends with short comments on contemporaneous cases you may have heard of, including O.J. Simpson and the Lindbergh kidnapping. All in all, this book deserves a place on the crowded shelf of any criminalist curious about the beginnings of our profession. (Review published in The CACNews, a newsletter for forensic scientists)