Review by Choice Review
Hone (Queen Mary Univ.) applauds recent fossil discoveries and new analytical techniques advancing the study of dinosaur behavior. Noting that future progress depends upon interdisciplinary collaboration, he presents this book as an introduction to current knowledge and data in hopes of attracting other scientists, particularly ethologists, to the field. In the core chapters, Hone reviews and assesses the leading hypotheses in five behavior categories: group living, signaling, reproduction, combat, and feeding. Although he acknowledges that a degree of uncertainty remains inevitable--after all, one cannot observe extinct animals--he asserts that multiple samples, in conjunction with multiple lines of evidence (e.g., taphonomy, anatomy, biomechanics, functional morphology, environmental data, analogies with living species descended from dinosaur lineages), strengthen a given hypothesis. Throughout the book, he demonstrates how to employ the framework, proposed by himself and a colleague in 2014, for evaluating hypotheses about fossil-animal behavior (29-30). Uncovering Dinosaur Behavior not only includes abundant photographs, it features line drawings and full-page color illustrations by Gabriel Ugueto. Despite its visual attractiveness and appealing title, the book requires familiarity with the concepts and terminology of zoology. Summing Up: Recommended. Graduate students, researchers, and professionals. --Melody Herr, University of Arkansas
Copyright American Library Association, used with permission.
Review by Booklist Review
Our impressions of dinosaur behavior are largely influenced by movies (Jurassic Park, The Good Dinosaur), illustrated books (especially those we read as children), and museum dioramas. Paleontologist Hone provides a reassessment of the behavioral repertoire of these fascinating creatures. Acknowledging the challenges of accurately identifying the actions of a group of animals extinct for more than 65 million years, he warns against overextrapolating from fossil evidence, isotope studies, and geological records. Hone's analysis centers on what is plausible and possible. Chapters on feeding, reproduction, combat, group living, and signaling highlight his discussion. Mating might have been difficult for some dinosaur species due to their massive size and weight or presence of body armor with plates or spikes. Dinosaur fighting seems like a kind of Mesozoic Era MMA (mixed martial arts), with head-butting, wrestling, clubbing with tails, stabbing with horns, biting, and clawing. At times, the discussion becomes academic (Hone provides 400 references). Yet what dinosaur enthusiast won't enjoy learning interesting stuff about dinosaur nests and eggs, bite strength, gargantuan reptile battles, and a variety of anatomic armaments?
From Booklist, Copyright (c) American Library Association. Used with permission.
Review by Publisher's Weekly Review
In this stimulating study, Hone (How Fast Did the T. Rex Run?), a zoology professor at Queen Mary University of London, details how paleontologists draw conclusions about dinosaur behavior. Evaluating evidence for social behavior in the prehistoric reptiles, Hone notes one site where skeletons of the velociraptor-like Deinonychus were found around the carcass of a single large herbivore, suggesting the predators may have hunted as a group. Hone also delves into dino diets, explaining that large herbivores likely ate a wide variety of vegetation because they had long digestive systems equipped to break down even relatively innutritious flora, whereas smaller creatures probably had to specialize in protein-rich buds and small shoots. Elsewhere, Hone describes how paleontologists infer dinosaur behavior by studying whether a given tendency is present in birds and crocodiles, dinosaurs' closest living relatives. Hone brings a welcome candor regarding the uncertainties of the scientific process, and the impressive science illustrates the creative ways with which paleontologists utilize limited evidence. For example, Hone points out that T. rex tooth marks have been found on an intact hadrosaur humerus and discusses how from this evidence, some paleontologists surmise that T. rex scraped away flesh by "retracting the head in the manner of modern birds of prey" rather than biting through bone. This vivid look at the prehistoric past enthralls. Illus. (Nov.)
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