イグアノドン類の新種の化石が発見されたのが記憶に新しいほか、呼吸生理学や骨組織学、法医学的視点からの生態研究などの進展で温血生物だった可能性も示唆されている恐竜。人類が恐竜の存在を発見して以来、この200年で私たちの恐竜に対する理解はどう変化してきたのでしょうか。法医学的視点からの生態研究など、最新の知見を盛り込み解説しています。
    

• Explains how science and scientific methods have advanced our understanding of dinosaurs as living animals
• Discusses some of the latest break-throughs in the study of dinosaurs, and the links between dinosaurs and modern birds
• Highlights current controversies, and the major questions now being investigated in the study of dinosaurs
• Considers the challenges to reconstructing the lives, diets, and appearance of dinosaurs

New to this Edition:

• Considers updated information relating to the earliest dinosaur fossils, and search-image for fossils in rocks
• Includes fresh research that explores the different taxa related to Iguanodon
• Includes new insights into the breathing physiology of dinosaurs and also considerations of bone histology and the implications of warm blood
• Contains accounts of some of the most recent work in the area of forensics

  
Dinosaurs are fascinating creatures and their popularity seems never ending, fuelled by films such as Jurassic Park and documentaries such as Walking with Dinosaurs. Yet dinosaurs (or more precisely non-avian dinosaurs) last trod the Earth 65 million years ago. All we know of them today are their fossilised bones, the tracks and traces that they left behind and, in very rare instances, some of the soft tissues or even traces of their chemistry. In many respects dinosaurs present us with one of the ultimate forensic challenges: they comprise the fragmentary remains of creatures that died many tens of millions of years ago, rather than just recently, or a few tens of years ago, which is the problem usually faced by forensic pathologists. How much do we really know about them, and to what extent can their remains inform us about ancient worlds, and indeed about the history of our planet?
  
In this Very Short Introduction David Norman discusses how dinosaurs were first discovered and interpreted, and how our understanding of them has changed over the past 200 years. He looks at some of the amazing discoveries that have enabled us to gain new and unexpected insights into dinosaurs as animals with natural histories and behaviours, and considers some of the biggest questions in dinosaur biology, such as the implications of them having warm blood. Norman also shows how research upon dinosaurs has been enriched, particularly in recent decades, by technological break-throughs, which complement the informed speculation and luck which have played a part in many of the major discoveries.