Cover image for Firefly encyclopedia of reptiles and amphibians
Title:
Firefly encyclopedia of reptiles and amphibians
Author:
Adler, Kraig.
Publication Information:
Toronto ; Buffalo : Firefly Books, [2002]

©2002
Physical Description:
240 pages : color illustrations, color maps ; 30 cm
General Note:
Includes index.
Language:
English
ISBN:
9781552976135
Format :
Book

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QL640.7 .F57 2002 Adult Non-Fiction Central Closed Stacks-Oversize
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QL640.7 .F57 2002 Adult Non-Fiction Non-Fiction Area-Oversize
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Summary

Summary

Combining authoritative, easy-to-read essays with exciting illustrations and color photographs, this comprehensive encyclopedia covers all the diverse families of reptiles and amphibians, from chameleons to turtles to tree frogs.

Lively, in-depth articles are illustrated with accurate artworks and color photographs and each species listing has a Factfile of the essential data:

Scientific Order and population Distribution (with a color-coded map) and Habitat Size and Color Reproduction and Life Cycle Longevity Conservation Status

Scientists, zoologists and expert researchers have contributed specially commissioned articles. These specialists, all experts in their fields, are actively involved in conducting frontline scientific or behavioral research. The inclusion of their latest findings and interpretations sets this title apart.


Author Notes

Tim Halliday is Professor of Biology at the Open University, England, where he teaches animal behavior and evolutionary biology, and researches the mating dynamics of newts, frogs and toads. He has written or edited several books and numerous scientific papers about amphibian sexual behavior. In the last ten years, he has concentrated on global declines among amphibian populations. He is the International Director of the IUCN/SSC Declining Amphibian Populations Task Force.

Dr. Kraig Adler is Professor of Biology at Cornell University. His research includes animal orientation and navigation, and the systematics, ecology and evolution of amphibians and reptiles which he has studied in the field around the world. Dr. Adler's research is widely published and he has written or edited eight books, including co-authoring Herpetology of China (1993) and Captive Management and Conservation of Amphibians and Reptiles (1994). He served as President of the Society for the Study of Amphibians and Reptiles and was elected the first Secretary-General of the World Congress of Herpetology.


Reviews 3

Booklist Review

With lush color photographs and lavishly detailed illustrations, these encyclopedias present a striking abundance of information at a glance. Also noteworthy is the scholarly text, a comprehensive overview of these frequently studied--and uniquely different--phyla. The format of both volumes is similar. A major article introduces the main classes: amphibians, reptiles, and arthropods (insects and arachnids). Articles pertaining to specific species follow. For example, 23 species of the class Insecta--with a separate article for millipedes and centipedes, members of the superclass Myriapoda--are featured. Entries vary in length, depending upon the complexity of the species. Information on Stoneflies is covered in two pages, while Crickets and grasshoppers requires twelve pages of text. All articles--penned by authorities in the field of biological study--provide current scientific information and research findings relating to physiology and to behavior. Several valuable features are standard in each article. Most significant are the "Factfiles," which provide a quick summary of valuable statistics, including the order, class, physical features, life cycles, population, habitat, color, reproduction habits, and longevity of the species. Conservation status, a key consideration for many researchers, is also noted, using IUCN (World Conservation Union) categories as a descriptor. Boxed "Special Feature" (for example, "Fly-Borne Diseases" and "Decoding the Frog Chorus") and "Photo Story" (such as "Building Nests of Mud and Paper" and "Harvesting Snake Venom") articles supplement the erudite text with fascinating sidelights concerning behavior, morphology, and economic and medical importance, among other topics. Although glossaries of biological terms are included, sidebars defining these terms on the pages on which they appear might have been a better placement because most students will not turn to the ends of the volumes. A bibliography of sources and an index complete each book. One thinks short and concise when perusing an encyclopedia. Such is not the case with these resources, which are strongly recommended for high-school, public, and academic libraries. For students in grades four through eight, Marshall Cavendish's multivolume Insects and Spiders [RBB F 1 03] and Reptiles and Amphibians [RBB F 15 03] offer less scholarly but equally attractive coverage.


Library Journal Review

The editors (and numerous contributing scientists) have revised, updated, extended, and improved upon these two titles, first published in 1986. Each volume is organized taxonomically. Overviews of upper-level divisions (insects, arachnids, amphibians, and reptiles) broadly describe anatomy, physiology, life cycle, behavior, and conservation status. Succeeding articles provide further details on narrower taxonomic groups (such as beetles or snakes) and individual species. The text has been attractively reformatted, enhancing readability, and the number of supplementary essays has increased (totaling nine in Insects and 23 in Reptiles). These essays cover subjects ranging from the color and patterning of butterfly wings to declining amphibian populations, reptilian play behavior, and the use of beetles as biological control agents. Most pages include gorgeous photographs or drawings, and new two-page captioned "photo stories" (four in Insects, three in Reptiles) highlight selected topics, including wasp nest construction and tadpole development. Glossaries are also included. Unfortunately, the referencing in both volumes features a number of omissions. For example, See references from "daddy longlegs" to "harvestmen" and from "cayman" to "caiman" are lacking, as are entries for at least one organism mentioned in each book. In Insects, "woolly bear" refers to a destructive carpet beetle larva (British usage) rather than a fuzzy banded caterpillar. Despite these small flaws, Insects is more attractive and better indexed than George McGavin's complementary Essential Entomology: An Order-by-Order Introduction (Oxford Univ., 2001), making it a good choice for public libraries. Larger collections should also consider Academic Press's more expansive Encyclopedia of Insects, due in February 2003. Reptiles is rivaled by only the out-of-print Encyclopedia of Reptiles and Amphibians, 2d ed. Recommended for public and academic libraries.-Nancy R. Curtis, Univ. of Maine Lib., Orono (c) Copyright 2010. Library Journals LLC, a wholly owned subsidiary of Media Source, Inc. No redistribution permitted.


Choice Review

This substantial update of Encyclopedia of Reptiles and Amphibians (CH, Sep'86) by the same editors (Open Univ., UK, and Cornell) is not a field guide and is not arranged alphabetically. It presents information about evolution, form, function, distribution, diet, reproduction, development, locomotion, social behavior, and conservation of the various families of amphibians and reptiles. Special feature articles cover other important aspects of their lives, from vocal communication to play (it would be curious to see Komodo dragons at play). The book includes a glossary, a bibliography with Web sites, and an extensive index. Arresting photography is its most outstanding feature, but other illustrations are also well done. Topical arrangement and captivating photos assure that a quick look-up in this book will take longer than expected. Some libraries may place it in the circulating collection. Libraries holding the earlier version should replace it with this one. The dust jacket's claim that this title "is the definitive single-volume reference source for the 21st century" may overreach, but this book is plenty fine. Recommended for academic and public libraries. T. R. Faust Fairfield University


Excerpts

Excerpts

Preface Amphibans and reptiles were once seen as "lower forms" of life, and not just in popular misconceptions of the hierarchy of living things. Even the famous Swedish scientist Carl von Linné (Carolus Linnaeus) who, in the mid-1700s, established the system for naming species that is still in use today, is supposed to have held them in contempt: "These foul and loathsome animals .... thir Creator has not exerted his powers (to make) many of them." Happily, modern science takes a more enlightened view. Nowadays, the joint study of amphibians and reptiles continues as a single discipline (herpetology, from the Greek herpeton, meaning "crawling things"). Yet even this conjunction owes more to tradition, and to the fact that methods of collecting and keeping amphibians and reptiles have always been very similar, than it does to any fundamental similarity between them. Herpetologists have found that the differences between the two groups are often more striking than their similarities. They have also found that there is much about these animals to arouse fascination, and a great deal to learn from them about animal life in general. Apart from the way in which they maintain body temperature, and some other similarities such as having a single ventricle in the heart (birds and mammals have two), amphibians and reptiles differ markedly. Amphibians have a soft, smooth skin that is permeable to water; reptiles are covered in coarse, dry scales that are impervious. The eggs of amphibians lack a waterproof outer covering and are always laid in water or in damp places, whereas the reptilian egg has a thick, hard or parchment-like shell that holds moisture in, enabling the young to develop within it even on dry land. These differences reflect the significant position that each group occupies in the evolutionary history of the vertebrates. The amphibians made the transition from the totally aquatic life of fishes and evolved the ability to move about freely on land. The move involved a radical reorganization of the skeleton, particularly of the bones in the limbs, in comparison to that in the fins of fishes. It also involved an elaboration of the ability to breathe air, rather than dissolved oxygen, that had already evolved in their lungfish ancestors. The reptiles took the conquest of the land a stage further and, by acquiring an impermeable skin and an impermeable covering for the egg, became completely emancipated from standing water. In different ages, nature has, in fact, exerted its powers to make great many of these creatures, for early in their history both groups were a much more prominent feature of the Earth's faun, than they are today. For many millions of years the reptiles were the dominant form of life. Each, however, has become much less important in terms of numbers of species, so that today the amphibians, with about 5,000 species, are the second smallest vertebrate group, while the reptiles, at around 8,000 species, are themselves less numerous than either fishes or birds. Thanks to the present upsurge of interest in amphibians and reptiles among professional biologists, the science of herpetology is now making contributions to zoological knowledge that compare favorably in significance with those made in ornithology and mammalogy. Partly this is due to the realization that the traditional distinction between "higher" and "lower" vertebrates is no longer valid. Amphibians and reptiles are not degenerate or inferior in comparison to birds and mammals; they simply go about things in different ways and are, in many respects, just as successful. They are, for example, much more efficient in their use of energy and, because of various special features that they possess, are able to live in environments that are inaccessible to other groups. Most notably, reptiles are able to thrive in the driest deserts where birds and mammals cannot survive. Another factor in the enhanced status of amphibians and reptiles has been the recognition that they are much more diverse than was previously realized. Modern biology has its foundations in Europe, a continent that is relatively impoverished in terms of amphibian and reptile species when compared with the America, and, especially, the tropics, where new species are still being discovered. Finally, biologists have discovered that amphibians and reptiles are ideal subjects for study within a variety of different zoological disciplines. The science of zoology is like a tapestry with numerous interwoven threads. In one direction run several distinct disciplines, such as anatomy, physiology, ecology, and behavior, that consider similar processes in a variety of animal types. In the other direction are those branches that each consider just one kind of animal, such as insects, fishes, or birds. This book reflects the complex, integrated nature of zoology inasmuch as, while it is concerned with only two classes of animals, it also considers phenomena, in physiology and behavior for example, that are found in a wide variety of animals. The formal plan of the book follows the tapestry's threads in the direction of classification. A major article introduces the class Amphibia and another the class Reptilia, detailing their evolutionary history and outstanding aspects of physiology, life history, and behavior. A separate main entry is devoted to each of the three orders of amphibians and to the four main groups of reptiles. Each entry is introduced by a factfile giving the number of species, genera, and families, their distribution, and a summary of habitat, size, color, reproduction, longevity, and conservation status. The scale drawings indicate the ranges of sizes to be found in the group as compared to a 1.8m (6ft) man. The main text deals in general with the order's characteristic physiological forms and the varieties of the niches which it has occupied. A major section at the end of the main text gives a separate description of each of the group's families, highlighting important genera and species. Five of the main entries include summaries in tabular form of the families within the groups in question. Each table gives the numbers of species and genera in the family, their distribution, the range of sizes, colors, and body forms, and, where applicable, the distinctive points of life history. The tables also list species or genera referred to in the text, plus their scientific names. At several points, we follow threads running in the other direction, highlighting aspects of the study of amphibians and reptiles that have made herpetology an increasingly important discipline within zoology as a whole. Articles of this kind appear as double- page special features following the two introductions and certain of the main entries, and they also appear within the main entries as shorter, boxed features. Here we have allowed authors to report in greater depth on the most up-to-date understanding of fascinating aspects of amphibian and reptile life. The authors often emphasize the need to conserve species threatened with extinction and by mismanagement, for one of the most alarming developments that has occurred since we prepared the first edition of this book is the accelerating rate with which the world's amphibians and reptiles are declining and becoming extinct. Throughout this encyclopedia we have used the IUCN (World Conservation Union) categories for endangered species, using the 2000 edition of the Red List. These categories are explained in the table below. This book is the fruit of the labors of an international team of authors preeminent in their fields. To their invaluable efforts have been added those of the photographers and illustrators (particularly David Dennis) whose work has so skillfully brought these pages to life. Our grateful acknowledgments are due to all of them, as well as to the dedicated publishing team at Andromeda Oxford Ltd., led by Dr Graham Bateman, Dr Peter Lewis and Mark Regardsoe. Finally, it is for the reader to decide whether Linnaeus' "foul and loathsome" creatures are not in fact some of the most exciting and interesting animals alive today. Tim Halliday The Open University Milton Keynes Kraig Adler Cornell University Ithaca, NY -- IUCN Cateogories Extinct , when there is no reasonable doubt that the last individual of a taxon has died. Extinct in the Wild , when a taxon is known only to survive in captivity, or as a naturalized population well outside the past range. Critically Endangered , when a taxon is facing extremely high risk of extinction in the wild in the immediate future. Endangered , when a taxon faces a high risk of extinction in the wild in the near future. Vulnerable , when a taxon faces a high risk of extinction in the wild in the medium-term future. Lower Risk , when a taxon has been evaluated and does not satisfy the criteria for Critically Endangered, Endangered, or Vulnerable. Note: The Lower Risk category if further divided into three subcategories: Conservation Dependent -- taxa which are the focus of a continuing taxon-specific or habitat-specific conservation program targeted toward the taxon, the cessation of which would result in the taxon qualifying for one of the threatened categories within a period of five years; Near Threatened -- taxa which do not qualify for Conservation Dependent but which are close to qualifying for Vulnerable; and Least Concern -- taxa which do not qualify for the two previous categories. Excerpted from Firefly Encyclopedia of Reptiles and Amphibians All rights reserved by the original copyright owners. Excerpts are provided for display purposes only and may not be reproduced, reprinted or distributed without the written permission of the publisher.

Table of Contents

Preface
Amphibians
Classification and Taxonomy
A Key Amphibian Event
Kaleidoscopic Adaptation
Conscientious Parents
Amphibian Population Decline
Amphibian Conservation
Swimming, Eating, Growing Machines
Cæcilians
Salamanders and Newts
Salamander and Newt Families
Courtship and Mating in Salamanders and Newts
Repellent Defenders
Frogs and Toads
Frog and Toad Families
Leaps and Bounds
Decoding the Frog Chorus
From Tadpole to Frog
Reptiles
The Age of Reptiles
Temperature Control in Reptiles
Reptiles at Risk
Play in Reptiles
Pre-ejaculators, Sneakers and She-males
Temperature and Sex
Turtles and Tortoises
Turtle and Tortoise Families
The Asian Turtle Crisis
Leatherbacks: Birth on the Beach
Lizards
Natural Desert Dwellers
Lizard Families
Worm-lizards
Snakes
Venomous Snakes
The Threat from Snakebites
Snake Families
Harvesting Snake Venom
Tuatara
Crocodilians
Pollution and Hormone Mimics
Unisexuality: The Redundant Male?
Glossary
Bibliography
Index