This work examines the world's deadliest snakes through an examination of twenty-five separate species. It provides a direct analysis of each snake's venom toxicity, aggressiveness, and potential for causing human deaths.
This eBook examines and ranks the 10 deadliest snakes on the African continent. It provides a brief overview of each snake's behavioral patterns, general traits, and venom toxicity in relation to humans and animals.
Australia’s venomous snakes are widely viewed as the world’s most deadly and are regarded with cautious curiosity, fascination and, regrettably, fear. Australia’s Dangerous Snakes examines the biology, natural history, venom properties and bite treatment of medically important venomous marine and terrestrial snakes. It contains comprehensive identification profiles for each species, supported by keys and photographs. In addition to their medical importance, the environmental roles of these snakes and the threats that are causing the decline of many of these reptiles are discussed. Drawing on the authors’ experience in the fields of herpetology, toxinology and clinical medicine, this book stimulates respect and admiration and dispels fear of Australia’s fascinating snakes. Australia’s Dangerous Snakes will provide hours of rewarding reading and valuable information for anyone interested in Australia’s unique wildlife and natural history, and will be an essential reference for herpetologists, toxinologists, physicians, zoo personnel and private snake collectors.
This eBook examines and ranks the 10 deadliest snakes of Latin America. It provides a brief overview of each animal, followed by a discussion of their behavioral traits, venom toxicity (in relation to humans), and general characteristics.
This eBook examines the ten most venomous snakes in Australia. It provides a direct analysis of each snake's behavioral patterns, venom toxicity, and danger posed to humans.
This book examines the 10 most dangerous snakes in the United States and Canada through an analysis of fatality rates, venom toxicity, and level of aggression.