Plants That Kill: A Natural History of the World's Most Poisonous Plants (Hardcover) (ISBN-13: 9780691178769)

A full-color illustrated guide to the natural history of the most poisonous plants on earth

This richly illustrated book provides an in-depth natural history of the most poisonous plants on earth, covering everything from the lethal effects of hemlock and deadly nightshade to the uses of such plants in medicine, ritual, and chemical warfare.

Featuring hundreds of color photos and diagrams throughout, Plants That Kill explains how certain plants evolved toxicity to deter herbivores and other threats and sheds light on their physiology and the biochemistry involved in the production of their toxins. It discusses the interactions of poisonous plants with other organisms--particularly humans--and explores the various ways plant toxins can target the normal functioning of bodily systems in mammals, from the effects of wolfsbane on the heart to toxins that cause a skin reaction when combined with the sun's rays. This intriguing book also looks at plants that can harm you only if your exposure to them is prolonged, the ethnobotany of poisons throughout human history, and much more.

A must for experts and armchair botanists alike, Plants That Kill is the essential illustrated compendium to these deadly and intriguing plants.

• Provides an authoritative natural history of the most poisonous plants on earth
• Features hundreds of color illustrations throughout
• Looks at how and why plants produce toxins
• Describes the effects of numerous poisonous plants, from hemlock and deadly nightshade to poppies and tobacco
• Explains poisonous plants' evolution, survival strategies, physiology, and biochemistry
• Discusses the uses of poisonous plants in medicine, rituals, warfare, and more

Author: Elizabeth A. Dauncey, Sonny Larsson
ISBN-10: 0691178763
ISBN-13: 9780691178769
Publisher: Princeton University Press
Language: English
Published: 03/06/2018
Pages: 224
Format: Hardcover
Weight: 2.55lbs
Size: 11.10h x 8.80w x 0.90d