Ecological Physiology of Daily Torpor and Hibernation

Torpor and Hibernation Ecology

A comprehensive scientific examination of the ecology, physiology, and evolution of daily torpor and hibernation in mammals and birds. The book explores how endothermic animals regulate body temperature and energy expenditure through controlled reductions in metabolic activity. It discusses the ecological significance of torpor, its role in survival, reproduction, migration, growth, and adaptation to environmental change, while providing an in-depth analysis of the physiological mechanisms underlying energy conservation.

Key Features

• Comprehensive coverage of torpor and hibernation physiology
• Explores thermal energetics and endothermy
• Discusses daily torpor and multiday hibernation strategies
• Examines energy conservation mechanisms in mammals and birds
• Covers metabolism, body temperature regulation, and water balance
• Reviews evolutionary origins of heterothermy
• Explores reproduction, growth, and survival strategies
• Discusses torpor in migratory birds and bats
• Examines impacts of climate change and habitat alteration
• Reviews ecological and conservation implications
• Includes examples from tropical, temperate, and alpine species
• Valuable for zoologists, ecologists, wildlife biologists, physiologists, and veterinary scientists