Physiological Mammalogy, Volume II: Mammalian Reactions to Stressful Environments deals with natural mammalian populations and their adaptations to stressful environments. The book explores the physiology and morphology of reproduction and development; water metabolism; and hibernation. This volume is organized into three chapters and begins with a discussion of aspects of reproduction and embryology that are purely mammalian, emphasizing the mammalian reproductive organs and the evolutionary trends in such organs. The next chapter focuses on water balance in desert rodents. Inasmuch as reproduction is considerably affected by the environment, it also can be considered a process modified by environmental stresses. The final chapter examines hibernation as a mechanism for mammals to avoid periods of unfavorable environment. This chapter also describes the poikilothermic state of mammalian populations during hibernation, along with the consequences of reduced metabolic rate during hibernation. Experimental animal biologists and those who work with mammals will find this book invaluable.

Physiological Mammalogy, Volume I: Mammalian Populations reviews the physiology of mammals, the social use of space of these species, and the reciprocal role of endocrines and populations. The book presents many interesting ideas on the behavior of animals in populations and the effects of grouping of individuals upon the physiology of the organism. It also looks at population growth from an ecological viewpoint, with emphasis on limiting factors of natural populations and population interrelationships. This volume is organized into two chapters and begins with a discussion of formulations developed for the social use of space to determine whether there might be certain optimum group sizes, focusing on relationships that determine the "physiology of the community. The book also considers the essential nature of particles that make up a social system and how it affects the course of social evolution. The next chapter explores the endocrine adaptive responses of mammals, especially concerning population density, and presents evidence implicating these responses in the regulation of mammalian population growth. This book is a valuable resource for experimentalists working with mammals in the areas of physiology, mammalogy, and ecology, as well as for students and research workers.

This book discusses the structural and functional characteristics of the digestive system and how these vary among vertebrates.

The results of this compilation of new research on the reproductive physiology of marsupials reveal much about their patterns of reproduction and evolution in comparison to monotremes and eutherians.

Although mammals comprise a relatively small proportion of total biodiversity they are disproportionately represented in courses in biology and zoology and they are the dominant taxon in zoos around the world. Mammalogy is well-established as a discrete element of biological courses in some parts of the world, notably in North America. This book is intended as a study and revision guide for students following programmes of study in which mammalogy is an important component. It comprises 600 multiple-choice questions (and answers) set at three levels - foundation, intermediate and advanced. The book is designed to be used at any time in any place. It allows the reader to study the meaning of terms used in mammalogy, the history of mammalogy, the taxonomy, evolution and genetics of mammals, their zoogeography, their anatomy, physiology and adaptations to their environment, their behaviour, their conservation and management, their diseases, and their domestication and use by humans.