First published in 1980. Animal agriculture serves human needs. Three-fourths of the protein, one-third of the energy, most of the calcium and phosphorus and substantial amounts of essential vitamins and other minerals in the American diet are from animal products. Recognizing that innovative research holds the key to meeting these challenges, 210 concerned individuals convened at Boyne Mountain, Michigan, May 4 to 9, 1980. Their goal was to identify priorities for future research to enable animal agriculture to efficiently and effectively serve human needs in the 21st century. These proceedings represent the best collective judgment on research priorities by a group of informed and dedicated people concerned with the future role of animal agriculture in meeting human needs.

First published in 1980. Animal agriculture serves human needs. Three-fourths of the protein, one-third of the energy, most of the calcium and phosphorus and substantial amounts of essential vitamins and other minerals in the American diet are from animal products. Recognizing that innovative research holds the key to meeting these challenges, 210 concerned individuals convened at Boyne Mountain, Michigan, May 4 to 9, 1980. Their goal was to identify priorities for future research to enable animal agriculture to efficiently and effectively serve human needs in the 21st century. These proceedings represent the best collective judgment on research priorities by a group of informed and dedicated people concerned with the future role of animal agriculture in meeting human needs.

Food is the sustenance of life. But while we understand that a secure supply of food has been affected by many factors over the course of history, we do not often allow ourselves to entertain the idea that a lack of adequate food worldwide is a very real and dangerous possibility. While soil degradation, water distribution, climate change, population growth, and environmental issues are of serious concern, the ultimate expectation is that humankind will survive and even prevail simply because it always has, through human ingenuity and continued advances in science and technology.

Adequate Food for All: Culture, Science, and Technology of Food in the 21st Century looks at those factors threatening to compromise food production and distribution. It examines the myriad influences on food security today as well as the human responses to them. Taking an interdisciplinary approach that involves authors of diverse expertise, this volume -

• Discusses our evolving understanding of what is critical to good nutrition and health
• Examines the role of religion and faith in food choices, as well as the influence of culture and customs
• Explores issues of obesity and related diseases as well as diseases of nutrient deficiencies
• Describes the most dangerous threats to sustainable food production
• Lays out viable solutions through conservation, technology, and cultural adaptation

Ultimately, this volume challenges readers to garner a deeper understanding needed to develop solutions that truly change the future rather than postpone the inevitable. Recognition of food as a universal need of people everywhere may be a point of union for the human spirit. The future holds opportunities and imperatives that must be faced, perhaps none more important than how we come together to keep the world fed. Adequate Food for All: Culture, Science, and Technology of Food in the 21st Century covers many of the issues involved in meeting this goal.

Pork continues to occupy an important position as a food source in affluent societies as well as in developing countries with slower economic growth. The growth of the world swine population continues at a faster rate than that of the human population, a reflection of the sustained demand for pork in all parts of the world. The technical basis for commercial production of swine was presented in our two earlier textbooks-Swine Production in Temperate and Tropical Environ ments, by Pond and Maner, 1974, and Swine Production and Nutrition, by Pond and Maner, 1984. In view of rapidly advancing technology and an appreciation for the systems approach in industry and agriculture, this third book has been restructured to provide the student and practitioner with an integrated concept of pork production. We have attempted to blend the fundamental principles from genetics, physiology, nutrition, and biotechnology into the modern concepts of systems analysis and simulation modeling. The objective is to create a teaching approach which empha sizes the integrated synthesis of biological with physical and environmental sci ences and economics. This approach is expected to provide an overall pork pro duction systems view that individual producers can adapt to their specific resources, needs, and goals. Our new co-author, Dr. Dewey Harris, has used his expertise and perspective on interacting systems to change the complexion of the book to fulfill this objective. In addition, Dr."

The purpose of this text as stated in the preface to our book "Swine Production in Temperate and Tropical Environments," 1974, is to provide a technical basis for successful production of pork in both temperate and tropical environments. The competitive position of pork as a food source both in the developed and developing countries has continued to be strengthened during the past 1 0 years. In this book, we update the current knowledge and technology upon which pork production is based-covering extensively the new knowledge of feeds and their nutrient values. The current growth of the world swine population is faster than that of the human population, reflecting the high demand for pork among consumers in all parts of the world. Advances in genetics, physiology, nutrition, and bio technology have permitted continued improvements in efficiency of pork produc tion, and prospects are bright for continued advances. The principles of modem production technology addressed in this book provide the basis for application by the swine industry in a broad range of environmental and economic settings. We have attempted to present a balanced coverage of the biological, economic, and husbandry aspects of swine production for use by college and university students, personnel in the feed and food industries, livestock extension specialists, and commercial swine producers."

Pork continues to occupy an important position as a food source in affluent societies as well as in developing countries with slower economic growth. The growth of the world swine population continues at a faster rate than that of the human population, a reflection of the sustained demand for pork in all parts of the world. The technical basis for commercial production of swine was presented in our two earlier textbooks-Swine Production in Temperate and Tropical Environ ments, by Pond and Maner, 1974, and Swine Production and Nutrition, by Pond and Maner, 1984. In view of rapidly advancing technology and an appreciation for the systems approach in industry and agriculture, this third book has been restructured to provide the student and practitioner with an integrated concept of pork production. We have attempted to blend the fundamental principles from genetics, physiology, nutrition, and biotechnology into the modern concepts of systems analysis and simulation modeling. The objective is to create a teaching approach which empha sizes the integrated synthesis of biological with physical and environmental sci ences and economics. This approach is expected to provide an overall pork pro duction systems view that individual producers can adapt to their specific resources, needs, and goals. Our new co-author, Dr. Dewey Harris, has used his expertise and perspective on interacting systems to change the complexion of the book to fulfill this objective. In addition, Dr."

Food is the sustenance of life. But while we understand that a secure supply of food has been affected by many factors over the course of history, we do not often allow ourselves to entertain the idea that a lack of adequate food worldwide is a very real and dangerous possibility. While soil degradation, water distribution, climate change, population growth, and environmental issues are of serious concern, the ultimate expectation is that humankind will survive and even prevail simply because it always has, through human ingenuity and continued advances in science and technology. Adequate Food for All: Culture, Science, and Technology of Food in the 21st Century looks at those factors threatening to compromise food production and distribution. It examines the myriad influences on food security today as well as the human responses to them. Taking an interdisciplinary approach that involves authors of diverse expertise, this volume - Discusses our evolving understanding of what is critical to good nutrition and health Examines the role of religion and faith in food choices, as well as the influence of culture and customs Explores issues of obesity and related diseases as well as diseases of nutrient deficiencies Describes the most dangerous threats to sustainable food production Lays out viable solutions through conservation, technology, and cultural adaptation Ultimately, this volume challenges readers to garner a deeper understanding needed to develop solutions that truly change the future rather than postpone the inevitable. Recognition of food as a universal need of people everywhere may be a point of union for the human spirit. The future holds opportunities and imperatives that must be faced, perhaps none more important than how we come together to keep the world fed. Adequate Food for All: Culture, Science, and Technology of

Written and edited by a distinguished team of experts, Encyclopedia of Animal Science, Second Edition contains more than 300 entries that explore the broad field of Animal Science. Organized with reader-friendly descriptions, the second edition discusses topics ranging from adaptation and stress, to zoos and aquariums. With 2500 references and hundreds of figures, equations, and tables, it covers new developments in genomics, transgenesis, cloning, and mathematical model constructions.

New entries on topics such as:

• Adaptation and Stress: Neuroendocrine, Physiological, and Behavioral Responses
• Animal Source Foods (ASFs): Listeria monocytogenes
• Ethanol By-Products: Beef
• Farm Animal Welfare: Philosophical Aspects
• Feed Supplements: Antibiotics
• Functional Food Components: Ruminant-Derived Foods
• Genomic Selection of Phenotype
• Horses: Breeds, Breeding, and Genetics
• Metabolic Modifiers
• Molecular Biology: Animal
• Proteins: Oxidation, Turnover, and Proteomics
• Recombinant Bovine Somatotropin: Environmental Impact

The coverage underscores the interdependence of production agriculture, economics, and environmental sustainability in contributing to a stable and flourishing society. Each entry provides a succinct overview designed to help readers acquire basic familiarity with the key terms and current knowledge of the subject, augmented by selected literature citations. The encyclopedia supplies current information on a broad spectrum of topics related to the biology, production, and uses of animals and their products in a complex, diverse, and rapidly changing world.

ALSO AVAILABLE ONLINE

This Taylor & Francis encyclopedia is also available through online subscription, offering a variety of extra benefits for researchers, students, and librarians, including:

• Citation tracking and alerts
• Active reference linking
• Saved searches and marked lists
• HTML and PDF format options

For more information, visit Taylor & Francis Online or contact us to inquire about subscription options and print/online combination packages. US: (Tel) 1.888.318.2367 / (E-mail) [email protected] International: (Tel) +44 (0) 20 7017 6062 / (E-mail) [email protected]

What constitutes animal welfare? With animals being used for companionship, service, research, food, fiber, and by-products, animal welfare is a topic of great interest and importance to society. As the world's population continues to increase, a major challenge for society is the maintenance of a strong and viable food system, which is linked to the well-being and comfort of food animals. Animal Welfare in Animal Agriculture: Husbandry, Stewardship, and Sustainability in Animal Production explores the pressing issue of farm animal welfare in animal production systems in the United States and globally. A framework for open discussion on animal welfare, this multidisciplinary book brings together the perspectives of 40 highly qualified and recognized experts in their respective fields. Fourteen chapters address a range of topics that includes ethics, sociology, food safety, ecology, feed resources, biotechnology, government regulations, and sustainability, as well as animal comfort, health, and contributions to society. The book also offers a historical perspective on the growth of animal agriculture from family farms to industrial animal agriculture-and the impact this has had on society. Illustrating the diversity of viewpoints, the concept of animal welfare is defined from the perspectives of an ethicist and philosopher, a research scientist, a veterinarian, an industrialist, and an activist, as well as from the perspective of sustainability and product quality. Written primarily for students, but also highly relevant for professionals in varying fields of academia and industry, this timely book reveals important insights into animal welfare and animal agriculture. Unique in its depth, breadth, and balance, it underscores the need for dialogue on wide-ranging and often contentious issues related to animal production systems.

An invaluable resource for animal scientists, veterinarians, and biomedical researchers, this books shows that in the past twenty years, the knowledge base about the physiology and biology of the pig has grown phenomenally. This is because of the animal's rapid rise in popularity as a model subject in biomedical research and the ongoing research concerning its use worldwide as a food source.

The Biology of the Domestic Pig offers an integrated description of the full scope of current knowledge. The editors have included chapters on the expanding fields of immunology, endocrinology, and genetics. Growth, digestion, nutrition, respiration, excretion, and reproduction are extensively treated. The final chapter covers the emerging applications of transgenics, metabolite replacement therapy, and xenotransplantation (the use of animal tissues in humans).