Whittemore S Science And Practice Of Pig Production

The science and practice of pig production has changed rapidly overrecent decades; new husbandry practices, new understandings ofgrowth, reproduction and health, new appreciations of welfare andenvironmental impact, new nutritional approaches, and modernreproductive and genetic techniques have all come into being,together with the emergence of new health challenges. Now in its third edition, this long established reference bookon the management, breeding, feeding, nutrition, health and welfareof pigs has been fully revised to provide clear and currentinformation on both the practical and scientific aspects of the pigindustry. With the help of a new panel of international experts anda senior editor, the overall structure now contains input frominternational centres across Europe and North America. This edition includes: Updated versions of existing chapters; Completely revised and new sections on: Pig meat and carcassquality, Reproduction, The maintenance of health, Nutritional valueof protein and amino acids in feed stuffs, Value of fats and oilsin pig diets, Product marketing, Environmental management,Simulation modelling; Input from international authorities; Many tables, diagrams, photographs and figures.

This is a fully comprehensive handbook providing a clear and informative guide to the management, health and welfare of pigs. Practical elements of the text are derived from worldwide knowledge of production practices at farm level, while scientific aspects are dealt with in depth to allow full understanding. The information is presented in a style that encourages both practical and scientific reference. The text is illustrated throughout with tables, diagrams, photographs and figures, and the information is clearly presented, enabling immediate scientific and practical use.

Understanding voluntary feed intake of pigs enables the precise formulation of pig feeds, ensuring the ingestion of sufficient but not excessive amounts of nutrients to optimise performance. This reference textbook, based on scientific results covers all aspects of feed intake in pigs. It contains up-to-date reviews by renowned scientific experts on different aspects affecting voluntary feed intake and diet selection in pigs. Different physiological factors involved in feed intake regulation, ranging from the sensorial evaluation of feeds, to the hormonal and metabolic regulation of feed intake and the impact of pig health are discussed. The book also deals with aspects such as genetic background of the animals, feeder design, feed manufacturing technology and the use of models to predict feed intake. This book is intended for academics, researchers, students and industry professionals involved in the field of pig nutrition and pig production.

This book is developed from a British Society of Animal Science occasional meeting, held in September 2000. It brings together all of the scientific disciplines involved in the pre- and post-weaning biology of the piglet, concentrating on growth/development, nutrition, immunology/health, ethology and the physical environment.

These proceedings contain 15 papers on the recent advances in pig and poultry mechanistic modelling. Notable among the papers is the consideration of new components of the animal production process, such as social stressors and disease. Understanding of some new systems such as the physiological control of egg production in hens by modelling is the given focus in one paper. The topics covered in the other papers include the following: introduction to modelling in the animal sciences, different approaches to modelling animal systems; basic concepts describing animal growth and feed intake; modelling populations for purposes of optimization; advancements in empirical models for prediction and prescription; nutrient flow models, energy transactions and energy feed systems; evaluation of animal genotypes through model inversion; considerations for representing microenvironmental conditions in simulation models for broiler chickens; use of physiological models to define environmental control strategies; comparison of pig growth models from the genetic point of view; model of metabolism in the sow; and place of models in the new technologies of production systems.

The plant and the product - pig units and pig meat; Reproduction; Pig growth; Diet selection; Ration selection; Strategy for meat production; Pig breeding; Housing; Monitoring performance: records and control.

In this book, you will find the latest information about how what you eat affects your health, the environment, and the existence of the animals who share this planet, along with in-depth discussions of ground-breaking work by these internationally respected experts: Heart specialist, Dean Ornish, M.D.; Nutrition scientist, T. Colin Campbell, Ph.D.; Weight loss expert, Terry Shintani, M.D.; Farm Sanctuary founders, Gene and Lorri Bauston; Vegetarian nutritionist, Suzanne Havala, R.D.; Population analysis, David Pimentel, Ph.D.; Mad Cow disease expert, Stephen Dealler, M.D.; Rangeland activist, Lynn Jacobs.

This newly updated and revised volume of the Encyclopedia of Sustainability Science and Technology (ESST) details the role of Animal Breeding and Genetics in the sustainability of animal agriculture. The volume covers scientific principles and applications includes the current science used to advance cattle, poultry, swine,sheep, and equine populations, as well as the future role of techniques such as gene editing. International leaders in the field explain foundational concepts such as heritability, the covariance between relatives, statistical approaches to predicting the genetic merit of individuals, and the development and advancement of molecular techniques to elucidate changes in the DNA sequence that underly phenotypic variation. The use of genetic-based tools to improve animal agriculture and meet consumer demands across species is treated in detail. Readers will gain an understanding of how global livestock producers have implemented advanced genetic selection tools and used them to improve reproduction, production, efficiency, health, and sustainability. The interactions of genetics and production environments, and the genetic components of the complex interactions among animals are also discussed. The future of Animal Breeding and Genetics, including the challenges and opportunities that exist in feeding a growing world population, are addressed.