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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 ...
Examining sustainable poultry production systems across Europe, this book contains a selected cross section of papers from the 2014 UK Poultry Science Symposium. It reviews essential topics such as resources and supply chains, the global poultry market, risk management, zoonoses and green issues. Providing a compilation of the most current research in the poultry science and production industry, this book is an important resource for both researchers and professionals.
Takes readers to Wisconsin's Fox River Valley more than fifty years ago to recount how technological and economic progress contributed to residents' growing opposition to the industrial pollution of the river.
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.
Contributed articles.
Soil: the basis of agriculture; Soil Formation; Soil groups in the British Isles; Soil classification and soil maps; Soil organic matter; Soil texture and structure; Soil water and air; Plant nutrients; Diagnostis of physical soil problems; Maintenance of organic matter and structure; Soil water problems; Problems arising from cultivation and stocking; Erosion problems; Diagnosis of chemical problems; Soil acidity and alkalinity; Plant nutrient problems.
Includes entries for maps and atlases.