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Selection indexes (Animal breeding) --- Statistical methods. --- -#ABIB:CHGS --- Indexes, Selection (Animal breeding) --- Indices, Selection (Animal breeding) --- Selection indices (Animal breeding) --- Animal breeding --- Statistical methods --- #ABIB:CHGS --- Genetic markers. --- Animals. --- Breeding. --- Selection indexes (Animal breeding) - Statistical methods. --- Animals --- Breeding --- Genotype --- Phenotype
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Corn --- Corn --- Mutation breeding. --- Varieties.
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Biomathematics. Biometry. Biostatistics --- Animal husbandry --- Animal breeding. --- #ABIB:CHGS --- Animal breeding --- Domestic animals --- Breeding
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Bulls --- Breeds (animals) --- breeding methods --- Milk yield
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Cooperative breeding refers to a social system in which individuals other than the parents provide care for the offspring. Since individuals delay breeding and invest in the offspring of others, cooperative breeding poses a challenge to a Darwinian explanation of the evolution of social behaviour. The contributors to this book explore the evolutionary, ecological, behavioural and physiological basis of cooperative breeding in mammals. The book contains a collection of chapters by the leading researchers in the field, and it is dedicated exclusively to the study of mammalian cooperative breeding. It will appeal to zoologists, ecologists, evolutionary biologists, and to those interested in animal behaviour.
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Sheep --- Goats --- Reproduction. --- Breeding. --- Sheep - Reproduction. --- Goats - Reproduction. --- Sheep - Breeding. --- Goats - Breeding. --- SHEEP --- GOATS --- OVULATION INDUCTION --- PREGNANCY TESTS --- EMBRYO TRANSFER --- FERTILITY --- INSEMINATION, ARTIFICIAL --- VETERINARY
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This illustrated study provides comprehensive coverage of plant breeding systems. At the levels of both the individual plant and of the plant population, genetic variation and evolutionary change are ever-present, and it is clear that they are heavily influenced by plant mating patterns.;The breeding system is considered as part of an overall adaptive syndrome that influences, and is influenced by, microevolutionary constraints. Pollination biology, gene flow, incompatibility, variation in gender, heteromorphic systems, self-fertilization, and asexual reproduction can all be important components of a breeding system. Introductory chapters place these in the context of sexual theory and sexual function.
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