The feathers and skin in birds are the first line of defence, but are also important in helping the bird to maintain a stable internal temperature, facilitate integral mobility and ensure successful mating in some species. For poultry, the physical conditions of feathers and skin are important barometers to assess the impact of management and ensure health and welfare. Based on the proceedings of a recent symposium, this book documents the significant developments that have been made in our understanding of the importance of the integument to poultry species. The book: . Traces the development of the integument over time and discusses our current understanding of its embryonic development. . Includes a broad range of studies covering genetics, welfare, health, nutrition, and management. . Promotes research opportunities in an under-studied field. Providing a comprehensive yet concise summary of the available research, this book is an invaluable resource for both the poultry industry and for researchers in animal science and welfare at undergraduate and graduate levels.

It is widely recognised that developments in the chick embryo have a profound effect on hatchability and the subsequent health and productive capacity of poultry. With a stronger focus on welfare, prevention of disease and more sustainable poultry production, understanding these early stages has never been more crucial. Embryo development and hatchery practice in poultry production addresses the key stages and factors in embryo development in poultry to optimise hatchability and chick health. The book reviews the role of parental and environmental factors on embryo development and skeletal growth. The book also reviews the effects of incubation on chick health and development, including factors such as temperature, light exposure and humidity, as well as best practice in managing the hatching stage. Through focussed and authoritative discussions, the book details best practices for managing a hatchery environment to ensure that chick welfare, health and productive capacity are optimized.