Cassava is the most importan root and tuber crop grown in the tropical developing regions of the world. While the greater part of cassava production is destined for human food uses, the potential for the use of cassava and cassava products in animal feeding has increased considerably over the pest 20 years. The interest in the use of cassava as a carbohydrate source to replace, partially or totally, feed grains in rations for swine, poultry, ruminants, and other amimals has generated a vast amount of information on the subject. With the objective of systematizing this information and of making it more widely available to researchers, producers, and agroindustrialists, CIAT produced the bibliography "Cassava utilization in animal feed" in 1985 which contained 578 references.

Nutrients in livestock wastes. Feeding animal wastes. Health hazards and safety considerations. Commercial recycling processes. Conversion of manure into biomass by fermentation. Photosynthetic reclamation of nutrients from animal wastes. Circularly integrated farms utilizing animal wastes.

Cassava is a major tropical tuber crop found throughout the tropics (India, Oceania, Africa and Latin America). Hitherto, there has been no single text covering all aspects of cassava biology, production and utilization. This book fills that gap, representing the first comprehensive research level overview of this main staple crop. Chapters are written by leading experts in this field from all continents. The book is suitable for those working and researching in cassava, in both developed and developing countries, as well as advanced students.

Each of these popular handbooks contains comprehensive information on the nutritional needs of domestic animals and includes extensive tabular data. All are paperback and 8 1/2 x 11. Some books come with diskettes or Cds that allow users to predict nutrient requirements of specific animals under various conditions and at various life stages.

Nutrition of poultry-scientific progress and economic development; Intake of food and water; Digestive physiology; Energy metabolism; Metabolism of water and minerals; Physiology and nutritional role of vitamins; Feeding of growing birds; The egg and feeding of the laying hen; Feeding of breeders; Raw materials employed in poultry production; Processing of diets and nutritional consequence; Modelling of requirements and diet formulation.

The magnitude of the food-waste disposal problem cannot be understated. Utilisation of food waste is of concern to the food processing industry, consumers, environmentalists, and regulators of handling and disposal systems. Food waste is not consistent in quality, is usually high in moisture content, and is only available locally. This book focuses on the challenges of utilising both wet and/or processed food waste. The regulatory environment relating to food waste, the perspective of the end-users, and practical use as animal feed is also discussed. One of the goals of this publication, other than to give a clear explanation of the subject of food waste and its uses as animal feed, is to stimulate a need for research.

This topic is a unique attempt to simultaneously tackle theoretical and practical aspects in drought phenotyping, through both crop-specific and cross-cutting approaches. It is designed for – and will be of use to – practitioners and postgraduate students in plant science, who are grappling with the challenging task of evaluating germplasm performance under different water regimes. In Part I, different methodologies are presented for accurately characterising environmental conditions, implementing trials, and capturing and analysing the information this generates, regardless of the crop. Part II presents the state-of-art in research on adaptation to drought, and recommends specific protocols to measure different traits in major food crops (focusing on particular cereals, legumes and clonal crops). The topic is part of the CGIAR Generation Challenge Programme’s efforts to disseminate crop research information, tools and protocols, for improving characterisation of environments and phenotyping conditions. The goal is to enhance expertise in testing locations, and to stimulate the development and use of traits related to drought tolerance, as well as innovative protocols for crop characterisation and breeding.