D.K. Salunkhe

"Furnishes exhaustive, single-source coverage of the production and postharvest technology of more than 70 major and minor vegetables grown in tropical, subtropical, and temperate regions throughout the world. Provides comparative data for each vegetable presented. "

"Offers comprehensive coverage of the latest toxicological, technological, and nutritional developments in both natural and synthetic antioxidants used in the food industry. Explores the sources of antioxidants, antioxidant classification, synergism, degradation in food systems, and techniques for identification."

The present world population of about five billion and its projected growth cre­ ate enonnous pressures and demands for food and industrial raw materials. It is to crop plants, one of our precious few renewable resources, that we must look to meet most of these needs. Globally, about 88% of our caloric requirements and 90% of our protein ultimately derive from plant sources-ample evidence of their importance to humankind. Our survival will therefore continue to de­ pend on the world's largest and certainly most important industry: agriculture. Yet in spite of our long history of domestication and civilization, the number of crop species involved in sustaining human life is strictly limited: Essentially, some twenty-four crops protect us from starvation. To know these basic food crop plants-to study how they function and how their productivity may be improved--is the first step in solving the world food problem. The primary objectives in writing this book were to address this chal­ lenge and to review comprehensively the wealth of available yet scattered infor­ mation on food crop productivity and processing. Unlike several other texts and monographs in this field, the present work was intended to give, in a single volume, a quick, infonnative view of the various problems from field to table concerning the major food crops worldwide.

"Furnishes exhaustive, single-source coverage of the production and postharvest technology of more than 70 major and minor vegetables grown in tropical, subtropical, and temperate regions throughout the world. Provides comparative data for each vegetable presented. "

Plant Production and Consumption Trends.- References.- 1. Cereals.- Production and Distribution.- Origin and Botanical Classification.- Anatomical Structures of Seeds.- Nitrogen Fixation.- Breeding Approaches.- Physiological Considerations.- Agronomy.- Diseases and Pests.- Chemical Composition and Nutritional Quality.- Processing and Products.- Future Research Needs.- References.- 2. Legumes.- Origin, Diversity, and Phylogenicity.- Biological Nitrogen Fixation by Legumes.- Agronomy.- Weed Control.- Field Pests.- Field Diseases.- Drying.- Storage.- Antinutritional Factors.- Processing.- Utilization.- Research Needs.- References.- 3. Fruits and Vegetables.- Production History.- Fruits.- Vegetables.- Conclusion.- References.- 4. Sugar Crops.- History of Sugar Development.- Sources, Production, and Consumption.- Utilization.- Environmental Factors.- Crop Nutrition and Fertilization.- Cultural Operations.- Postharvest Losses of Sugar Crops.- Maturation and Ripening.- Harvesting.- Loading, Transport, and Delivery.- Storage.- Chemical Control of Postharvest Losses.- Radurization.- Sugar Processing Technology.- Utilization of Sugar Industry By-products.- Conclusions.- References.

"Offers comprehensive coverage of the latest toxicological, technological, and nutritional developments in both natural and synthetic antioxidants used in the food industry. Explores the sources of antioxidants, antioxidant classification, synergism, degradation in food systems, and techniques for identification."

This is a single-volume source of information on the world's oilseeds including major, minor, unexploited and non-edible oilseeds. The book discusses composition, processing technologies and utilization, including current developments, in the processing of oilseeds into oil, protein products and other by-products. The authors present tabular data on nutritional composition and oil characteristics and discuss technologies for removing anti-nutritional and toxic compounds. Oil extraction processes are discussed, and novel uses of major crops are presented. This book should be of interest to researchers in oilseed production, research and development personnel, food scientists, plant breeders, product development personnel and government agency personnel involved in the production, transportation, distrubtion and processing of oilseeds.