Principles of Crop Production: Theory, Techniques, and TechnologyThis comprehensive text emphasizes the general principles of crop production as a science, an art, and a business whose impact on society is inestimable. The book is suitable for use in courses covering crop production at either the introductory or intermediate levels of study and is an invaluable reference for students and professionals alike. In a writing style that is clear, to-the-point, and easy to understand, this text provides the necessary background for a solid understanding of all topics related to this exciting field--in addition to offering information on the latest technologies used and addressing the current trends and issues. The scientific principles presented are applicable globally, while special reference is made to the North American experience. and Technology is organized as follows: Crop Production and Society Plant Structure and Function Plant Metabolism and Growth Crop Improvement Climate and Weather Soil and Land Plant and Soil Water Pests in Crop Production Agricultural Production Systems Land Preparation and Farm Energy Seed and Seeding Harvesting and Storage of Crops Marketing and Handling Grain Crops |
Contents
Plant Structure and Function | 46 |
Plant Metabolism and Growth | 78 |
Crop Improvement | 107 |
Copyright | |
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Other editions - View all
Principles of Crop Production: Theory, Techniques, and Technology George Acquaah No preview available - 2005 |
Principles of Crop Production: Theory, Techniques, and Technology Acquaah George No preview available - 2011 |
Common terms and phrases
acid acres activities aerobic respiration agricultural production agroforestry amount application bacteria biological breeding C3 plants called carbon dioxide cause cells cereal chemical chlorophyll conservation corn cotton crop plants crop production crop rotation cropland cultivars cycle density depends dicots Discuss disease dormancy economic ecosystem effect energy environment environmental erosion factors farmers fertilizer field crops Figure flower genes genetic germination grain growing growth harvest index herbicides implements increase inputs insects irrigation land leaf legumes marketing material mechanical method moisture content monocots nitrogen nutrients occurs operation organic farming organic matter pathogen pest pest management pesticides photosynthesis Plant breeders polycultures potato programs protein reduce regions resistance respiration root seed silage soil water sorghum Source soybean species stem storage strategy structure surface sustainable agriculture temperature tillage tion tissue types U.S. agriculture USDA vegetative weather weeds wheat yield