Agricultural Science Home Page Mission and Goals of Agricultural Science Areas of Study and Minors in Agricultural Science Research in Agricultural Science Agricultural Science Curriculum Careers in Agriculture The University Farm Agricultural Science Student Experiences Agricultural Science Faculty and Staff Science Division Home Page The Home Page of Truman State University Contact me! AGSC 316: FOOD, FIBER AND THE CONSUMER

Dr. Glenn R. Wehner
3076 Magruder Hall
785-4593
gwehner@truman.edu


COURSE DESCRIPTION

An introductory course in the production, handling and marketing of agricultural products derived from animals and crops as they affect consumer demands and concerns. Emphasis is placed on identification of various products and their place in the world food and fiberchain.

PREREQUISITES

Junior standing

OBJECTIVES

The purpose of the course is to develop the student’s understanding of the production and marketing of agricultural products as they interface with consumer needs. The course will require critical thought development with discussions concerning current consumer/producer relationships, oral and written communication skills by way of oral presentation of a research paper and an interdisciplinary approach to understanding the societal interaction with modern agricultural product marketing.

EXPECTATIONS OF THE STUDENT

Students will be expected to enter into active learning through class discussions and demonstrations. In addition, they will be required to critically think and solve problems by participating in a research paper on some phase of consumer/product relations.

COURSE OUTLINE

The Agricultural Revolution
  1. Birth of the sciences of plant and animal husbandry
  2. Influence of the Industrial Revolution on Agriculture
  3. Role of Science in Agriculture
  4. Malthus visited and revisited
  5. Environmental pollution
  6. Problems of Developed Countries
    • Labor reduction
    • Natural vs Synthetic products
    • Transportation
    • Packaging
  7. Problems of Developing Countries
  8. Waste reduction
  9. Water
  10. Seafood
  11. Vegetable proteins
  12. Microorganisms and food waste
We Eat to Live
  1. Nutritional history in the United States
  2. Nutritional requirements of humans
    • Energy: Definition and Use
      1. Anemia
      2. Obesity
      3. Atherosclerosis and Heart Disease
      4. Diabetes Mellitus
      5. Osteoporosis
    • Protein
    • Vitamin Deficiencies
    • Mineral deficiencies
We Live to Eat
  1. Sensory Quality: Physiological or Psychological
  2. Is Natural Best?
  3. Controlling Quality and Inspection
    • Acceptance Inspection
    • On-the-Line Inspection
    • Finished Production Inspection
    • Describing Quality to the Buyer
      1. meats
      2. eggs
Consumer Protection
  1. Nutritional Labeling
  2. Net Weight
  3. Drained Weight
  4. Wholesomeness: Food Safety
    • Zero tolerance
    • Natural toxicants and Allegens
    • Mandatory standards
    • Voluntary standards
    • Federal food and drug law
  5. Enforcement of Laws
  6. U.S. Department of Agriculture Standards
  7. Industry Standards
Food Codes and Habits
  1. Origin of Food Habits
  2. Nutritional: Economic Needs
  3. Addiction
  4. Fads: Organic Foods
  5. Religious/Cultural: Ethnic Constraints
Food Preservation
  1. Microbial Food Spoilage and Its Control
  2. Canning
  3. Pasteurization
  4. Ionizing Radiation
  5. Use of Low Temperatures
  6. Limiting Water Content
    • Dehydration
    • Drying
    • Intermediate moisture foods
    • Freezing
  7. Chemical Inhibitors
  8. Microorganisms as preserving agents
  9. Oxygen limitation
  10. Microbial food poisoning
    • Toxin-producing anaerobic
    • Toxin-producing aerobes
    • Salmonella
    • Prevention of food poisoning
Convenience Foods
  1. Processed Juices and Drinks
  2. Cereal Snacks
  3. Fried Starches
  4. Processed Fruits and Vegetables
  5. Eggs and Egg Products
  6. Milk and Milk Products
  7. Meat and Meat Products
  8. Prepared Specialties
  9. Additives
  10. Imitation Foods
Packaging and Marketing
  1. Metal Containers
  2. Glass Containers
  3. Paper and Related Materials
  4. Flexible Film Packages
  5. Pressurized Containers
Food of the Future
  1. Fish and Wildlife
Animal Fibers
  1. Wool
  2. Mohair
  3. Leathers
Plant Fibers
  1. Flax
  2. Hemp
  3. Cotton