Food Food Food F 2 Industrial Agricultural The

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Food

Food

Food

Food

Food

Food

F 2 Industrial Agricultural: The Business of Food

F 2 Industrial Agricultural: The Business of Food

F 2 Food Industrial Agricultural: Key Elements Machines Economies of Scale Synthetic Inputs

F 2 Food Industrial Agricultural: Key Elements Machines Economies of Scale Synthetic Inputs

F 2 Food Large Scale Farming. Agriculture Practices Industrial Effects: • Food travels long

F 2 Food Large Scale Farming. Agriculture Practices Industrial Effects: • Food travels long distances to reach consumer • Large amounts of fossil fuels are required to operate farm machinery and to transport food • Farms owned by corporations. Fewer small family farms

F 2 Food Monocultures Effects: • Loss of plant and animal diversity, ecosystems. •

F 2 Food Monocultures Effects: • Loss of plant and animal diversity, ecosystems. • Disease and crop failure. If one plant gets sick in a monoculture, then all of the other plants are also susceptible to the disease. • Increased dependence on pesticides and herbicides. • Depletion of soil nutrients and biological activity.

F 2 Heavy Inputs Effects: • Soil, water, and air pollution • Depletion of

F 2 Heavy Inputs Effects: • Soil, water, and air pollution • Depletion of ground and surface water supplies • Soil erosion and depletion • Elimination of beneficial microorganisms in soil • Insects and bacteria develop resistance to pesticides Food

F 2 Use of hormones and antibiotics Effects: • Soil, air, and water pollution

F 2 Use of hormones and antibiotics Effects: • Soil, air, and water pollution from concentrated animal waste and dead animals • Harmful bacteria, resistant to antibiotics, spread disease quickly, and possibly affect humans • Mistreatment of animals. Food

F 2 CAFOs (Concentrated Animal Feeding Operations) Effects: • • Huge amounts of animal

F 2 CAFOs (Concentrated Animal Feeding Operations) Effects: • • Huge amounts of animal waste, stored in areas called lagoons Lagoon spills and overflows contaminate soils and groundwater, and destroy aquatic ecosystems Cattle waste produces large amount of the greenhouse gas, methane, a big contributor to climate change. Quick spread of disease between many animals confined to a small area Animals are fed diets their bodies cannot digest Discomfort, stress, injuries, and lack of exercise for animals Animals are crowded in pens or sheds where movement is restricted and daylight is limited Food

F 2 Genetically Modified (GM) Crops Effects: • Potential risks posed to humans and

F 2 Genetically Modified (GM) Crops Effects: • Potential risks posed to humans and wildlife • Genetically modified plants could breed with surrounding wildlife, infecting non-GM crops with GM material • Food grown for durability, not taste. Loss of quality • Loss of biodiversity (seeds) Food

F 2 Food Environmental Impacts • Deforestation and Species Displacement • Loss of Pollinators

F 2 Food Environmental Impacts • Deforestation and Species Displacement • Loss of Pollinators • Soil Erosion and Depletion • Loss of Genetic Diversity • Water depletion and pollution • Dependent on Fossil Fuels

F 2 Health Impacts • Water – Over two-thirds of the fresh water used

F 2 Health Impacts • Water – Over two-thirds of the fresh water used by humans is used for agriculture. • Residue on food • Antibiotics, Growth Hormones, GMO – Antibiotic resistant strains of bacteria – Introduction of genetically engineered proteins to human body (r. BGH) • Taste Food

Case Study: The Green Revolution Food From the 1950 s to the 1970 s,

Case Study: The Green Revolution Food From the 1950 s to the 1970 s, new agricultural technologies were introduced around the world with the goal of increasing food production. This was known as the Green Revolution.