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Food waste can occur during the production, storage, distribution, consumption, and nonconsumption of foods. This occurs from both human action and inaction. In terms of food production, foods can be wasted in the actual harvest process where food is not harvested through the initial harvest process or otherwise gleaned. In terms of storage, inadequately designed storage systems and storage for too long a time period can lead to waste. From the food distribution aspect, food can be wasted through accidents, too long a time period for distribution, or overdistribution, when too much food is distributed at the same time.

Food consumption depends upon a number of factors and varies from country to country and culture to culture. Decisions are made at multiple levels as to whether or not foods are good to eat and what portion of the animals and plants will be consumed. Hence, some parts may be deemed culturally inappropriate for human consumption. At the same time, individual preferences regarding food consumption also impact the amount of food waste produced. Foods that are not consumed may either be shared with other people, fed to animals, composted, sorted, or disposed of in trash bags and eventually landfills. Some municipalities concerned with shrinking landfill space and subsequent costs of landfill development or waste shipment are making efforts to reduce the overall waste stream by combinations of recycling programs and organic waste diversion.

Food Production Waste

In terms of food production, foods can be wasted throughout the growing process; in particular, food losses are readily apparent in the actual harvest process. Food waste during food production can occur from a number of factors and is often the result of farm management choices, including tools and techniques used in growing food, geology, or weather-related factors. Specifically, crops can be lost to pest infestations, climatic variations in temperature and water access, and soil fertility issues (which decrease the ability to plants of attain the water and nutrient sources needed for growth, thus leading to greater vulnerability). Mechanical harvesters may be inefficient in harvesting food in its prime, hence leading to waste of crops that are not yet mature. Crops that are missed through mechanical harvesting methods can be utilized through gleaning efforts and hence do not contribute to overall food waste. In addition, foods that are unfit for human consumption may be utilized to feed animals.

Postharvest events can also create food waste. This can occur in transit or in the multiple areas where food is stored. In terms of storage, inadequately designed and managed storage systems can lead to waste. Spoilage can occur in regions with high temperature and humidity. Another consideration that leads to food waste is loss to pests, including insects and microorganisms. These are a concern primarily in high-temperature and high-humidity regions.

Industrial systems of production are further vulnerable to weather and geologic events. Perhaps the most easily recognized vulnerability is created through confined animal feed operations (CAFOs). CAFOs centralize production using industrial methods in an attempt to control every aspect of an animal's life toward the goal of maximizing yields. This centralization of production creates serious health vulnerabilities for animals, which are often subject to large doses of antibiotics. Further, CAFOs are intensive in terms of their management, inputs, and waste. There is a heavy concentration of animals and, hence, animal waste in one area. Flooding events, as well as everyday operations can lead to damage to marine life as well as to water quality and safety. Even where these waste products are properly collected, there are potential water pollution issues associated with the utilization of liquid manure from CAFOs.

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