Why food matters
The production and consumption of food leads to significant environmental impacts, and an estimated 25 to 40 percent of all food produced or imported for consumption in the United States is never eaten. Both the 2050 Vision and the Oregon Global Warming Commission’s Interim Roadmap to 2020 identify wasted food prevention as a priority for Oregon because of the combined environmental burdens of food production, distribution, refrigeration, preparation and final disposal.
- The purchase of food contributes close to 15 percent of Oregon’s consumption-based greenhouse gas emissions. Only our use of vehicles contributes more to Oregon’s carbon footprint.
- Up to 40 percent of the food grown or imported for consumption is ultimately never eaten.
- Approximately 1.3 percent of GDP, or $218 billion, is spent growing, processing distributing, preparing food that is never eaten.
- 25 percent of the fresh water supply in the US is used to produce food that is never eaten.
- 2 percent of energy use in the US is dedicated to growing, manufacturing, transporting, refrigerating, and cooking food that is never eaten – or enough electricity to power 54 million homes for a year.
- The average American consumer now wastes over 50 percent more food than the average American did in the 1970s.
- One in seven people living in the US is food insecure.
What DEQ is doing
Aimed at helping producers and large consumers make sound environmental decisions, DEQ has prepared a series of documents regarding the environmental footprints
of a variety of foods.
DEQ also recently finalized its Strategy for Preventing the Wasting of Food
, which identifies nine projects that will change the current conversation around preventing the wasting of food and make significant, measurable contributions to the state’s waste reduction goals.
DEQ also works with local partners to rescue edible food for redistribution to Oregon’s food insecure populations. And for wasted food that cannot be prevented or rescued, DEQ works to find the best end-of-life solutions possible, such as composting, anaerobic digestion and agricultural use. DEQ has also sponsored research
to compare the environmental impacts of different end-of-life options.