The American Meal: Industrial Food Systems and Sustainability
This paper traces the origins of a typical American meal — steak, baked potato, vegetables, bread, and ice cream — through the industrial food system, from factory-farmed beef and large-scale dairy operations to commercially grown produce. It examines the environmental costs of industrial agriculture and critically evaluates the popular locavore movement, drawing on research showing that reducing meat consumption may do more to lower carbon emissions than buying locally. The paper ultimately endorses Mark Bittman's argument that modest reductions in meat intake represent a more practical and impactful sustainability strategy than strict adherence to a 100-mile diet.
- Introduction: The Industrial Origins of a Typical American Meal: Industrial processes behind beef, produce, and dairy
- Meat, Dairy, and Produce in the Modern Food System: Agribusiness scale, organics, and local alternatives
- The Environmental Cost of Eating: Carbon footprint of red meat versus local food miles
- The Locavore Movement and Its Limits: Appeal and drawbacks of 100-mile diet philosophy
- Eating Local Versus Eating Lower on the Food Chain: Economic case against locavorism and specialization benefits
- Conclusion: A More Practical Path to Sustainable Eating: Bittman's case for reducing meat consumption
✍️ How to write this paper — guide, tools & examples ▾
What makes this paper effective
- It grounds a broad policy argument in a concrete, relatable scenario — the everyday American dinner — making abstract sustainability concepts immediately accessible.
- It presents multiple perspectives fairly (locavorism, local specialization economics, reduced meat consumption) before arriving at a reasoned conclusion, demonstrating balanced argumentation.
- It uses specific data points — 14–16 months to slaughter, 60 million additional cropland acres, a 20% meat reduction equivalent to switching to a Prius — to anchor claims in evidence rather than assertion.
Key academic technique demonstrated
The paper demonstrates effective use of the "concede and counter" technique: it acknowledges the genuine appeal of the locavore movement (fresher food, community connection, fossil fuel reduction) before systematically undercutting it with economic and environmental evidence. This structure strengthens the final recommendation by showing the writer has seriously engaged with the opposing view.
Structure breakdown
The paper opens by tracing a meal's ingredients through industrial production, establishing the system's scale and cost. It then introduces the environmental problem, evaluates buying locally as a potential solution, identifies the limits of that solution through economic specialization arguments, and closes with Bittman's reduced-meat-consumption thesis as the more practical alternative. The argument builds linearly, with each section narrowing the focus toward the final recommendation.
Introduction: The Industrial Origins of a Typical American Meal
When a typical consumer purchases a rib-eye steak for dinner, he or she will pay far less than his or her grandfather did for the same cut of meat. This is because of the efficiencies generated by the commercial meat industry. While the cow will begin its life in a manner similar to that of cows of the past — by the side of its mother on a ranch — that will quickly change. As Michael Pollan observed, "Cows raised on grass simply take longer to reach slaughter weight than cows raised on a richer diet, and the modern meat industry has devoted itself to shortening a beef calf's allotted time on earth" (Pollan, 2002). On a factory farm, cows are quickly weaned from their mothers and fed a corn-based diet, or "finished" on corn while held in pens. Instead of the four or five years at slaughter that was common in the past, today's beef cattle are slaughtered at 14 to 16 months, thanks to growth hormones (Pollan, 2002). The cow's flesh will also be more marbled than it would be on a grass-fed diet, due to the corn-based feed, its lack of activity, growth hormones, and antibiotics designed to make its food easier to digest at an earlier age (Linn, 2012). The cattle are then processed, graded according to USDA standards of prime, choice, and select, and shipped to supermarkets across the nation.
Meat, Dairy, and Produce in the Modern Food System
Vegetables such as potatoes and green beans are similarly sourced through commercial means of production — grown on large farms where they are sprayed with pesticides and cultivated in fertilizer-enriched soil designed to speed their growth. The crops are then washed, packaged, and processed. "Just as an industrial enterprise might seek to boost profits by becoming bigger and more efficient, many American farms have gotten larger and have consolidated their operations to become leaner as well. In fact, American agriculture increasingly has become an 'agribusiness,' a term created to reflect the big, corporate nature of many farm enterprises in the modern U.S. economy" (U.S. Department of State, 2012). Wheat, along with the other major cash crops of soybeans and corn, is likewise produced on large commercial farms.
The butter used on a baked potato, and other dairy-based goods such as ice cream, likely comes from milk produced on a large mechanized dairy farm. On one such farm, there are "robots to help feed the cows, robots to help clean the barn, even robots that can milk the cows. The farmers used to spend three hours milking, twice a day. 'Now,' says Lori [the dairy farmer], 'we wake up in the morning, and the robots have already milked all the cows'" (Businessweek, 2012). Some smaller dairies do make their products available at commercial supermarkets — Cabot Creamery, for example, is an organic brand of milk and cheese. There are also commercially sold vegetables marketed as organic and beef marketed as grass-fed, although critics contend that these items are often the products of "big organic" agriculture rather than truly local, sustainable producers.
Even though most of the meat, butter, ice cream, wheat products such as bread, and fresh vegetables a consumer purchases in the supermarket are likely to have an American source, the system still exacts a high price from the environment. Depending on where one lives, there are often more localized sources of meat, vegetables, and dairy available. Local specialty producers may sell directly to the public, and farmers' markets offer home-grown vegetables and sometimes meat and dairy as well. The problem is that these foods — at very least, meat and dairy — are often more expensive than those at the average supermarket. With even standard food prices rising, few people can afford to buy the majority of their products from local sources. Foods raised "ethically," such as free-range, grass-fed beef or small-scale dairy, require more labor-intensive means of production.
The Environmental Cost of Eating
Buying locally may not, in fact, be the best way to reduce the carbon footprint of one's diet or increase its sustainability. "It turns out that more greenhouse gas emissions are released from producing a juicy steak — or any red meat, for that matter — than any other form of food. Red meat is responsible for about 150% more emissions than chicken or fish. That's according to research done by Christopher L. Weber and H. Scott Matthews of Carnegie Mellon University, who argued in a 2007 study that if you're trying to limit your food's carbon footprint, it is better to eat lower on the food chain than to eat local" (Boyd, 2009). Even many varieties of fish are now factory-farmed, thanks to increased consumer demand that strains abundant natural resources.
Regardless, buying locally may not be a viable solution to the dilemma of sustainability. "Economists have long recognized the welfare gains from specialization and trade. The case for specialization is perhaps nowhere stronger than in agriculture, where the costs of production depend on natural resource endowments, such as temperature, rainfall, and sunlight, as well as soil quality, pest infestations, and land costs. Different crops demand different conditions and vary in their resilience to shocks" (Sexton, 2011). Avoiding a particular fruit or vegetable because it is not locally grown does not mean that the local variety would have been produced in a less carbon-intensive manner once transportation costs are considered. "In order to maintain current output levels for 40 major field crops and vegetables, a locavore-like production system would require an additional 60 million acres of cropland, 2.7 million tons more fertilizer, and 50 million pounds more chemicals" (Sexton, 2011).
Conclusion: A More Practical Path to Sustainable Eating
Bittman argues that reducing meat intake is better for human health and better for the planet — a win-win scenario and far more effective than simply eating locally. Bittman is neither a vegan nor a vegetarian; he advocates reduced meat consumption, which would lessen the overall impact of the all-American meal of a rib-eye steak, baked potato with butter, green beans, wheat bread, and ice cream. The practical recommendation is to eat a smaller steak, less frequently, rather than straining to "go local."
For consumers genuinely concerned about the environmental impact of their diet, the evidence points toward shifting away from red meat as the single most effective dietary change available. Locavorism has value as a social and community practice, but it should not be mistaken for an adequate substitute for reducing livestock consumption. A borderless food system, shaped by industrial agriculture, has made abundance cheap — but the most meaningful response to its environmental costs is not to draw tighter geographic boundaries around one's plate, but to reconsider what is on it.
References
Big dairy enters the era of big data. (2012). Businessweek. Retrieved from http://www.businessweek.com/articles/2012-10-18/big-dairy-enters-the-era-of-big-data
Bittman, M. (2008). Rethinking the meat guzzler. The New York Times. Retrieved from
Boyd, R. (2009). Is buying local always better? MNN. Retrieved from http://www.mnn.com/food/healthy-eating/stories/is-buying-local-always-better-its-complicated
Farming as big business. (2012). U.S. Department of State. Retrieved from
Linn, D. (2012). Why are factory farmed animals given antibiotics and hormones? About.com. Retrieved from
Pollan, M. (2002). Power steer. The New York Times Magazine. Retrieved from http://michaelpollan.com/articles-archive/power-steer/
Pollan, M. (2002). The vegetable-industrial complex. The New York Times Magazine. Retrieved from http://michaelpollan.com/articles-archive/the-vegetable-industrial-complex/
Sexton, S. (2011). The inefficiency of local food. Freakonomics. Retrieved from http://www.freakonomics.com/2011/11/14/the-inefficiency-of-local-food/
Stiffler, L. (2007). Say bye-bye to bananas and hello to local with the 100-mile diet. Seattle Post-Intelligencer. Retrieved from ].php
Create your account
Always verify citation format against your institution’s current style guide requirements.