The beef production industry, specifically its inconsistent hygienic practices and the nature of the production, poses an issue for public health. A push for public health specifically in the beef production industry was introduced due to a cow having Mad Cow Disease or BSE in 2003 (Walker et al., 2005). Pathogens such as salmonella can accumulate in CAFO-generated wastes, along with nitrate levels in the water that are dangerously high. In one study made, 458 pounds of beef was bought, with every single pound containing fecal matter (How Safe Is Your Ground Beef, 2015). It is apparent that the sanitary conditions of the industry are lackluster and dangerous at all levels. This affects not only the average citizen by way of potentially contaminated food and spilled waste into the environment but by air pollution. This only worsens for those who live near CAFOs, who have increased cases of physical and mental health concerns (Donham et al., 2007). Another demographic that has been ignored is CAFO workers, who are increasingly at risk for disease and worsened health. While working at the grounds to be able to gain an income to take home, employees are risking their health, which may further worsen their financial situations with hospital bills and time off work.
Image displaying how much water it takes to produce one pound of beef (Olson-Sawyer, 2023).
Impacts
Water contamination is a huge problem on our planet. There's trash in our oceans, oil spills, among other things. However, out of all of the factors that contaminate our waters are farmers and the beef industry. First, they consume a massive amount of water. This is because the feed given to the cows is mostly grain so that they can fatten quicker as opposed to just eating grass. However, the production of grain consumes a lot of water as it is. For example, a pound of corn requires 148 gallons of water and a pound of soybeans requires 256 gallons of water (waterfootprintcalculator, 2022). When corn and other grains are being grown, the water used for it is typically from reservoirs and underwater resources, which can then produce a strain on the water resources for the nearby communities. Essentially, producing one pound of beef averaged around 1,800 gallons of water. Secondly, cows not only consume a lot of water, but they also produce a lot of feces. On average, a cow can produce "about 120 pounds of manure per day (as much as 20-40 people)" (waterfootprintcalculator, 2022). The waste is then spread through the waters and reaches underwater resources as well as streams and rivers, which all lead to contamination of the environment and health risks to those around it.
However, not all parties involved realize the urgency of this problem. One of the groups that ignore this the most is the beef farmers. The National Cattlemen's Beef Association (NCBA) is very strongly against more federal regulations and oversight. On their website, they explain that the National Waters Protection Rule (NWPR) did not leave "ephemeral streams or isolated water features to federal regulation", which they strongly preferred, but the rule was turned down and they were forced to continue to comply with the existing regulations (NCBA, 2023). On their website, they also claim that "U.S. beef production is the most sustainable in the world" (NCBA, 2023) . However, after a more insightful analysis of their sustainability section, they never mention water usage. In fact, in one of the websites linked as their resources for this claim, we can observe that agricultural water usage in the United States accounted for 40% of US water usage in 2017, and has been steadily rising since 1982 and are ranked 65th from a total of 158 countries when in 1982 they were ranked 8th in water stress (CW, 2023).
NCBA Logo (NCBA, 2023).
Cows lined up in a farm (Mgstudyo, 2019).
Currently, there are many programs in place to facilitate the disposal of cattle waste and implement different practices. One of the biggest ones is how the EPA provides National Pollutant Discharge Elimination System (NPEDS) permits for qualifying CAFOs. There are also many grant programs for qualifying communities to receive loans in order to improve the waste treatment in their area. These work great, and in theory, they would allow communities to stay healthy and for CAFOs to reduce their water usage as well as water contamination. However, the system in place to issue the permits is not very inclusive. CAFOs have to be large enough to quality when it should instead be a standard for all CAFOs (Moran, 2022). In addition, the issuance of these permits is left to the states, which a lot of the times results in many qualifying CAFOs without any permits. In addition, there is no federal oversight of this or the collection of data. This all means that CAFOs are not given their permits, and even when they are, they can easily make up data in their favor.
Picture of cattle farmers walking together (Watershed Agricultural Counsil, 2016).
One of the biggest and most successful ways that we can change as a society is through education. If we advocate for the education for farmers, consumers, students, and affected communities as a way to improve the situation, we can all understand the urgency of the problem. By teaching farmers, they may begin to understand the importance of their water usage and what changes may be taken into consideration to improve the situation. For example, a quick solution to water usage in the farming industry could be to only raise cattle with grass, not grain. However, farmers will not be making as much profit as they are because the cattle will take longer to grow large enough to be slaughtered. A solution could be that the government covers the costs of certain parts of their production process or may provide grants to those that switch to grass-fed. For consumers, we can teach them about the difference between the beef that they buy in the grocery stores. By doing so, consumers can feel encouraged to either reduce their beef intake or pick more grass-fed beef so these farmers may profit more and we can begin steering away from grain-fed cows grown in CAFOs. Lastly, we can educate our children, after all, they are the future and will be taking care of the country one day. If we educate students, they may instinctively know that it is better to support grass-fed cattle farmers, similar to how generations now are very accustomed to recycling. We can inform them about all of the side effects and teach them the importance of clean water and how to use it sustainably, along with all of the side effects that it will have on our communities. Teach them how something that doesn't seem like their problem, essentially is, because it affects everyone.
In addition, the mitigation of health effects of unhygenic beef production and water usage is directly linked to improving the practice as a whole. There is a disconnect between the health of our citizens and the 'health' of the beef industry as a whole (Walker et al., 2005). By creating a distinguishable connection between the meat and health industries, both can improve temendously, both by themselves and in relation to one another.
Resources
Andrea Rock. (2015, December 21). How Safe Is Your Ground Beef? Consumer Reports. https://www.consumerreports.org/cro/food/how-safe-is-your-ground-beef
CW. (2023). Global threat to agriculture from invasive species | PNAS. climatewatchdata.org. https://www.pnas.org/doi/10.1073/pnas.1602205113
Donham, K. J., Wing, S., Osterberg, D., Flora, J. L., Hodne, C., Thu, K. M., & Thorne, P. S. (2007). Community Health and Socioeconomic Issues Surrounding Concentrated Animal Feeding Operations. Environmental Health Perspectives, 115(2), 317–320. https://doi.org/10.1289/ehp.8836
Klapholz, Dr. S. (2020, February 11). The Public Health Consequences of Animal Agriculture. Impossiblefoods.com; Copyright 2023 Impossible Foods Inc. https://impossiblefoods.com/blog/the-public-health-consequences-of-animal-agriculture
Mgstudyo. (2019, August 10). Cows in the barn waiting to be milking. iStock. https://www.istockphoto.com/photo/cows-in-the-barn-waiting-to-be-milking-gm1167162235-321783623
Moran, L. (2022). Pretextual Preemption: The Modern Weaponization of Preemption in the Regulation of Concentrated Animal Farming Operations. University of Pennsylvania Law Review, 170(6), 1589–1624.
NCBA. (2023). Policy. National Cattlemen’s Beef Association. https://www.ncba.org/policy
NCBA. (2023). NCBA contact page. National Cattlemen’s Beef Association. https://www.ncba.org/utilities/ncba-contact-page/
Olson-Sawyer, K. (2023, January 11). Beef: The “king” of the Big Water Footprints. Water Footprint Calculator. https://www.watercalculator.org/news/articles/beef-king-big-water-footprints/
Walker, P., Rhubart-Berg, P., McKenzie, S., Kelling, K., & Lawrence, R. S. (2005). Public health implications of meat production and consumption. Public Health Nutrition, 8(4), 348–356. https://doi.org/10.1079/phn2005727
Waterfoorprintcalculator. (2022).The water footprint of beef: Industrial vs. pasture-raised. Water Footprint Calculator. (2022, September 9). https://www.watercalculator.org/footprint/water-footprint-beef-industrial-pasture/#:~:text=This%20is%20because%3A,More%20feed%20%3D%20more%20water.
Watershed Agricultural Counsil. (2016, May 11). Farmer education. Watershed Agricultural Council. https://www.nycwatershed.org/agriculture/farmer-education/