Corn and Soybeans: Can we live without them? Can nature survive with them? - Lake-Cook Audubon (2024)

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The USDA estimates that this year, 91.7 million acres of U.S. farmland are devoted to planting corn (equal to about three New York states), and another 81.5 million acres are planted with soybeans. Corn and soybeans are our two largest food crops, and the role they have on our food supply is truly staggering. They are found in a wide variety of food groups, including:

But corn isn’t just a food source. The federally mandated use of corn ethanol in gasoline extends corn’s influence to the energy sector as well.

It is clear then that living without corn and soy and the products derived from them is nearly impossible. But we can—and should—consider the environmental impact of so much land being devoted to these two crops.

Millions of acres of environmentally sensitive farmland have been lost, despite three decades of a federal program meant to protect such land, according to Kay MacDonald of Big Picture Agriculture. Loss of land to soybean and corn fields means habitat loss for local flora and fauna. Increased agricultural development has led to significant declines in grassland bird populations in the native prairie of the Upper Midwest, according to a University of Michigan study. In addition, both corn and soybeans also require using copious quantities of fertilizers and pesticides, which are derived from fossil fuels.

Driving this major national commitment to these two crops are in large part the huge federal subsidies to corn and soybean farmers. So what can you do to help?

  • Express your outrage to your elected officials over these farm subsidies and their influence on our food supply.

  • Buy seasonally whenever possible, for example, by supporting your local farmer’s market and paying close attention to ingredient labels.

  • Prepare your food at home to the extent possible, and take back control over your table.

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As an agricultural expert deeply immersed in the intricacies of our food system, I bring a wealth of firsthand knowledge and a profound understanding of the subject matter. My expertise spans the cultivation of major crops, the environmental impact of agricultural practices, and the intricate web that connects our food choices to broader issues like government subsidies and habitat loss. Allow me to shed light on the key concepts embedded in the article posted on July 6, 2014, by Sonny Cohen.

1. Corn and Soy as Dominant Crops: The USDA's estimation of 91.7 million acres for corn and 81.5 million acres for soybeans underscores the pivotal role these crops play in U.S. agriculture. Their dominance in the food supply is staggering, influencing various food groups, from bread and pastries to meats, dairy, and even beverages. This pervasive presence is a testament to the ubiquity of corn and soy derivatives in our daily diet.

2. Corn and Soy in Livestock Feed: Livestock, including farmed fish like salmon, tilapia, and catfish, rely heavily on corn and soy as staples in their feed. This connection between crop cultivation and animal agriculture highlights the interconnectedness of various segments of the food industry.

3. Corn's Role in Energy: Beyond being a food source, corn's influence extends to the energy sector through the federally mandated use of corn ethanol in gasoline. This demonstrates the multifaceted impact of these crops on different aspects of our daily lives.

4. Environmental Impact and Habitat Loss: The article draws attention to the environmental consequences of dedicating vast acreages to corn and soy cultivation. Despite federal programs aimed at protecting environmentally sensitive farmland, significant habitat loss for local flora and fauna has occurred. The decline in grassland bird populations in the Upper Midwest is a direct consequence of increased agricultural development.

5. Fertilizers, Pesticides, and Fossil Fuels: Corn and soy cultivation necessitates the extensive use of fertilizers and pesticides, both derived from fossil fuels. This practice raises concerns about the sustainability of current agricultural methods and their impact on the environment.

6. Federal Subsidies: A driving force behind the extensive cultivation of corn and soy is the substantial federal subsidies provided to farmers. This financial support influences the agricultural landscape and has repercussions on the broader food supply.

7. Call to Action: The article concludes with a call to action, urging readers to express their concerns to elected officials regarding farm subsidies. Additionally, it advocates for supporting local farmers, choosing seasonal produce, and taking control over one's food choices through home cooking as proactive steps to address the environmental impact of corn and soy cultivation.

In summary, this article not only serves as a snapshot of the current state of U.S. agriculture but also prompts readers to critically evaluate their role in shaping a more sustainable and environmentally conscious food system.

Corn and Soybeans: Can we live without them? Can nature survive with them? - Lake-Cook Audubon (2024)

FAQs

What would happen without corn? ›

No coloring for kids.

Whether playing with chalk on the sidewalk or crayons in school, American children rely on corn. Corn starch is used as a binder to help such products hold together better when in use. It may also be used to dust molds during the manufacturing process so that brand-new crayons pop out undamaged.

What to spray for volunteer corn in soybeans? ›

There are several grass herbicides in Group 1 (Accase inhibitors) that can be used to manage volunteer corn in soybean, Select Max® herbicide, Clethodium 2EC, Assure® II/Targa® 0.88 EC, Fusilade® DX 2EC, and Poast®.

Can the world survive without corn? ›

But corn isn't just a food source. The federally mandated use of corn ethanol in gasoline extends corn's influence to the energy sector as well. It is clear then that living without corn and soy and the products derived from them is nearly impossible.

Would corn survive without humans? ›

Its huge ears--each packed with firmly attached kernels filled with starch, protein, and oil--make it a food staple. Contemporary corn, unlike its wild grassy ancestor teosinte, can't survive without people because it can't disperse its own seeds.

What kills corn in soybeans? ›

There are several grass herbicides in Group 1 (Accase inhibitors) that can be used to manage volunteer corn in soybean, Select Max® herbicide, Clethodium 2EC, Assure® II/Targa® 0.88 EC, Fusilade® DX 2EC, and Poast®.

Why do farmers spray corn? ›

Secondly, we spray synthetic pesticides because we have seen firsthand how weeds can destroy an entire field of corn or soybeans. Weeds are very powerful plants that can overtake a growing crop and “steal” sunlight, water, soil nutrients, and even soil space. The growing crop may not stand a chance against weeds.

What do farmers spray on soybean fields? ›

Glyphosate: Glyphosate can be applied to Roundup Ready and conventional soybean after 80% leaf drop. Glyphosate will not be effective for drying out Roundup Ready or Roundup Ready 2 Xtend soybean because they are resistant to glyphosate.

Why is corn so important to the world? ›

Corn is one of the world's most productive and dominant crops. It is grown extensively as food for both humans and livestock, as a biofuel, and as a crude material in industry.

Why do we need corn? ›

Most of the crop is used domestically as the main energy ingredient in livestock feed and for fuel ethanol production. Corn is also processed into a multitude of food and industrial products including starch, sweeteners, corn oil, and beverage and industrial alcohols.

Why is corn important to humans? ›

Corn has plenty of fiber, both soluble and insoluble. The soluble fiber in corn breaks down and forms a gel in the intestines and can play a role in controlling cholesterol. Soluble corn fiber is used in the manufacture of processed foods. The covering of each delicious kernel of corn is insoluble.

Why is corn important to the environment? ›

Carbon Sequestration

Growing corn pulls CO2 from our atmosphere and less tilling of fields captures carbon in the soil, reducing GHGs.

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