What is Regenerative Agriculture?
If you have heard the term regenerative agriculture more often lately, you are not alone. It is quickly becoming one of the most talked about shifts in how food is grown in South Dakota.
At its simplest, regenerative agriculture is a way of farming that improves the land instead of depleting it over time. Rather than just maintaining soil, it focuses on restoring it and making it healthier, more resilient and more productive year after year.
According to the USDA, regenerative agriculture is a conservation management approach that emphasizes natural resources through improved soil health, water management and natural vitality for the productivity and prosperity of American agriculture and communities.
Meet Nicholas Uilk
Klingbeil Endowed Educator in Precision Agriculture/Lecturer at South Dakota State University
As the Klingbeil Endowed Educator in Precision Agriculture and a lecturer at South Dakota State University, Nicholas Uilk is helping develop the next generation of responsible ag innovators who practice regenerative agriculture. With over 17 years at SDSU, Uilk teaches within the Agricultural Systems Technology and Precision Ag programs, preparing students to grow food in ways that are smarter, more efficient and better for both people and the planet.
From early advancements like boom section control to today’s AI-powered “see-andspray” systems, Uilk helps students understand how precision tools directly impact the food consumers buy every day. By applying inputs like fertilizer and crop protection only where they are truly needed, these technologies help reduce unnecessary chemical use, protect soil and water quality and support healthier crops—resulting in safer, more responsibly produced food on grocery store shelves.
Technologies like pulse width modulation and drone-generated prescription maps are no longer futuristic; they are tools students are actively using to improve how food is grown. These innovations allow farmers to make more precise decisions in the field, which can lead to more consistent crop yields and a more stable food supply for consumers.
In fact, Uilk’s students do not just learn about these tools; they build them. In one course, students develop their own “see-and-spray” scripts and assess their accuracy in identifying and targeting weeds, gaining hands-on experience that translates directly into real-world impact. This kind of innovation helps farmers reduce waste, lower input costs, and operate more efficiently—factors that play a role in keeping food production sustainable and helping control costs at the grocery store.
As equipment becomes more advanced, the difference between average and topperforming farms increasingly comes down to how well farmers use technology. Uilk’s goal is to prepare students to serve as that critical bridge, helping farmers adopt new tools with confidence, improve productivity and manage costs in ways that benefit consumers through a more reliable and affordable food system.
Looking ahead, Uilk sees continued growth in automation, AI and data-driven decision-making, but also recognizes that change takes time. Just like the transition from horses to tractors, the future of precision agriculture will evolve gradually. For consumers, that future means continued progress toward a food system that is more efficient, resilient and responsive to the needs of a growing population.
Fast Facts with Nicholas Uilk
- South Dakota State University offers the first Bachelor of Science degree in Precision Agriculture in the United States.
- SDSU students are involved in every aspect of ag technology—from developing and implementing to supporting and utilizing the latest innovations.
- In today’s farming world, continuous education and deep knowledge remain the most powerful tools for success.
- As farms grow more complex, technology in agriculture will continue to evolve, creating new opportunities for those who are prepared.
How Farmers Protect the Fruits and Vegetables You Eat
When you select fresh fruits and vegetables at the grocery store, it is easy to forget
the care and science behind growing them. South Dakota farmers work hard to
produce safe, nutritious food while protecting the land and communities around them
—helping to ensure families have access to reliable, affordable produce.
One useful tool farmers employ is pesticides. These products help protect crops from insects, weeds and plant diseases that can damage harvests and reduce food quality. Without proper crop protection, farmers could lose significant portions of their produce, leading to reduced supply, higher production costs and higher prices at the grocery store for consumers.
Today, pesticide use is heavily regulated in the United States. The Environmental Protection Agency (EPA) establishes national standards to ensure pesticides are used safely and responsibly. States then provide training and certification programs to help farmers meet or exceed those standards.
In South Dakota, education programs like South Dakota State University Extension help farmers learn how to apply pesticides correctly while protecting people, wildlife and the environment.
These safeguards help ensure the fruits and vegetables that families enjoy every day are grown responsibly from the start.
Ready to Learn More?
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