Most soil loss doesn’t happen in storms—it happens on ordinary spring days. In dry conditions across South Dakota, steady winds are quietly moving soil, nutrients, and long-term productivity off exposed fields.

On our spring tour of South Dakota farmers integrating livestock, my partner in crime, Joe Dickie, and I left Huron, and a couple of hours later crested the rise where Ryan Urban lives. Ryan identifies himself as a fourth-generation Pukwana crop-and-cattle producer—he jokes that they’re “cattle people who farm on the side.” With a name like Urban, I half expected him to grab a guitar and sing us a country tune. Instead, he grabbed the keys to his pickup, and we rode out into

Jeff Hemenway, former Soil Health Conservationist, pointing out Roots in the Subsoil at 80” in a No-till, Cover-Cropped Field in Brookings, SD When a commenter wrote on one of our recent videos Dwayne Beck, no-till , he put it bluntly: “Without tillage water won’t penetrate. I rented 400 acres that was zero till for decades and it was like a concrete block.” That comment — echoed by others in our threads — hits at one of the most common criticisms of no-till. If the soil is h

As a response to several requests for more peer-reviewed material on the economics of no-till (NT) vs. conventional tillage (CT), I went digging into the usual suspects — input costs, yield comparisons, and long-term trials. That’s when I stumbled on research from South Dakota State University’s Beresford Research Farm that made me realize: I had a bias . In an earlier blog , we cited a meta-analysis showing no-till yields averaging 5.7% lower  overall compared to conventiona

Natalie Sturm By the Growing Resilience Team For decades, no-till has been hailed as a cornerstone of regenerative agriculture—an essential practice to protect soil while still producing food, feed, fuel, and fiber. However, a groundbreaking thesis by soil scientist Natalie Sturm, conducted at the Dakota Lakes Research Farm in central South Dakota, shows that no-till is only part of the equation. It’s not just about reducing disturbance. It’s about what you grow—and how you g

By the Growing Resilience Team When we posted a video of Dr. Dwayne Beck explaining how tillage destroys soil structure and reduces infiltration, we expected a little pushback—but not hundreds of comments. What followed was one of our most active conversations yet, with producers from across the region offering both challenges and praise. It confirmed something we already suspected: There’s no one-size-fits-all answer when it comes to tillage and yield. So, we did what we alw

By:   the Growing Resilience Team A couple of weeks ago, we shared two posts that lit up our social media channels like never before. The topic? You guessed it: tillage. The first post was a short but controversial video of Dakota Lake Research Farm’s Dr. Dwayne Beck saying: “Grandpa had more organic matter than you do. All tillage tools destroy soil structure. All tillage tools decrease water infiltration… All tillage tools reduce organic matter…” The second was a graphic