No-Till Farmer editors encounter a variety of articles, social media posts, podcasts and videos that offer a unique look at the grower's world from the lofty digital realm. Here is our favorite content from the past week from across the web:
- August Soybean Comparison
- Rotations, Resistance and Smarter Farming
- Addressing Slugs in No-Till
- 75 Years of Observations
- No-Till Planter On A Budget
August Soybean Comparison
Northwest Indiana farmer Michael Knapp evaluates his soybeans' progress. Variables in the fields include tillage versus no-till, drilled versus planted, and corn versus wheat stubble. Michael also compares his GMO versus non-GMO corn. Follow along with Michael as he scouts his 8-inch drilled beans, along with other fields!
Rotations, Resistance and Smarter Farming
In this second conversation with Geoff Fosbery, Bill Crabtree explores why nature eventually finds a way around even the most successful farming systems. Geoff discusses the importance of crop diversity, the rise of herbicide resistance, the competitive relationship between crops and weeds and why early sowing can give growers a major advantage. They also examine no-till farming, soil acidity, stubble retention, regenerative agriculture, blackleg management and the potential role of lentils in Western Australian rotations.
Addressing Slugs in No-Till
John Tooker from the Department of Entomology at Penn State discusses how IPM strategies and cover crops can help no-tillers successfully combat slugs. Tooker also explains how slug pressure can intensify in long-term no-till and how unnecessary insecticide use can worsen slug populations.
75 Years of Observations
With no-till experience dating back to 1953, John Johnson tells his no-till journey. From skepticism to now pushing the regenerative envelope, the Pennsylvania farmer has found ways to save time and money as he farms just under 1,000 acres of corn, wheat and soybeans. Read the full article here!
No-Till Planter On A Budget
Jeff Sanders, an Agronomy Specialist with UVM Extension, talks about how to upgrade an older planter to fit your no-till system while staying in budget. Sanders discusses row cleaners, heavy duty disc openers, down pressure and other important features.
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Facts Only
* Northwest Indiana farmer Michael Knapp evaluated soybean progress considering tillage versus no-till, drilled versus planted, and corn versus wheat stubble, and GMO versus non-GMO corn.
* Geoff Fosbery discussed crop diversity, herbicide resistance, competitive relationships between crops and weeds, early sowing advantages, no-till farming, soil acidity, stubble retention, regenerative agriculture, blackleg management, and lentil potential in Western Australian rotations.
* John Tooker from the Department of Entomology at Penn State discussed using IPM strategies and cover crops to combat slugs and how slug pressure intensifies in long-term no-till systems.
* John Johnson, a Pennsylvania farmer with no-till experience dating back to 1953, detailed his journey saving time and money across nearly 1,000 acres of corn, wheat, and soybeans.
* Jeff Sanders discussed upgrading older planters for no-till systems using row cleaners, heavy-duty disc openers, and down pressure while managing budget.
Executive Summary
Full Take
The compilation showcases a recurring tension between established practices and the pursuit of optimized, sustainable systems in modern agriculture. The juxtaposition of specific comparative data (like Michael Knapp's field variables) alongside philosophical discussions on natural resistance and historical evolution suggests an ongoing negotiation between empirical observation and systemic theory. There is a pattern that complex ecological outcomes, such as managing slugs or rotation strategies, are often framed by the practicality of economic incentives—whether that is cost-effective planter upgrades or mitigating pest damage through biological means. The deeper implication is how knowledge transmission occurs: highly specific, field-level experience (Johnson’s 75 years) intersects with generalized theory (rotation concepts), which then meets practical, immediate problems (slug management). This structure implicitly frames innovation as the successful integration of historical context, ecological pressure, and economic constraint. The missing piece in this collection is a robust analysis of the systemic costs and benefits associated with shifting these paradigms versus maintaining established norms; rather, it presents the various inputs for that calculation without synthesizing the outcome on long-term societal or environmental sustainability beyond the immediate farming context.
Bridge Questions: What are the quantifiable long-term ecological consequences when focusing solely on short-term economic optimization in no-till systems? How do different scales of observation—from individual farmer experience to large-scale rotation theory—inform decisions about regenerative practices? If cost and time are primary constraints, what alternative metrics should be prioritized over immediate financial savings when assessing the success of integrated pest management or diversification strategies?
Sentinel — Human
The text reads like a curated newsletter or index of recent journalistic features, characterized by a conversational tone and verifiable references to specific agricultural topics and individuals.