This 24 page special report is designed to bring you practical information and tips on how to improve each and every facet of your no-till planter, from attachments to GPS systems to evaluating various setups. Expert advice from long-time no-tillers, no-till researchers and planter consultants offer valuable insights into modifications and adjustments that will help you achieve better stands and ultimately better yields.   

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Within the 48 pages of this report, you will get perspective and direct experience from other no-tillers, strip-tillers, researchers and industry experts on how current precision tools are paying off and how to prepare to make the most of the innovations of the future. This report features expert advice from experienced industry experts such as; Jeremy Wilson, Cade Bushnell, Eric and Megan Wallendal, and more. 

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Interest and use of Unmanned Aerial Vehicles (UAVs) in agriculture continues to increase, but questions remain about whether the technology is a practical tool or simply a toy? Having researched and experimented with application of UAVs in conservation tillage systems, John Nowatzki, agricultural machine systems specialist at North Dakota State University, is an authority on the use of unmanned aerial imaging and sensing technology. Nowatzki will share his experience and advice on current use of UAVs in strip-till, along with a look at future applications and opportunities with the technology.

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Developing a strip-till system isn’t an easy process. Just ask Brian Watkins, who took nearly 15 years to confidently transition from no-tilled corn to strip-till on his 7,000-acre operation near Kenton, Ohio. Throughout the transition, experimentation has been a mainstay of his strip-till system to include incorporation of crop sensing technology, equipment setup modifications and intensive fertilizer management practices. Watkins will share his experience and payback utilizing remote sensing tools to improve fertilizer application methods, along with the addition of an air seeder cart for dry fertilizer application in strip-till.

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While many farmers collect field data, it’s knowing what to do with it that will help you improve the productivity and efficiency of your strip-till operation. This is something strip-tiller Trent Sanderson has made a priority to improve management of his family’s 2,000-acre corn, soybean and wheat operation near Clare, Ill. Sanderson will share how number crunching and analysis of collected data, along with the use of precision farming practices like electric row clutches and rate control, are helping him assess the return on investment of the farm’s strip-till system and shape annual input expenditures.

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After nearly a quarter-century of strip-tilling a variety of crops, third-generation farmer Eric Wallendal and his wife, Megan, still view their Grand Marsh, Wis., operation as a work-in-progress. All of their strip-tilled acres are under center-pivot irrigation and in 2014, they spring strip-tilled 2,000 acres of soybeans, forage corn and snap beans.

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As a fifth-generation farmer, Dave Delhotal takes pride in producing high-quality crops while caring for the land in an environmentally sustainable way. Through the dual efforts of strip-tilling continuous corn and a controlled-traffic system, he’s been able to fight compaction and dramatically increase soil health on the family’s West Brooklyn, Ill., operation.

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Learn the complete story about one of the next big breakthroughs in corn production! This 48-page book delivers the complete story on the yield-boosting, pocketbook-building benefits of narrowing your corn planting to 24-, 22-, 20-, 18-, 15- and even 7 1/2-inch drilled corn rows. View

Examine cutting edge precision farming practices including variable-rate seeding, precision spraying and implement steering to improve accuracy and maximize profit. View

Have you ever thought about the benefits you could accrue from adding controlled traffic farming (CTF) to your no-till operation? This 24-page report gives you overview of what you need to know about controlled traffic, how CTF can reduce compaction and increase yields and much, much more. View