Standability Will Be Huge This Year With Harvest Approaching
Cooler weather is helping crops finish, but disease pressure and standability concerns make harvest scouting critical—listen to the latest Field Advisor podcast episode.
Cracking the Code: Why Drones Work in Fungicide Applications
Drones are proving to be a reliable tool for fungicide applications—Matt Montgomery digs into how coverage, canopy movement, and spray quality make it work.
Genetic Modification Hits the ’90s — and American Agriculture — Hard!
IL Soy Envoy Mike Wilson shares his firsthand perspective on how the 1990s transformed farming and set the stage for today’s ag innovations and challenges.
How Aerial Imagery Is Changing Yield Forecasting
IL Soy Envoy Haley Brokate of Illini FS shares her experience using aerial imagery to guide yield forecasting weeks before harvest begins.
On-Farm Trials Find Fertilizer and Row Spacing Have Minimal Impact on Soybean Yields
The study concluded that farmers should plant in 15” rows and avoid unnecessary fertilizer when soil pH, P1, and K are within recommended ranges.
SOYLEIC Varieties Deliver Competitive Yields
ISA's Annual Insights Report highlights checkoff-funded research showing that all SOYLEIC varieties yield comparably to Plenish and leading Pioneer checks.
Considering a Fungicide Application by Drone? You’re Not Alone – Part 2
In part two, Stephanie Porter, CCA, shares 2023 Purdue research comparing drone and ground rig fungicide applications, highlighting coverage, disease control, and yield results.
Considering a Fungicide Application by Drone? You’re Not Alone – Part 1
In part one of this two-part series, Stephanie Porter, CCA, breaks down the pros and cons of drone fungicide applications—and what farmers need to consider before taking flight.
Site-Specific Management Offers Economic Edge for Soybean Growers
ISA checkoff-funded research shows that site-specific management and biologicals can increase soybean meal value—helping farmers compete in quality-driven markets.
Gene Editing Offers Potential New Path for Managing SCN
Illinois researchers are using CRISPR and RNA sequencing to identify genetic targets that could disrupt soybean cyst nematode reproduction.
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