Revylok™ Fungicide Control of Septoria Brown Spot

I recently had the opportunity to visit one of the BASF research farms to check out our fungicide product performance trials. While the photos I took are helpful, they didn't fully capture everything I observed. I wanted to share my personal perspective and insights on why I am confident in Revylok™ Fungicide’s ability to control and manage soybean diseases. Take a look at how Revylok Fungicide effectively controls major soybean diseases, including Septoria brown spot (Septoria glycines).

📷 BASF Employee | video taken on July 26th, 2024.

Septoria brown spot is a residue-borne disease that continues its lifecycle by producing inoculum on crop debris from the previous season. The severity of this disease can vary from year to year depending on environmental conditions.

In North Carolina, we have experienced a significant amount of early-season rains, and the current hot and humid weather is conducive to disease development. It is crucial to regularly scout for diseases and apply fungicide treatments before outbreaks occur. 

📷 BASF Employee | Comparison of foliar symptom development of Septoria brown spot on soybeans treated with Revylok Fungicide versus untreated soybeans.

📷 BASF Employee | Comparison of foliar symptom development of Septoria brown spot on soybeans treated with Miravis® Top Fungicide versus Revylok Fungicide.

📷 BASF Employee | Comparison of soybean pod development between untreated and Revylok Fungicide treated soybeans. 

BASF sponsored replicated field trial Princeton, North Carolina, 2024. Revylok™ Fungicide applied at 5.5 fl. oz/A, Miravis® Top Fungicide applied at 13.7 fl. oz/A. All treatments applied with NIS 0.25% v/v at R3 timing on July 8th, 2024. Video taken on July 26th, 2024.

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