Syngenta Field Report
The Syngenta Field Report features information and experts from Syngenta sharing observations about issues growers are dealing with in the fields.
Stand Up to Stalk Lodging with a Strobilurin Fungicide
Jul 14, 2011
With corn planted later this season into cooler and wetter soils, are you concerned about disease or reduced stalk strength?
were designed to provide corn with superior protection and curative abilities against a wide array of yield-robbing diseases. Additionally, other benefits from strobilurin fungicides have been recognized, including improved stalk standability.
The potential yield loss from decreased standability can put a strain on both your combine as well as your wallet. As Bob Nielson, Purdue University Extension agronomist, stated in an article on the topic, “Annual yield losses due to stalk lodging in the U.S. range between 5 and 25 percent. In addition to outright yield losses, grain quality may also decline as a result of stalk lodging.1”
Stronger stalks and longer stand lead to an easier harvest and less potential for stalk breakage or ear fall that results in volunteer corn the following season. Strobilurin fungicides
work hard to improve the performance of your corn through broad-spectrum disease control, greater green leaf area and better photosynthesis, as well as increased water use efficiency.
All of this impacts the health and strength of the stalk, and will allow you to look forward to stronger stalks, longer stand for greater harvestability and less volunteer corn next season.
1Stalk Lodging in Corn: Guidelines for Preventive Management. Bob Nielsen, Extension Agronomist, and Deb Colville,
Graduate Research Assistant Department of Agronomy, Purdue University. Agronomy Guide Purdue University Cooperative Extension Service AY-262.
Eric Tedford, Fungicide Technical Brand Manager for Syngenta, provides technical leadership for the development of fungicides. His experience includes fungicide research and development for field crops, development of postharvest fungicides, and global technical development of fungicides. He holds bachelors, masters, and doctorate degrees in plant pathology from the University of Massachusetts, Clemson University, and the University of California (Davis), respectively.