Add to ORKGThe decision of whether we should apply a fungicide to corn in mid-season will depend on two sets of factors. First are the main economic drivers: the value of the corn produced, and the costs of the fungicide and its application. The second factor that balances these is the degree to which yield is actually affected
Fungicide use on hybrid corn has increased considerably in the past two growing seasons primarily du...
To test if fungicide applied to hail-injured corn improves yield and reduces disease, we simulated h...
AbstractUse of foliar fungicides on corn has increased over the last decade. Part of the reason for ...
The decision of whether we should apply a fungicide to corn in mid-season will depend on two sets of...
Fungal disease management in U.S. corn production has undergone a major shift in the last 2 decades....
An application of foliar fungicide to corn and soybean has become a common input for many farmers in...
This study used experimental data from West Lafayette, Indiana to examine the economic benefits of a...
BackgroundFoliar fungicide applications to corn (Zea mays L.) occur at one or more application timin...
Fungicide use on hybrid corn has increased considerably in the past three growing seasons primarily ...
Fungicides were rarely used on hybrid corn prior to 2007, however, in the past few years, some farme...
Foliar fungicide use on corn in Illinois has increased drastically beginning in 2007. In an effort t...
An application of fungicide to corn has become a popular input with many farmers in Iowa. The effect...
Foliar fungicide use in the U.S. Corn Belt increased in the last decade; however, questions persist ...
Background: Foliar fungicide applications to corn (Zea mays) occur at one or more application timing...
During the 2007 growing season, approximately 3 million acres of corn were sprayed with a foliar fun...
Fungicide use on hybrid corn has increased considerably in the past two growing seasons primarily du...
To test if fungicide applied to hail-injured corn improves yield and reduces disease, we simulated h...
AbstractUse of foliar fungicides on corn has increased over the last decade. Part of the reason for ...
The decision of whether we should apply a fungicide to corn in mid-season will depend on two sets of...
Fungal disease management in U.S. corn production has undergone a major shift in the last 2 decades....
An application of foliar fungicide to corn and soybean has become a common input for many farmers in...
This study used experimental data from West Lafayette, Indiana to examine the economic benefits of a...
BackgroundFoliar fungicide applications to corn (Zea mays L.) occur at one or more application timin...
Fungicide use on hybrid corn has increased considerably in the past three growing seasons primarily ...
Fungicides were rarely used on hybrid corn prior to 2007, however, in the past few years, some farme...
Foliar fungicide use on corn in Illinois has increased drastically beginning in 2007. In an effort t...
An application of fungicide to corn has become a popular input with many farmers in Iowa. The effect...
Foliar fungicide use in the U.S. Corn Belt increased in the last decade; however, questions persist ...
Background: Foliar fungicide applications to corn (Zea mays) occur at one or more application timing...
During the 2007 growing season, approximately 3 million acres of corn were sprayed with a foliar fun...
Fungicide use on hybrid corn has increased considerably in the past two growing seasons primarily du...
To test if fungicide applied to hail-injured corn improves yield and reduces disease, we simulated h...
AbstractUse of foliar fungicides on corn has increased over the last decade. Part of the reason for ...