Add to ORKGThe project was designed to study the effect of controlling insect and disease pests in soybeans. During any given crop season, there are often one or more pest problems that arise in soybean fields, potentially causing yield loss. This yield loss may be prevented by timely application of crop protectants that control pests. The study was designed to determine any yield effect caused by controlling soybean pests with the use of certain crop protectants
The purpose of this study was to evaluate the impact of insecticide and fungicide applications on be...
Bean leaf beetles have continued to be a problem for organic tofu soybean producers throughout the M...
Bean leaf beetles have continued to be a problem for organic tofu soybean producers throughout the M...
The study was designed to optimize insecticide and fungicide usage on soybean by comparing different...
This study was designed to optimize insecticide and fungicide usage on soybean by comparing differen...
This study was designed to optimize insecticide and fungicide use on soybean by comparing different ...
The research project was designed to study soybean plant and yield responses to certain products. So...
There are many fungicides and insecticides labeled for use in Iowa soybean. In this study, we evalua...
Soybean aphids have emerged as a major pest in soybean production in the last four years. This pest ...
Soybean grown in Iowa and most of the north central region of the United States has historically use...
Soybean, Glycine max (L.), grown in Iowa and most of the north-central region of the United States h...
The use of seed treatments on soybeans has increased considerably over the past few years. Seed trea...
The foliar, stem, and root diseases of soybean are significant components of yield loss in soybean f...
Use of foliar fungicides and insecticides are an effective strategy for managing foliar diseases of ...
In the north-central region, a few persistent and many occasional insects occur in soybean. A potent...
The purpose of this study was to evaluate the impact of insecticide and fungicide applications on be...
Bean leaf beetles have continued to be a problem for organic tofu soybean producers throughout the M...
Bean leaf beetles have continued to be a problem for organic tofu soybean producers throughout the M...
The study was designed to optimize insecticide and fungicide usage on soybean by comparing different...
This study was designed to optimize insecticide and fungicide usage on soybean by comparing differen...
This study was designed to optimize insecticide and fungicide use on soybean by comparing different ...
The research project was designed to study soybean plant and yield responses to certain products. So...
There are many fungicides and insecticides labeled for use in Iowa soybean. In this study, we evalua...
Soybean aphids have emerged as a major pest in soybean production in the last four years. This pest ...
Soybean grown in Iowa and most of the north central region of the United States has historically use...
Soybean, Glycine max (L.), grown in Iowa and most of the north-central region of the United States h...
The use of seed treatments on soybeans has increased considerably over the past few years. Seed trea...
The foliar, stem, and root diseases of soybean are significant components of yield loss in soybean f...
Use of foliar fungicides and insecticides are an effective strategy for managing foliar diseases of ...
In the north-central region, a few persistent and many occasional insects occur in soybean. A potent...
The purpose of this study was to evaluate the impact of insecticide and fungicide applications on be...
Bean leaf beetles have continued to be a problem for organic tofu soybean producers throughout the M...
Bean leaf beetles have continued to be a problem for organic tofu soybean producers throughout the M...