Soybeans are grown on approximately 1.3 million ha in Arkansas generating an estimated $1.7 billion annually. Foliar diseases on soybean can result in economic losses. Growers spend significant time and money on disease scouting via crop consultants and often (subsequent) fungicide applications. Fungicide trials are often arranged in small plots designs. In these scenarios, spatial variability of foliar disease is minimized. While it is advantageous to minimize variance outside of treatment differences, another limitation with many small plot trials is ample disease pressure or having only lower severity. Within a commercial production field, soil types and disease severities vary. Logically, by designing trials that take advantage of sub-f...
Soybean foliar fungicides were evaluated for foliar disease management and yield response across sev...
There is an interest in the evaluation of foliar fungicides since Asian soybean rust was discovered ...
Applications of foliar fungicides on soybean have been shown to reduce disease pressure and protect ...
Aerial imagery offers great potential as a predictive scouting method and could allow growers to bet...
The foliar, stem, and root diseases of soybeans are significant components of yield loss in soybean ...
Soybeans (Glycine max L.) are a major commodity crop grown on over 29 million hectare (72 million ac...
Foliar fungicide usage in soybeans in the north-central United States increased steadily over the pa...
Midwestern soybean growers seek information on effective application of foliar fungicides that do no...
Increased soybean foliar disease potential has heightened grower interest in fungicide application t...
Frogeye leaf spot, caused by Cercospora sojina K. Hara, is a major soybean (Glycine max L. Merr.) di...
Use of foliar fungicides and insecticides are an effective strategy for managing foliar diseases of ...
Approximately one-third of soybean yield gain is a result of improved agronomic practices, which inc...
The foliar, stem, and root diseases of soybean are significant components of yield loss in soybean f...
The study was designed to optimize insecticide and fungicide usage on soybean by comparing different...
The foliar, stem and root diseases of soybean are significant components of yield loss for crop prod...
Soybean foliar fungicides were evaluated for foliar disease management and yield response across sev...
There is an interest in the evaluation of foliar fungicides since Asian soybean rust was discovered ...
Applications of foliar fungicides on soybean have been shown to reduce disease pressure and protect ...
Aerial imagery offers great potential as a predictive scouting method and could allow growers to bet...
The foliar, stem, and root diseases of soybeans are significant components of yield loss in soybean ...
Soybeans (Glycine max L.) are a major commodity crop grown on over 29 million hectare (72 million ac...
Foliar fungicide usage in soybeans in the north-central United States increased steadily over the pa...
Midwestern soybean growers seek information on effective application of foliar fungicides that do no...
Increased soybean foliar disease potential has heightened grower interest in fungicide application t...
Frogeye leaf spot, caused by Cercospora sojina K. Hara, is a major soybean (Glycine max L. Merr.) di...
Use of foliar fungicides and insecticides are an effective strategy for managing foliar diseases of ...
Approximately one-third of soybean yield gain is a result of improved agronomic practices, which inc...
The foliar, stem, and root diseases of soybean are significant components of yield loss in soybean f...
The study was designed to optimize insecticide and fungicide usage on soybean by comparing different...
The foliar, stem and root diseases of soybean are significant components of yield loss for crop prod...
Soybean foliar fungicides were evaluated for foliar disease management and yield response across sev...
There is an interest in the evaluation of foliar fungicides since Asian soybean rust was discovered ...
Applications of foliar fungicides on soybean have been shown to reduce disease pressure and protect ...