Add to ORKGFungicides on soybeans provide growers an effective management strategy for foliar diseases, especially soybean rust. However, many questions about fungicides and how common practices affect fungicide efficacy are still unresolved. One possible cultural practice that may affect fungicide efficacy is plant population. Higher plant populations may provide a more conducive microenvironment for certain plant diseases and may reduce the penetration of fungicides to the lower canopy. The objective of these studies was to evaluate the efficacy of fungicides in different soybean plant populations
There is an interest in the evaluation of foliar fungicides since Asian soybean rust was discovered ...
Fungicide applications have become more popular among soybean farmers in recent years. The primary u...
Fungicide applications have become more popular among soybean farmers in recent years. The primary u...
Fungicides on soybeans provide growers an effective management strategy for foliar diseases, especia...
Applications of foliar fungicides on soybean have been shown to reduce disease pressure and protect ...
Applications of foliar fungicides on soybeans have been shown to reduce disease pressure and protect...
Use of fungicides prior to 2004 was not common in soybean production in Iowa and much of the north c...
Use of foliar fungicides by soybean producers has gained increased interest since 2004, with the pot...
The foliar, stem, and root diseases of soybeans are significant components of yield loss in soybean ...
Prior to 2004, foliar diseases were not a concern in soybean production in Iowa and much of the nort...
The study was designed to document the efficacy of fungicides in disease control and yield protectio...
Eleven different fungicide treatments were evaluated on soybean at the Northwest Research Farm in 20...
Soybeans (Glycine max L.) are a major commodity crop grown on over 29 million hectare (72 million ac...
Prior to the 2005 growing season, management of foliar diseases of soybean was not considered in Iow...
Management of foliar diseases of soybean was not a common practice in Iowa or in the Midwest prior t...
There is an interest in the evaluation of foliar fungicides since Asian soybean rust was discovered ...
Fungicide applications have become more popular among soybean farmers in recent years. The primary u...
Fungicide applications have become more popular among soybean farmers in recent years. The primary u...
Fungicides on soybeans provide growers an effective management strategy for foliar diseases, especia...
Applications of foliar fungicides on soybean have been shown to reduce disease pressure and protect ...
Applications of foliar fungicides on soybeans have been shown to reduce disease pressure and protect...
Use of fungicides prior to 2004 was not common in soybean production in Iowa and much of the north c...
Use of foliar fungicides by soybean producers has gained increased interest since 2004, with the pot...
The foliar, stem, and root diseases of soybeans are significant components of yield loss in soybean ...
Prior to 2004, foliar diseases were not a concern in soybean production in Iowa and much of the nort...
The study was designed to document the efficacy of fungicides in disease control and yield protectio...
Eleven different fungicide treatments were evaluated on soybean at the Northwest Research Farm in 20...
Soybeans (Glycine max L.) are a major commodity crop grown on over 29 million hectare (72 million ac...
Prior to the 2005 growing season, management of foliar diseases of soybean was not considered in Iow...
Management of foliar diseases of soybean was not a common practice in Iowa or in the Midwest prior t...
There is an interest in the evaluation of foliar fungicides since Asian soybean rust was discovered ...
Fungicide applications have become more popular among soybean farmers in recent years. The primary u...
Fungicide applications have become more popular among soybean farmers in recent years. The primary u...