Add to ORKGSoybean aphid has been a major pest for producers in Northwest Iowa since their first major outbreak in 2003. Control measures for managing this pest are warranted almost every growing season and much research is being done on managing this pest. Insecticide applications have been the sole management technique for soybean aphid and will continue to be important in the future. An economic threshold of 250 aphids/plant is the current threshold level recommended by Iowa State University. This study was conducted to determine if the current recommendations are useful in managing soybean aphid and maintaining profitability for producers
SOYBEAN, Glycine max (L.), grown in Iowa and most of the north central region of the United States, ...
SOYBEAN, Glycine max (L.), grown in Iowa and most of the north central region of the United States, ...
Since its introduction to Iowa in 2000, the soybean aphid has firmly established itself as a pest of...
Soybean grown in Iowa has historically used low amounts of insecticide. However, an invasive insect ...
Over the last seven years we have added considerably to our knowledge and understanding of the soybe...
We are developing an economic threshold for application of a foliar insecticide for soybean aphid ma...
Soybean, Glycine max (L.), grown in Iowa and most of the north-central region of the United States h...
Soybean aphid remains the most important soybean insect pest in Iowa, and management over the last f...
Soybean aphid remains the most important soybean insect pest in Iowa, and management over the last f...
Soybean aphid remains the most important soybean insect pest in Iowa, and management over the last f...
Soybean aphid populations continue to climb in northeastern Iowa, as reported by Brian Lang, extensi...
Soybean, Glycine max (L.), grown in Iowa and most of the north central region of the United States h...
The introduction of soybean aphid and soybean rust to North America led to numerous insecticides and...
Soybean grown in Iowa and most of the north central region of the United States has historically use...
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, ...
SOYBEAN, Glycine max (L.), grown in Iowa and most of the north central region of the United States, ...
Since its introduction to Iowa in 2000, the soybean aphid has firmly established itself as a pest of...
Soybean grown in Iowa has historically used low amounts of insecticide. However, an invasive insect ...
Over the last seven years we have added considerably to our knowledge and understanding of the soybe...
We are developing an economic threshold for application of a foliar insecticide for soybean aphid ma...
Soybean, Glycine max (L.), grown in Iowa and most of the north-central region of the United States h...
Soybean aphid remains the most important soybean insect pest in Iowa, and management over the last f...
Soybean aphid remains the most important soybean insect pest in Iowa, and management over the last f...
Soybean aphid remains the most important soybean insect pest in Iowa, and management over the last f...
Soybean aphid populations continue to climb in northeastern Iowa, as reported by Brian Lang, extensi...
Soybean, Glycine max (L.), grown in Iowa and most of the north central region of the United States h...
The introduction of soybean aphid and soybean rust to North America led to numerous insecticides and...
Soybean grown in Iowa and most of the north central region of the United States has historically use...
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, ...
SOYBEAN, Glycine max (L.), grown in Iowa and most of the north central region of the United States, ...
Since its introduction to Iowa in 2000, the soybean aphid has firmly established itself as a pest of...