As heat unit accumulations continue to increase, western bean cutworm emergence will increase and expand especially across the western and southwester…
Corn earworm migration risks are not expected to be a threat until the extended forecasting period and beyond as high pressure slowly slides east and …
Western bean cutworm development risks will continue through the period especially across the southwestern portion of the corn-growing region where he…
Corn earworm migration risks remain rather limited the next five days as high pressure builds into the Midwest and Great Lakes region behind a southea…
Western bean cutworm development and initial emergence/flights are beginning to take shape especially across portions of the west and southwest corn-g…
As the overall weather pattern translates back into a zonal or northwesterly flow, corn earworm migration risks will be more limited in comparison to …
Western bean cutworm development risks remain across north-central into northeast Kansas and western Missouri as these areas will likely approach 25% …
South to southwest winds originating from northern Texas into Oklahoma will provide a potential source region for corn earworm migration especially in…
Heat unit accumulations will continue to increase especially across the southwestern portion of the corn-growing region through early next week.
Corn earworm migration risks return to especially the western and central corn-growing region the next five days as high pressure drifts back into the…
Western bean cutworm emergence should commence in the next week especially in the southwestern corn-growing region where heat unit accumulations are p…
Corn earworm migration risks are predicted to return to the Plains and western Midwest by Wednesday night and Thursday morning as the next weather sys…
Corn earworm (Helicoverpa zea) is found throughout North America except for northern Canada and Alaska.
Ensure you’re maximizing your fight against insect pressure by comparing corn traits to competitors’ alternative platforms.
