Insect Management News
Soybean cyst nematode (SCN) is the most damaging soybean pathogen in North America. Infestations remain... Read more.
There were multiple reports of Sudden Death Syndrome (SDS) in soybeans this past year. The cooler,... Read more.
We have been receiving numerous phone calls about Dectes stem borer in soybean this year. We began... Read more.
Soybean cyst nematode (SCN) is the single most damaging soybean pest in the United States. This pest... Read more.
Field crop growers might already be aware that stink bugs could cause injury to soybeans, but it seems... Read more.
The following is a question directed to me by one of our County Agents. It’s an excellent question... Read more.
The Wisconsin Soybean Marketing Board (WSMB) sponsors free nematode testing to help producers stay ahead... Read more.
Soybean farmers have a few years to wait but should be looking forward to protecting their crops... Read more.
The soybean cyst nematode (SCN) continues to expand in South Dakota. Since its first discovery in... Read more.
Globally, soybean growers lose $157 billion in annual harvests from plant-parasitic nematodes, according to Louisiana... Read more.
This year we have seen several soybean stem and root rot diseases for which the main management action... Read more.
In 2012, soybean vein necrosis disease (SVND) was described for the first time in Wisconsin. This... Read more.
- Precision Planting launches multi-hybrid planting system
- TIA Farm Tire Service training class offered
- Coolest fall temperatures to remain focused in Central U.S.
- Most ag markets held up surprisingly well Tuesday
- Livestock futures outperformed the crop markets Tuesday morning
- Iowa cover crops: Expected Hessian fly free dates
- No El Niño in 2014? Drought-weary California in trouble
- Suspected Bt corn rootworm resistance in Pennsylvania
- BioNitrogen to build second fertilizer plant in Texas
- Commentary: Setting the record straight on 'Waters of the U.S.'
- Soybean aphid numbers on the rise
- Solar energy jobs increase, wind power decrease