Last week, eight Nebraska youth traveled to Iowa to participate in the 1st Annual Regional Youth Crop Scouting Competition held at Iowa State University’s Field Extension Education Location near Boone, IA. These youth scouted six fields for diseases, insects, abiotic/biotic disorders, weed identification and crop growth stage and development. Teams from I
owa and Indiana also competed. Nebraska teams ranked 4th and 5th respectably. Between all three state competitions, 111 youth competed from Nebraska, Iowa and Indiana. Top two teams from each state competed at the regional competition. Congrats to all of the youth who not only networked with agronomic professionals, but also gained the most by improving life skills related to a potential career path.
While this is one program, which impacts a very small percentage of youth, it is very important to start training the next generation of ag leaders to feed our growing population. In fact the USDA’ National Institute of Food and Agriculture (NIFA) believes so strongly in the future of agricultural career pathways, they are funding $3.1 million through a Food and Agricultural Sciences National Needs Graduate and Postgraduate Fellowship Grants Program (NNF). This fellowship will aid in supporting the next generation of scientists and innovators who will be key to the future of our food and agricultural systems.
The NNF program is for graduate degree (masters and doctoral) programs and postgraduate training. The Nebraska Farmer website says it well, “the purpose of this program is to develop intellectual capital to ensure the preeminence of U.S. food and agricultural systems. This funding invests in experiential learning, including international experiences, for individuals who demonstrate their potential to successfully complete graduate degree programs in disciplines relevant to NIFA’s mission.”
There are eight targeted expertise shortage areas in which applicants should target their projects which include: animal production; plant production; forest resources; agricultural educators and communicators; agricultural management and economics; food science, human nutrition and human sciences; sciences for agricultural biosecurity; veterinary sciences; food and agriculture data analytics and tools; and integrative biosciences for sustainable food and agricultural systems. Applications are due September 22, 2016. For more information go to the NIFA – NNF website.
While this program is for graduate and postgraduate degree programs, it all starts by sparking the interest in youth, one at a time with the goal of “making on agronomist at a time.”
For more information on how to engage youth in crops, visit our UNL CropWatch site at http://cropwatch.unl.edu/cropwatch-youth.






Growers, crop consultants and educators are encouraged to attend Nebraska Extension’s Weed Management Field Day from 8 a.m. to 1 p.m. June 29 at the South Central Agricultural Laboratory near Clay Center. The field day will include on-site demonstrations of new technology and new herbicides for corn, soybean and sorghum. An early morning tour will focus on weed management in soybeans followed by a tour of weed management in corn and sorghum. Field experiments will provide information for weed control options using several herbicide programs.
Growers, crop consultants and educators interested in management of herbicide-resistant Palmer amaranth are encouraged to attend Nebraska Extension’s Field Day, supported by the Nebraska Corn Board, from 8:30 a.m. to 1:30 p.m. July 12 near Shickley. Palmer amaranth is a member of the pigweed family and is one of the most troublesome weeds in seed cornfields because of its resistance to atrazine and HPPD inhibitors. Greenhouse dose-response studies have confirmed resistance when atrazine and HPPD inhibitors were applied post-emergence. Palmer amaranth is of particular concern in south-central Nebraska because of its proximity to intense seed corn production, which is heavily reliant on these herbicides for weed.
heast Omaha. This is the first confirmation of the insect in Nebraska. EAB has killed hundreds of millions of 




t ponding if temperatures are relatively cool (mid-60’s F or cooler); fewer days if temperatures are warm (mid-70’s F or warmer). Soil oxygen is depleted within about 48 hours of soil saturation. Without oxygen, the plants cannot perform critical life sustaining functions; e.g. nutrient and water uptake is impaired and root growth is inhibited. Even if surface water subsides quickly, the likelihood of dense surface crusts forming as the soil dries increases the risk of emergence failure for recently planted crops.
stunted roots and dying roots. As a result, plants may be subject to greater injury during a subsequently dry summer due to their restricted root systems.