In 2015, three farmers working with the Nebraska On-Farm Research Network evaluated ILeVO®, a Bayer Crop Science seed treatment. While this product has shown promise for addressing SDS, there are no clear guidelines to determine at what point a field will see enough response to ILeVO® to justify treatment.
The objectives of this study were
- to evaluate if the seed treatment ILeVO® provided additional benefit beyond that currently provided by variety selection and
- to determine if ILeVO® provided adequate control of SDS in early planted soybeans. Read more...
Project SENSE 2015 Results Summary
Project SENSE is a special effort focused on using crop canopy sensors to direct in-season nitrogen application in corn. This 2-page document provides an introduction to Project SENSE and a summary of research results from year 1.
Project SENSE Introductory Video
Watch this video to learn more about this Nebraska On-Farm Research Network project focused on improving the efficiency of nitrogen fertilizer use through crop canopy sensors.
On-Farm Research App Puts Resources At Your Fingertips
Accessing resources from the Nebraska On-Farm Research Network is now available at your fingertips - in the field, in the tractor or truck, or wherever you want to use the research app. The research app was launched in April 2015 is available for iPhone, iPad and Android users. Learn more and download the app.
Five growers worked with the Nebraska On-Farm Research Network in 2014 to assess the use of cover crops for their farming operations. Specifically, these producers were concerned with the impact of cover crops on the yield of the subsequent cash crop. The results of these five studies are explored here, moving from west to east across the state.
Intoducing: Project SENSE (2014)
The Nebraska On-Farm Research Network is launching a new project focused on improving the efficiency of nitrogen fertilizer use. Project SENSE (Sensors for Efficient Nitrogen Use and Stewardship of the Environment) will implement 20 on-farm research sites each year, over the next 3 years. Richard Ferguson, UNL Extension Soil Specialist, is leading the project which will focus on crop canopy sensors to direct variable-rate, in-season nitrogen application in corn. Read more...
With the capability of planters to variable-rate seed, more farmers are trying this feature out in their fields. The technology holds promise as it can help increase return on investment of seed by putting more seeds where there is more potential for increased yield. Two Nebraska producers are working with Nebraska's On-Farm Research Network to better understand the yield and economic consequence of their variable-rate planting strategy. Read more...