Carrington Research Extension Center

NDSU › Carrington Research Extension Center

Search results

Subscribe to an always-updated RSS feed.

2010 Manure Application Timing and Economics of Manure Fertilization: The results from a 2010 experiment at the Carrington Research Extension Center to test manure application timing and economics of manure fertilization.
Located in Archive / … / AgronomyRD / Docs2010
2010 Soil Nitrogen Response to Manure Applications under Canola Production: A multi-year study to evaluate the response of a canola and wheat rotation to several different applications of manure.
Located in Archive / … / AgronomyRD / Docs2010
2012 What is Waste Worth?: A look at the nutrient value of waste.
Located in Archive / … / LivestockRD / Docs2012
2013 Evaluation of in situ Soil N Mineralization Rate to Improve N Input Timing and Use for Corn: Results of a 2013 study to evaluate the dynamics of N mineralization under field conditions, and how this affects N uptake by corn fertilized with urea and manure at different N rates.
Located in Archive / … / AgronomyRD / Docs2013
2013 Innovations and Traditions in Nutrient Management: An update on the nutrient management program.
Located in Archive / … / LivestockRD / Docs2013
2013 North Dakota Manure Fertilizer Use Recommendations: Fertilizer use recommendations for manure.
Located in Archive / … / AgronomyRD / Docs2013
2013 North Dakota Manure Fertilizer Use Recommendations: Recommendations for using manure for fertilizer.
Located in Archive / … / LivestockRD / Docs2013
2014 Improving Wheat Performance with Manure on an Upland Field in Hurdsfield, ND: Results of a 2014 study in Hurdsfield to assess spring wheat yield response to nitrogen from manure and to assess the relative impact of sulfur, zinc, and phosphorus on wheat grain yield and protein.
Located in Archive / … / AgronomyRD / Docs2014
2015 Evaluation of Fertility Strategies Aimed at Enhancing Crop Production on a Hillside with Eroded Soil: Soil erosion is a common problem on slopes and hilltops. Top soil is often lost very quickly from those areas. In theory, increasing fertility of such fields would add more organic matter and carbon to the soil, improving soil properties in the long run. For this reason, different strategies were employed on a hilltop of a farm in Hurdsfield, ND.
Located in Archive / … / AgronomyRD / Docs2015
2015 Feedlot Beef Manure as a Source of Nitrogen for Wheat and Nitrogen Strategies to Increase Wheat Protein Content: Previous research at the Carrington REC has shown that plots fertilized with manure show similar yields to plots fertilized with commercial fertilizers, but the protein content is in general lower on the manure plots. The study objective was to assess the effects of beef feedlot manure application in combination with strategic commercial fertilizer applications to improve wheat protein content.
Located in Archive / … / AgronomyRD / Docs2015