Carrington Research Extension Center

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2016 Corn Yield Response to Starter Fertilizer: A study to examine corn response to selected liquid starter fertilizer application strategies.
Located in Archive / … / AgronomyRD / Docs2016
2016 Evaluating the Efficiency of Nitrogen Extenders on Urea Applied on Wet Surface for Corn: Evaluation of products for protecting urea from nitrogen losses.
Located in Archive / … / AgronomyRD / Docs2016
2016 Pinto Bean Response to Starter and Post-applied Fertilizer: A field study was conducted at the NDSU Carrington Research Extension Center with support from Northarvest Dry Bean Growers Association to examine the performance of pinto bean with starter and post-applied fertilizer.
Located in Archive / … / AgronomyRD / Docs2016
2016 Corn Response to Starter Fertilizer: A field study continued at the NDSU Carrington Research Extension Center to examine the performance of corn with starter fertilizer and side-dressing N.
Located in Archive / … / AgronomyRD / Docs2016
2016 Soybean Response to Plant Nutrition and Foliar Inputs, Wishek: A field trial continued in 2016 at the CREC Tri-county off-station crop research site near Wishek to examine the response of soybean to preplant sulfur (S) fertilizer, seed inoculation, and special foliar inputs.
Located in Archive / … / AgronomyRD / Docs2016
2015 Corn Production Optimization with Distiller’s Grains and Condensed Distiller’s Solubles as Phosphorus Fertilizer Sources: A study to assess CDS and WDGs as P fertilizer sources for corn production in North Dakota.
Located in Archive / … / AgronomyRD / Docs2015
2015 Seed Inoculation Strategies on Fields with Prior Soybean Production: Two trials were conducted by the Carrington Research Extension Center (CREC) in 2015 to examine soybean yield response to single versus double seed inoculation on ground with recent soybean production.
Located in Archive / … / AgronomyRD / Docs2015
2015 Using UAV-mounted and Handheld Sensors to Assess HRSW and Durum Response to Nitrogen Rates: The goal of this study was to verify how NDVI (Normalized Difference Vegetation Index) values calculated from images taken with a UAV compare to NDVI values collected with a handheld sensor (GreenSeeker) in two side by side trials (durum and hard red spring wheat [HRSW]) fertilized with 0, 50, 100, 150, and 200 lbs N/ac.
Located in Archive / … / AgronomyRD / Docs2015
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 The Effect of Sulfur Application on Yield and Protein of Spring Wheat: Sulfur deficiency is a growing problem for wheat and many crops in North Dakota, yet minimal studies have been conducted in recent years to provide updates on the economic impact of sulfur application to wheat. The trial was established to determine if sulfur application improves wheat yields. And if so, would wheat response depend on available S.
Located in Archive / … / AgronomyRD / Docs2015