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File 2020 Optimizing Fungicide Drop Size for Improved Management of White Mold in Soybeans
Research results indicate that fungicide droplet size is a critical determinant of fungicide performance for the management of white mold in soybeans.
Located in Archive / … / AgronomyRD / Docs 2020
File PDF document 2015 Soybean Response to Selected Plant Establishment and Foliar Inputs, Wishek
A field trial was conducted at the CREC Tri-county off-station crop research site near Wishek to examine the response of soybean to seed inoculation and fungicide, sulfur fertilizer, and special foliar inputs.
Located in Archive / … / AgronomyRD / Docs2015
File PDF document 2012 Soybean Response to Plant Protection Inputs
The experiment was conducted at the NDSU Carrington Research Extension Center in cooperation with BASF to evaluate soybean yield response to preplant (PP) weed control followed by post-emergence (POST) application of a foliar fungicide and insecticide.
Located in Archive / … / AgronomyRD / Docs2012
File 2018 The Effect of a Late-season Fungicide Application on Winter Wheat Performance
A study of the effect of fungicide application on winter wheat performance.
Located in Archive / … / AgronomyRD / Docs 2018
File Octet Stream 2015 Evaluating Fungicide Efficacy and Timing for Management of Fusarium Head Blight in Spring Barley in North Dakota
This study evaluated fungicide efficacy and timing on reducing deoxynivalenol (DON) levels and protecting spring barley yield.
Located in Archive / … / AgronomyRD / Docs2015
File 2015 Optimizing Fungicide Application Strategies for Management of Sclerotinia in Dry Edible Beans
The Carrington Research Extension Center initiated two new studies in 2015 with the goal of optimizing the use of fungicides for management of Sclerotinia stem rot (white mold) in dry edible beans. Fungicide application timing was assessed, and the use of drop nozzles was tested as a means for improving fungicide coverage.
Located in Archive / … / AgronomyRD / Docs2015
File 2015 Improving Management of Sclerotinia Stem Rot (White Mold) in Soybeans
The Carrington Research Extension Center is leading a multi-location research effort to improve the management of Sclerotinia stem rot (white mold) in soybeans, with an emphasis on improving our understanding of the impacts of seeding rate and row spacing on disease and yield and on optimizing fungicide usage.
Located in Archive / … / AgronomyRD / Docs2015
File 2014 HRS Wheat Variety Response to Fungicide Summary
A spreadsheet showing the response of different varieties of HRSW to fungicide.
Located in Archive / … / AgronomyRD / Docs2014
File 2011 Yield and Quality Impacts of Fungicide Usage to Control Pasmo of Flax
A study to identify fungicides with different modes of action that can alternated with Headline.
Located in Archive / … / PlantPathologyRD / Docs2011
File 2011 Dry Bean Performance with Tillage Systems, Placement of Starter Fertilizer and Foliar Fungicide
A field study to examine dry bean response to tillage systems, starter fertilizer, and foliar fungicide.
Located in Archive / … / AgronomyRD / Docs2011
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