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File PDF document 2017 Soybean Response to Plant Nutrition Inputs, Wishek
Trial objectives were to measure soybean response to rhizobia bacteria seed inoculation, soil- and foliar-applied sulfur fertilizer, and special foliar inputs.
Located in Archive / … / AgronomyRD / Docs 2017
File Octet Stream 2018 Summary of Extension Integrated Pest Management (IPM) Field Survey in South-Central North Dakota
An IPM small grain survey was conducted to identify crop pest presence and agronomic factors.
Located in Archive / … / AgronomyRD / Docs 2018
File 2018 Using UASs to Assess Dicamba Injury to Non-dicamba Tolerant Soybeans in a Drift Simulation Study
A study designed to answer questions regarding the effect of multiple dicamba exposures on non-dicamba tolerant soybean yield.
Located in Archive / … / AgronomyRD / Docs 2018
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 2017 Optimizing Row Spacing and Seeding Rate for Maximum Soybean Agronomic Performance under White Mold Pressure
A study to identify how row spacing impacts soybean yield and market grade under different levels of white mold disease pressure.
Located in Archive / … / AgronomyRD / Docs 2017
File 2016 Soybean Row Spacing and Seeding Rates for Optimizing Soybean Performance under Sclerotinia Disease Pressure
Optimizing soybean performance under Sclerotinia disease pressure.
Located in Archive / … / AgronomyRD / Docs2016
File 2016 Optimizing Application Timing of Endura (boscalid) for Management of Sclerotinia in Soybeans
Application timing for management of Sclerotinia in soybeans.
Located in Archive / … / AgronomyRD / Docs2016
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 the Management of Root Rots of Field Peas
The Carrington Research Extension Center has initiated a wide range of experiments designed to develop improved management strategies for root rots on field peas.
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
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