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File PDF document 2019 Intercropping Oats and Field Pea in an Organic Production System
A field trial to examine organic intercropping of oats and peas for grain production was conducted this past growing season at the CREC. The trials main intent was to examine pea types and several seeding rate combinations of oat pea intercrops for grain yield.
Located in Archive / … / AgronomyRD / Docs 2019
File PDF document 2019 Winter Rye Cover Crop Seeding Date and Rate Impact on Soil, Weeds and Soybean - Carrington
The field study is being conducted at the NDSU Carrington Research Extension Center with support from ND Soybean Council to examine impact on soil, weeds, and soybean with winter rye seeded at two fall dates and three rates grown as a preplant cover crop.
Located in Archive / … / AgronomyRD / Docs 2019
File 2018 Black and Navy Bean Seed Yield with Row Spacing and Plant Population
A field study was conducted to examine the response of black and navy bean to row spacing and plant population.
Located in Archive / … / AgronomyRD / Docs 2018
File 2018 Intercropping Organic Peas and Oats for Forage
Examine pea types along with various seeding rate combinations of pea/oat intercrops in an organic environment.
Located in Archive / … / AgronomyRD / Docs 2018
File 2017 Winter Rye in Soybeans: What You Need to Know
Guidelines for a rye and soybean cropping system.
Located in Archive / … / AgronomyRD / Docs 2017
File ECMAScript program 2017 Evaluation of Organic HRS Wheat Seeding Rates
A trial to evaluate the effect of seeding rates on agronomic performance and milling and baking qualities of wheat.
Located in Archive / … / AgronomyRD / Docs 2017
File 2017 Effect of Planting Date and Population of Two Soybean Varieties under Dryland and Irrigation
A trial to determine the effects of planting dates on soybean performance, impact of seeding rates on yield, and interaction of variety and planting date.
Located in Archive / … / AgronomyRD / Docs 2017
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 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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