The NDSU Soybean Breeding program has a past history of producing new cultivars that are very competitive with private company products. 'ND Henson' is a high yielding Maturity Group 00 cultivar that was released in January of 2015. ND09-5798 is a high-yielding and SCN-resistant line with excellent phytophthora root rot resistance, lodging resistance and good IDC tolerance with a relative maturity rating of 0.7. ND09-5798 was pre-released in March of 2015. Contingent on the results of 2015 yield and agronomic data, ND09-5798 could be released in January, 2016. Also, other high yielding Maturity Group 0 experimental lines have been identified, some with SCN resistance, and the seed of these experimental types is being increased for possible release in 2017.
Growers will have information on which private company varieties have high protein or high oil content. Growers will be provided with data that will aid them in identifying which private company varieties are best for their high-pH soils that are prone to IDC and their fields that are infested with SCN.

Update:

View uploaded report

July 1, 2016 – June 30, 2017 Annual Report: Breeding of Improved Non-GMO Cultivars and Germplasm

Principal Investigator: Dr. Ted Helms, Department of Plant Sciences, North Dakota State University – Cooperating Scientists: Dr. Berlin Nelson, Department of Plant Pathology, North Dakota State University

The NDSU breeding program provides growers with the option of growing non-GMO varieties. As glyphosate-resistant weeds, such as Kochia and Water Hemp become more common, growers may benefit from growing non-GMO varieties because they can use herbicides with various modes of action and pay lower seed costs. Growers have the option of purchasing non-GMO varieties that have been developed by North Dakota State University without paying a ‘technology fee’ and can then save their own seed.

This research had four broad objectives which included: i) provide soybean growers in North Dakota with cultivars which are genetically superior to cultivars that are currently grown; ii) collection of grain samples from the Variety Fee Tests and reporting the protein and oil data in the NDSU Soybean Performance bulletin; iii) to increase yield on IDC-prone soils and increase profit on those problem soils; iv) to enable private companies and growers to compare yield of SCN-resistant cultivars on sites that are infested with SCN.

Two new non-GMO varieties were released in January of 2017. ‘ND Stutsman’ is a 0.7 maturity variety with high-yield, good IDC tolerance, resistance to race 3 of phytopthora root rot and resistant to lodging. ‘ND Benson’ is a 0.4 maturity variety with good IDC tolerance, resistance to races 3 & 4 of phytophthora root rot, lodging resistant and highly resistant to SCN.

In 2016, grain samples for protein and oil analyses were collected for all company varieties entered in the LaMoure, Northwood, Grandin, Fairmount, Walcott, and Milnor, ND testing sites. These samples were analyzed and the data was reported in the ‘North Dakota Soybean Performance Bulletin (A-843)’.

In 2016, yield data was collected on 40 private company RR varieties at three sites that had IDC symptoms. Averaged across the Leonard, Colfax and Erie, ND locations for 2016, the range of yield varied from a low of 43.7 bu/A for an IDC susceptible company variety to a high of 71.4 bu/A for an IDC tolerant company variety. Also, four sites that were infested with Soybean Cyst Nematode (SCN) were planted with 40 Roundup Ready company varieties to test for SCN resistance. Data from the Galesburg and Wyndmere, ND sites was published in the ‘North Dakota Soybean Performance Bulletin (A-843) and also online. The yield data from the SCN-infested sites of Absaraka and Prosper, ND was not usable, due to excessive rainfall events in the 2016 growing season.

Growers benefit when there are non-GMO varieties that give them a choice between buying new seed each year and being able to save the seed of non-GMO varieties to plant next year. The non-GMO varieties developed by NDSU provide growers with an alternative to the use of glyphosate and permit different herbicides to be rotated in soybean fields across different years.