| |
'ND21008GT20' Soybean (RFP-334)
'ND21008GT20' is a GT soybean released by the North Dakota Agricultural Experiment Station in 2021. It has similar yield and maturity to 'ND17009GT'.
|
| |
'ND2108GT73' Soybean (RFP-333)
'ND2108GT73' is a GT soybean released by the North Dakota Agricultural Experiment Station in 2021. It is the first NDSU GT soybean released that has a maturity suitable for central and southern North Dakota.
|
| |
'ND Dickey' Conventional Soybean (RFP-320)
'ND Dickey' is a non-GMO soybean that is not resistant to glyphosate herbicide. In southeast North Dakota, ND Dickey yielded 3.4 bu/A more than ND Stutsman with a similar maturity. ND Dickey is resistant to lodging and tolerant of iron-deficiency chlorosis. ND Dickey has a relative maturity of 0.7 with purple flower color, gray pubescence color, tan pods with yellow hila color, and dull seed coat luster.
|
| |
'ND Rolette' Conventional Soybean (RFP-315)
'ND Rolette' is a high-yielding conventional soybean line that was released by North Dakota Agricultural Experiment Station in 2019. ND Rolette has a 00.9 maturity. It is resistant to Race 4 of phytophthora root rot. ND Rolette has shown a good level of tolerance to iron‐ deficiency chlorosis on the soil where IDC is present. It has good plant height and lodging resistance. ND Rolette has purple flower color, gray pubescence, tan pod color, and buff hila with a dull seed coat. The pedigree of ND Rolette is MN0095 X ND05 17649. ND Rolette is tolerant to metribuzin herbicide.
|
| |
|
'ND18008GT' was developed by the Soybean Breeding Program at North Dakota State University and released by the North Dakota Agricultural Experiment Station in 2018. The North Dakota Crop Improvement and Seed Association (NDCISA) has a license agreement with the NDSU Research Foundation to produce and distribute ND18008GT. ND18008GT is a glyphosate-resistant soybean variety. The relative maturity of ND18008GT is 00.8. Its early maturity makes it a good fit for the northern areas of North Dakota. ND18008GT performed well in trials across northern North Dakota.
|
| |
|
'ND17009GT' was developed by the Soybean Breeding Program at North Dakota State University and released by the North Dakota Agricultural Experiment Station in 2017. ND17009GT is a glyphosate-resistant soybean variety. ND17009GT's relative maturity is 00.9. Its early maturity makes it a good fit for the northern areas of North Dakota. ND17009GT performed very well in trials across North Dakota and also in the Multi-State Uniform Regional Test. In 2015-2016 ND17009GT produced 62.3 bushels/acre compared to 56.6 bushels/acre for AG00632 and 56.8 bushels/acre for AG00932 in the Uniform Regional Test. ND17009GT is resistant to race 4 of phytophthora root rot.
|
| |
|
'ND Benson' is a conventional soybean variety that is not resistant to glyphosate. ND Benson is intended to replace Ashtabula. ND Benson has high yield potential and its relative maturity is 0.4, maturing 3 days earlier than Sheyenne. The average yield of ND Benson in the Multi-State Uniform Regional Test from 2014-2016 was 51.5 bushels/acre.
|
| |
| 'ND Stutsman' Soybean (RFP-287)
'ND Stutsman' was developed by the Soybean Breeding Program at North Dakota State University and released by the North Dakota Agricultural Experiment Station in 2017. ND Stutsman is a conventional soybean variety that is not resistant to glyphosate. ND Stutsman has high yield potential and its relative maturity is 0.7, maturing one day later than Sheyenne. ND Stutsman performed very well in trials across North Dakota and also in the Multi- State Uniform Regional Test. In 2012-2016 ND Stutsman produced 4 bushels/acre more than ND Bison and 2 bushels/acre more than Sheyenne in tests in North Dakota.
|
| |
|
'ND Bison' is a conventional soybean variety released by the North Dakota Agricultural Experiment Station in 2016. ND Bison is not resistant to glyphosate. It is intended to be a replacement for Sheyenne.
|
| |
'ND Henson' Soybean (RFP-265)
'ND Henson' is a soybean variety released by the North Dakota Agricultural Experiment Station in 2015. 'ND Henson' is not resistant to glyphosate and is intended to be a replacement for 'Cavalier'.
|
| |
'ND1406HP' Soybean (RFP-216)
'ND1406HP' is a conventional (non-GMO) soybean variety released by the North Dakota Agricultural Experiment Station in 2014. It is intended for the high-protein, tofu, or soymilk specialty markets. 'ND1406HP' has better yield and quality for these specialty uses than other NDSU varieties and is best adapted to southeastern North Dakota. 'ND1406HP' has consistently had high protein content. It also is more resistant to lodging than 'ProSoy' and is rated higher than 'ProSoy' in overall tofu quality. The maturity of 'ND1406HP' is 0.6, which is six days earlier in maturity compared with 'ProSoy'.
|
| |
|
'Ashtabula' is a conventional soybean variety (not resistant to glyphosate) released by the North Dakota Agricultural Experiment Station in 2009. 'Ashtabula' has the pedigree ND95-952/Council. It has purple flower color, grey pubescence, brown pods, yellow hila, and dull seed coat luster.
|
| |
|
'Cavalier' is a conventional soybean variety nontransgenic (not resistant to glyphosate) released by the North Dakota Agricultural Experiment Station in 2008. The pedigree of 'Cavalier' is Sargent*ND96-1006. ND96-1006 is a line developed by NDSU that was never released. 'Cavalier' has purple flower color, tawny pubescence, brown pod color, and yellow hila with a dull seed coat.
|
| |
'Sheyenne' Soybean (RFP-142)
A conventional, nontransgenic soybean, 'Sheyenne' is expected to replace acreage of 'Barnes' and 'LaMoure', both NDSU-released varieties. 'Sheyenne' has good lodging resistance and matures two days later than 'LaMoure' and seven days earlier than 'Barnes'.
|
| |
|
'Traill' was released by NDSU in 1997. Classed as Grp 0.00, 'Traill' is similar to 'Agassiz' and 8 days later than 'McCall'. Height is similar to 'Agassiz'. It has purple flowers, tawny (brown) pubescence, brown pods, and large yellow seeds with intermediate seed coat luster and yellow hila. 'Traill' has good seedling vigor, iron chlorosis tolerance, and excellent recovery from saturated soil water conditions. It has no major genes for phytophthora resistance.
|
| |