Overall, the team generated promising solid-stemmed wheat lines (more than 500), based on a novel genetic source of solidness from intergeneric origin (Crocus/TGW). As TWG has adapted through coevolution to the most important WSS biotype in Canada, we expect that our lines have a greater protection against local WSS infestations.
Read MoreOverall, the team generated promising solid-stemmed wheat lines (more than 500), based on a novel genetic source of solidness from intergeneric origin. As TWG has adapted through coevolution to the most important WSS biotype in Canada, we expect that our lines have greater protection against local WSS infestations. To confirm the competitiveness in agronomic performance of our lines when compared to top wheat cultivars, the researchers will perform an extensive agronomic characterization under field conditions. These results will allow the selection of wheat lines with the potential to be released as new CWRS cultivars.
Read MoreFusarium head blight (FHB) has become a substantial management concern for wheat growers in Saskatchewan, affecting both yield and quality of the crop. An integrated approach to FHB management is recommended, including the use of resistant varieties, a timely fungicide application, and crop rotation, along with other cultural practices.
Read MoreDeoxynivalenol (DON) is the major secondary metabolite produced by Fusarium graminearum. F. graminearum can infect cereals such as: wheat, durum, barley, rye and corn. This toxin can make the grain unmarketable for producers. This study examined methods to recover high quality (low DON) wheat and barley from infected seed lots.
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