Impact of fungicide application timing on Cercospora beticola latent infection, symptom development, and fungicide resistance profiles during the growing season.
Development of a high-throughput computational pipeline to identify new chemical management strategies for sugar beet pathogens.
Exploring genetic structure and diversity of breeding material producing three-way hybrids in sugar beet: impacts on male-female differentiation, and genome-wide patterns.
Genomic insights into the evolution, diversity, and trait discovery in cultivated beets (Genus Beta).
Sugar beet defense responses are significantly modulated during a susceptible interaction with Cercospora beticola.
Evaluating the efficacy of essential oils and botanical extracts to manage sugarbeet storage pathogens.
Using nanoparticles to enhance fungicide efficacy for management of Cercospora leaf spot of sugar beet.
Always on the watch: supplementing networks with technology to monitor changing sugar beet pathogen and pest composition and distribution.
Development of a greenhouse screening assay to evaluate sugar beet germplasm for resistance to Beet Curly Top virus (BCTV).
Re-evaluating the management of Rhizoctonia solani on sugarbeet in Michigan through the use of variety tolerance and Quadris applications.
Do fungicides containing phosphites have a direct effect on Cercospora beticola Sacc., the causal agent of Cercospora leaf spot of sugarbeet?
15 trillion base pairs of beet DNA sequencing enables a genomic retrospective of 8 decades of breeding progress.
Drought stress prior to harvest affects postharvest respiration rate and susceptibility to storage rots.
Development of a reliable greenhouse screen for Rhizoctonia Crown and Root Rot to identify resistant germplasm and develop a non-destructive rating method.
Evaluation of Cercospora leaf spot on impacts on postharvest rot susceptibility and storage rot effects on sugar beet respiration.
An in-field heat treatment to reduce Cercospora beticola survival in plant residue and improve Cercospora leaf spot management in sugarbeet.
Screening of fungicide resistance in Cercospora beticola populations in Michigan using PCR-RFLP and spiral plate gradient methods.
Marker-assisted selection of O-type candidates resistant to yellowing disease by Beet leaf yellowing virus in Japan.
Fine tuning artificial Rhizoctonia inoculation methods to improve disease pressure using DNA-based quantification.
Beet curly top virus strains in sugar beets, dry beans, and beet leafhoppers along with vector population dynamics in southern Idaho.
The sugar beet germplasm line EL10 is amendable to agroinfiltration-mediated transient expression with a capacity to achieve high levels of transgene expression in the leaf.
