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Herbicide application is crucial for weed management in most crop production systems, but for sorghum herbicide options are limited. Sorghum is sensitive to residual protoporphyrinogen oxidase (PPO)-inhibiting herbicides, such as fomesafen, and a long re-entry period is required before sorghum can be planted after its application. Improving sorghum for tolerance to such residual herbicides would allow for increased sorghum production and the expansion of herbicide options for growers. In this study, we observed sorghum tolerance to residual fomesafen. To investigate the underlying tolerance mechanism a genome-wide association mapping study was conducted using field-collected sorghum biomass panel (SBP) data, and a greenhouse assay was developed to confirm the field phenotypes. A total of 26 significant SNPs (FDR

Date Presented 03/21/24 This mixed-methods study researched the relationship between human–animal interactions and stress levels of college students from an OT perspective. Dog and horse interactions were compared and implications for OT practice and wellness were considered. Primary Author and Speaker: Donna Latella Additional Authors and Speakers: Nicole Berluti, Lisa DiGuilio, Lauren Doyle, Emma Goodrich, Caitlin Healy, Megan Lane, Samantha Nedza, Summer Postiglione [ABSTRACT FROM AUTHOR]