Sugarcane Research
- New Crop Production and Protection Practices to Increase Sugarcane Ratoon Longevity and Maximize Economic Sustainability
- Evaluation of Micronutrient and Plant Growth Regulator Formulations for Improved Crop Yields, Ratooning Ability, and Enhanced Disease Resistance
- Investigating Multiple Herbicide Resistance in Italian Ryegrass
Honey Bee Breeding, Genetics, and Physiology Research
- Using Genetics to Improve the Breeding and Health of Honey Bees
- Improving Honey Bee Resilience to Biotic and Abiotic Stressors
- Microalgae as a Novel Platform to Improve Honey Bee Nutrition, Microbiome Health, and Pathogen Resistance
- Understanding Host-Microbiota Interactions to Improve Honey Bee Health
- Investigating the Impacts of Viral Infection on Visual Pathways and Responses in the Honey Bee
- Selection and Production of Virus-resistant Honey Bees: Ensuring Future Food Security by Reducing Colony Losses, Improving Beekeeping Sustainability
- Assessment and Improvements of Honey Bee Stocks in Urban Environments
- Pangenome and Genetic Characterization of Global Honey Bee Populations
- Developing and Deploying Novel Tools to Support Varroa Mite IPM in Specialty Crop Pollinating Honey Bee Colonies
- Which Queens Produce the Bees for North Dakota Beekeepers
- Harnessing Fungal Natural Products for Scalable and Sustainable Honey Bee Antiviral Therapeutics
- Harnessing Fungal Natural Products for Scalable and Sustainable Honey Bee Antiviral Therapeutics
- No More Mummies: Novel and Integrative Treatment Options for Ascosphaera Apis in Honey Bees
- Tech Transfer of IPM strategies for Varroa through Breeding and Miticide Resistance Management
- Propolis Reduces EFB and Varroa Infestation in Honey Bees Used for Blueberry Pollination
- No More Mummies: Novel and Integrative Treatment Options for Ascosphaera Apis in Honey Bees
- From Genes to Queens: A Systematic Approach to Improve Bee Resistance to Viral Infection