05/19/2026
Two UF/IFAS Plant Pathology projects are among the additions to the National Land-Grant Impacts Database (NIDB), the nation’s most extensive repository of the land-grant system’s collective impacts statements in research, education, and extension. It serves as a comprehensive and important resource for the land-grant system to tell their stories.
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Plant diseases pose a global threat to food security, yet critical data on outbreaks is scattered across thousands of journals and reports. This fragmentation makes it difficult for scientists, growers and homeowners to access timely information about the disease delaying the search for treatments and potential best management control practices.
To combat this issue and as part of his University of Florida Extension appointment, Braham Dhillon developed an innovative app called Robigus. Named after the Roman god who once guarded wheat fields from blight, he built Robigus as the newest tech ally in the fight against plant diseases hosted on the University of Florida’s HiPerGator supercomputer.
Read more about this project here: https://loom.ly/YVarfpc
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Palm trees are iconic features of Florida’s landscapes, yet they face a serious threat from Thielaviopsis trunk rot, a fungal disease that causes trunks to collapse and trees to die without warning. Until now, there has been little information on disease resistance in palms, leaving homeowners, landscapers, and agencies without guidance on which species are most resilient. This knowledge gap impacts decisions for planting and maintaining palms in residential, commercial, and public spaces.
Researchers at the University of Florida Institute of Food and Agricultural Sciences (UF/IFAS) developed a groundbreaking, non-destructive testing method to identify palm species resistant to Thielaviopsis trunk rot. Unlike traditional methods that require sacrificing entire trees and take months to yield results, this innovative approach uses detached leaflets and delivers answers within three days. The study evaluated 29 palm species from 17 genera, marking the first large-scale survey of disease resistance in palms.
Read more about this project here: https://loom.ly/TNX2NPg
Robigus, a UF/IFAS-developed app, consolidates 45 years of global plant disease data into an interactive platform. It empowers scientists, growers, and homeowners to track outbreaks, anticipate risks, and protect crops. It ultimately aims to advance food security and sustainable agriculture worldwid...