Digital phenotyping platform for cereal disease resistance evaluation
A digital phenotyping platform that uses drones, cameras, laser scanners, and custom software to rapidly evaluate cereal plants for disease resistance. The system accelerates traditional phenotyping workflows, enabling faster identification of resistant cultivars in response to fungal, bacterial, and viral inoculation trials.
Overview
This solution is a digital phenotyping platform designed to evaluate cereal crops for disease resistance with greater speed and accuracy than traditional manual phenotyping methods. By integrating imaging hardware with custom data analysis software, the platform enables researchers and breeders to rapidly capture, process, and interpret plant characteristics following inoculation with biotic stressors such as fungi, bacteria, and viruses. The result is a more efficient pathway to identifying resistant or tolerant plant lines, supporting faster breeding decisions and improved crop protection outcomes.
Technical specifications
The platform combines multiple data acquisition tools with dedicated analysis software to streamline plant evaluation workflows:
- Imaging hardware: Drones, cameras, and laser scanners are used to monitor and capture physical characteristics of plants in field or greenhouse settings
- Custom analysis software: A purpose-built software platform processes imaging data to extract phenotyping metrics quickly and efficiently
- Disease evaluation capability: The system is designed to assess plant responses to inoculated biotic factors including fungi, bacteria, and viruses
- Target traits: Focuses on identifying resistance or tolerance indicators in cereal crops
- Workflow advantages: Addresses the need for efficiency, reliability, and discriminative power that traditional phenotyping protocols often lack
Technology readiness level
The platform is at an early development stage. Current phenotyping work in the laboratory relies on traditional manual methods, which the researcher has identified as too slow for modern breeding and research needs. The next phase of work involves building out the digital infrastructure, integrating the hardware components, and developing the analysis software. Validation will proceed through disease inoculation trials on cereals, with iterative refinement of imaging protocols and data processing pipelines to confirm that the platform delivers reliable, discriminative resistance assessments.
About Abraham Baldwin Agricultural College
Abraham Baldwin Agricultural College is a public, undergraduate-focused institution in Tifton, Georgia, recognized for hands-on, field-based learning. Co-located teaching farmland, greenhouses, animal units, and forest tracts support on-site trials and demonstrations with commercial partners. Its position in the heart of South Georgia’s agri-food corridor gives companies direct access to regional producers and suppliers, plus internship and practicum pipelines that align talent with seasonal and technical needs. Research and outreach draw on state support and competitive federal funding, including USDA programs. Corporate engagement is coordinated through sponsored field trials, contract testing, and workforce upskilling delivered in partnership with campus units.
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