Collaborations

The Stored Product Insect and Engineering Research has a long and productive history of collaborative research involving stakeholders.

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Current collaborators and projects:

ARKANSAS STATE UNIVERSITY, JONESBORO, AR

Improving the Efficacy of Methyl Bromide Alternatives for Stored Grains in Shipping Containers

ARMY, UNITED STATES DEPARTMENT OF, THE, NATICK, MA

Evaluation of Sustainable Packaging Solutions for Humanitarian Aid

CENTRAL LIFE SCIENCES, DALLAS, TX

Evaluation of Grain Protectants on Grain Shrink Characteristics During Storage

EIDIKOS LOGARIASMOS KONDYLION EREVNAS PANEPIS

Attract-and-kill and Mating Disruption of the Stored Product Quarantine Threat Khapra Beetle

KANSAS STATE UNIVERSITY, MANHATTAN

Developing a Rapid Response Protocol for Phosphine Resistance Management at Food Facilities by Leveraging Tools at or Close to Market

Agricultural Biosecurity PARTNERSHIP: Predicting, Mitigating and Rapidly Responding to Quarantined Stored Product Insects of Global Importance

Developing Semiochemical Tools for a New Putative Postharvest Seed Crop, Silphium Integrifolium

Modeling of Phosphine Fumigations in Shipping Containers for Humanitarian Aid

Pest Management Strategies for Flour Mills

Sorting of Haploid Maize Kernels for Accelerated Maize Development

Impacts of Climate Change on Integrated Pest Management of Stored Product Insects

Animal and Plant Health Research - Biosafety - Infectious Agent and Recombinant DNA Control

Robotic Delivery (SKUNK) for Pest Management in Food Processing Facilities

Developing Automated Monitoring Solutions for Detection and Identification of Insect Pests of Grain

Improving the Efficacy of Methyl Bromide Alternatives for Stored Grains in Food Grade Shipping Containers

Immunogenomics of Insects

Comparative Chemosensory Genomics of Stored Product Insects

Investigating the Behavioral and Chemical Ecology of Insect-microbe Interactions and Their Ramifications for Food Quality in the Post-harvest

Modeling for Postharvest Grain Quality and Insect Control

UNIVERSITY OF TENNESSEE, KNOXVILLE, TN

Better Trap Design, Identification Automation, and Spatial Monitoring for Better Stored Product Insect Pest Control