The Center for the Development of Biotic Products (CEPROBI) of the National Polytechnic Institute of Mexico invites you to the
Symposium: “Fungi and nematodes as agents for the biological control of pests and diseases”,
a space where innovation and sustainability come together to face the
challenges of the future. The symposium will take place on November 19th
and 20th, 2025,
at the Martín de la Cruz Auditorium, CEPROBI – Yautepec, Morelos,
Mexico. You can register for free and attend in person or virtually.
More information and registration at:
https://simposiocontrolbiologico.ceprobi.mx/.
SON2024 High Throughput Nematode Identification Workshop
Course on Nematode Systematics and Phylogeny - Spring 2025 The course provides advanced knowledge on taxonomy and systematics of free-living, plant-parasitic, and animal-parasitic nematodes. It uses their morphological and molecular characterization as basis for understanding nematode evolutionary relationships, classification, and identification. NEM6102_flyer_Final.pdf
Plant-Parasitic Nematode Identification Course(December 12-19, 2025) The
course is taught in person only and is open to anyone interested
(graduate students, disease diagnosticians, researchers, regulatory
agency representatives etc. in the US and abroad). Registration is
required as the seat cap is 18. https://www.clemson.edu/cafls/nematology/
University Programs (US):
ALABAMA
Auburn University Department of Entomology & Plant Pathology - Lawrence Lab
ARKANSAS
University of Arkansas Department of Entomology and Plant Pathology -Kud Lab
PENNSYLVANIA Penn State Department of Plant Pathology and Environmental Microbiology - The Kantor Lab
SOUTH CAROLINA Clemson University Department of Plant and Environmental Sciences Email: ckhanal@clemson.edu
TENNESSEE
UTAH
Brigham Young University Biology Department - Adams Lab
Dr. Byron Adams is interested in nematode ecology and evolution. He studies insect-associated nematodes, and nematology as applied to questions about how terrestrial ecosystems, respond to historical and contemporary climate change, and how nematodes have evolved to survive environmental stress.