Scenes from our 2023 Field day at Aroostook Research Farms in Presque Isle, ME where we showed stakeholders our first diploid crosses 🥔 from Potato 2.0 @SCRI2xPotato and USDA-ARS #potatobreeding#potato
Visited our primary dihaploid trial today, and unfortunately the flooding 🌧️ from all that rain took out three rows about a third of the way down 😢 #field season is always interesting I guess #potato#plantbreeding
PhD students and Dr. Peter Nelson working to get UAV-based hyperspectral reflectance scans on our Maine Potato Board PVY field trial today in beautiful Aroostook County 🥔 🌈 👓 🦠 @HostVirus_BII@UMaine@UMainePotato@MainePotatoes
Finished planting our 2023 primary dihaploid yield trials, thanks the wonderful crew from our lab and the USDA-ARS 🥔🥔🥔 @SCRI2xPotato@USDA_ARS@MainePotatoes — we stopped for the view of Katahdin on our way to trial field 🙌🏽
Hyperspectral reflectance scanning and viral RNA day in the greenhouse with the crew, we lucked out with overcast weather today 🌈🌥️🥔🧬🦠 @UMaine @HostVirus_BII @UMainePotato
Found the most unexpected and pleasing behind the petal (is there’s a botanical term for this?) flower phenotype today. At first glance it looked like columbine flowers to me 🥹 #potato#solanum
The application for the Assistant/Associate Potato Breeding and Genetics position at UMaine is now live! 🥔🍟🌱 #potato#plantbreeding#plantscience https://t.co/aG6RZy6k8Q
Our largest field trial yet of ~400, diverse, diploid, Group Tuberosum tissue culture plantlets destined for Presque Isle, ME this summer. Made possible by @MainePotatoes and @USDA_ARS, and in collaboration with many partners @UMainePotato@SCRI2xPotato @SbeUmaine #potatobreeding
Example of the wide range of phenotypes in F1 potato diploids derived from primary dihaploids, despite one of its parents being already partially inbred @SCRI2xPotato 🥔 🤯