Image above: Badger COMMON’TATER September, 2023 cover, https://issuu.com/bctater/docs/standard_923
Read the Badger COMMON’TATER September, 2023 article here
The Tan lab at the University of Maine shows stakeholders some of their diploid material, for the first time, at their field day.
UW-Madison breeding group in front of their diploid trial at the Potato Field Day in Hancock, Wisconsin.
Watch the newest video posted on YouTube!
The UW-Madison potato breeding program has a new vegetable transplanter! One of the long-term goals of the Potato 2.0 effort is to utilize transplants for first year production instead of greenhouse minitubers. We have a lot to learn about optimizing this method, but it’s an exciting beginning.
The Tan lab at Universtiy of Maine shared with the community plants and tubers from wild, diploid, and tetraploid potato.
Check out Lin Song and Dr. Jeffrey Endelman’s recent publication in The Plant Genome titled “Using haplotype and QTL analysis to fix favorable alleles in diploid potato breeding”. Click here to read the paper.
Song, L., & Endelman, J. B. (2022). Using haplotype and QTL analysis to fix favorable alleles in diploid potato breeding. The Plant Genome, e20339.
Dr. Robin Buell and Brieanne Vaillancourt present on the Potato 2.0 project at AGBT-Ag 2023.
Numerous members of the Potato 2.0 and Potatoes USA team attended the Potato Expo 2023, January 4th - 5th in Aurora, Colorado.
In the photo above the team displays diploid varieties, explaining misconceptions and bringing awareness to the project.
Bethke, P. C., Halterman, D. A., Francis, D. M., Jiang, J., Douches, D. S., Charkowski, A. O., & Parsons, J. (2022). Diploid Potatoes as a Catalyst for Change in the Potato Industry. American Journal of Potato Research, 1-21.
Read the American Journal of Potato Research full text here
The Tan lab at the University of Maine harvesting primary dihaploids. The lab harvested about 400 lines by hand this year!