Selecting for Success: Thousands of Clones Go into the Ground
Thousands of different clones are grown and evaluated each year through potato breeding programs.
Thousands of different clones are grown and evaluated each year through potato breeding programs.
One of the environments the Cornell potato breeding program uses to test elite clones are muck fields in the northern part of New York.
Potato breeding programs use smaller tubers to grow potatoes in the field the following year.
Similar to farmers picking out rocks from their fields over decades and still finding more, many potato fields have an endless supply of rocks.
A potato breeder never truly knows what they’ll get from a cross until the first harvest in the field.
Found in the western US, Columbia root-knot nematode (Meloidogyne chitwoodi) infects potato roots and tubers, causing blemishes and defects that reduce quality.
Learn more about one of the objectives of the PAPAS project: to develop cultivars resistant to several nematodes that attack potatoes.
Read our newsletter to learn more about the PAPAS project goals, research team, and industry impact of potato nematodes.
Introduction into Washington State University’s Potato Research Group: research projects, partnerships, and extension outreach.
PAPAS and the Cornell Potato Breeding Program work towards developing cultivars that are compatible with growers’ production systems and resistant to nematodes.