Success in Developing Nematode Resistant Potatoes
Targeted efforts in potato breeding programs can increase nematode resistance over time.
Targeted efforts in potato breeding programs can increase nematode resistance over time.
Research into breeding resistance to Columbia root-knot nematode into commercial potato varieties.
PAPAS is developing computational tools with Artificial Intelligence (AI) and machine learning (ML) to support potato nematode detection, mitigation, and management.
Developing molecular markers of Columbia root-knot nematode (M. Chitwoodi) aids in faster identification of the potato nematode races.
Cysts from golden nematode, a yield-reducing potato pest, can survive in the soil for decades, making eradication difficult.
Research addressing the potential profitability of nematode resistant potato varieties.
Developing potato cyst nematode resistance in widely-grown russet market class potato varieties.
Researching molecular markers that identify different potato genes associated with nematode resistance.
Investigating the chemical composition of litchi tomato for potential nematicide formulations.
Potato breeders and the nematologists who support them need guidance from the potato industry about what constitutes a winner.