Combating Plant-Parasitic Nematodes in Potato with Litchi Tomato
PAPAS is studying litchi tomato (Solanum sisymbriifolium) for the plant’s genetic immunity to several potato nematode species.
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Success in Developing Nematode Resistant Potatoes
Targeted efforts in potato breeding programs can increase nematode resistance over time.
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Potato Nematode Decision Support with AI
PAPAS is developing computational tools with Artificial Intelligence (AI) and machine learning (ML) to support potato nematode detection, mitigation, and management.
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Factsheets | News | Research
Evaluating Economic Impact of Potato Nematodes
Research addressing the potential profitability of nematode resistant potato varieties.
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Breeding for Potato Cyst Nematode Resistance in Russet Market Class
Developing potato cyst nematode resistance in widely-grown russet market class potato varieties.
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Molecular Markers for Conventional Potato Breeding
Researching molecular markers that identify different potato genes associated with nematode resistance.
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Litchi tomato for Control of Potato Nematodes
Investigating the chemical composition of litchi tomato for potential nematicide formulations.
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Why Industry Participation Matters in Potato Breeding
Potato breeders and the nematologists who support them need guidance from the potato industry about what constitutes a winner.
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Root Lesion Nematode Impact on Potato
Root lesion nematodes destructively feed on plant cells, causing massive root tissue necrosis, and are linked to the spread of pathogens.
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Erosion of Potato Resistance to Pale Cyst Nematode
Continuous use of potato varieties with the same source of resistance causes genetic selection for stronger and/or more virulent pale cyst nematode populations.
