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Verticillium dahliae populations from mint and potato are genetically divergent with predominant haplotypes.
TLDR
Principal coordinate analysis and analysis of molecular variance indicated that mint and potato populations were significantly genetically diverged, and identification of private alleles and estimation of migration rates suggested restricted gene flow.
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Verticillium wilt of potato – the pathogen, disease and management
TLDR
Vascular infection by V. dahliae of seed tubers of the moderately susceptible potato cultivar ‘Russet Burbank’ resulted in negligible effects on the development of verticillium wilt symptom, did not contribute to aboveground stem infection or the formation of microsclerotia in debris, and did not significantly contribute to progeny tuber infection.
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From pathogen to endophyte: an endophytic population of Verticillium dahliae evolved from a sympatric pathogenic population.
TLDR
The fungus Verticillium dahliae causes wilts of several hundred plant species, including potato and mint, and colonizes plants as both endophytes and pathogens, prompting investigation to elucidate the mechanisms involved in the maintenance of endophytism and pathogenesis.
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Role of co‐infection by Pectobacterium and Verticillium dahliae in the development of early dying and aerial stem rot of Russet Burbank potato
TLDR
Results indicate that although co-infection by Pectobacterium and V. dahliae does not always result in significant additive or synergistic interactions in potato, co- Infection can increase PED severity.
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Incidence and impact of Verticillium dahliae in soil associated with certified potato seed lots.
TLDR
V. dahliae-infested soils may introduce the pathogen into fields not previously cropped to potato or recontaminate those which have received preplant management practices, resulting in greater pathogen inoculum densities in postharvest field soils.
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Impact of Seed Lot Infection on the Development of Black Dot and Verticillium Wilt of Potato in Washington.
TLDR
Investigation of the influence of seed lot infection by C. coccodes and V. dahliae on disease severity and yield using infested seed lots and fields with and without potato in their recent cropping histories found symptoms and yield reductions were not related to levels of either pathogen.
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Late-summer Disease Symptoms in Western Washington Red Raspberry Fields Associated with Co-Occurrence of Phytophthora rubi, Verticillium dahliae, and Pratylenchus penetrans, but not Raspberry bushy…
TLDR
Results indicate that P. rubi is the primary pathogen most strongly associated with late-summer symptoms of disease, but root populations of P. penetrans and higher soil populations of V. dahliae may also be of concern, and disease control methods should focus on all three soilborne pathogens.
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Evaluation of Verticillium Wilt Resistance in Mentha arvensis and M. longifolia Genotypes.
TLDR
The restriction of pathogen movement in aboveground tissue and ability to recover from infection may be important components of V. dahliae resistance in perennial mint cropping systems.
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Roles of Infected Seed Tubers and Soilborne Inoculum on Verticillium Wilt of 'Russet Burbank' Potato.
TLDR
Seed tuber infection did not contribute to premature senescence or potential inoculum production, indicating that management efforts should focus on reducing soilborne inoculum.
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Influence of Location, Year, Potato Rotation, and Chemical Seed Treatment on Incidence and Severity of Silver Scurf on Progeny Tubers
TLDR
It is indicated that seed, not soil, is the primary source of progeny tuber infection in the field in the Pacific Northwest and purchase of clean seed is an essential component for managing silver scurf.
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