Fig. S2. Ancestral proportion of Venturia inaequalis haplotypes for the K = 7 clusters inferred with TESS 2.3.1 software. In total, 606 strains are grouped according to the origin and cultivar of their host plant. Each haplotype is represented by a vertical line partitioned into seven segments. The dominant colour for each population indicates its affiliation to the inferred clusters. (TIFF 706 kb
Durable resistance to apple scab (Venturia inaequalis (Cke) Wint; anamorph Spilocaea pomi Fries) is ...
This study was initiated to determine whether differences in genotypic diversity among populations o...
Figure S1. Pedigree of susceptible apple accessions used in this study. (PDF 50 kb
Table S1. Measure of the pairwise comparisons of Neiâs unbiased genetic distance (below the diagon...
Background: Tracking newly emergent virulent populations in agroecosystems provides an opportunity t...
Background: Tracking newly emergent virulent populations in agroecosystems provides an opportunity t...
Evaluating the impact of plant domestication on the population structure of the associated pathogens...
Understanding how pathogens emerge is essential to bring disease-causing agents under durable human ...
Background: Adaptation, which induces differentiation between populations in relation to environment...
Apple scab is one of the most economically important diseases of apples worldwide. The disease is ca...
University of Minnesota Ph.D. dissertation. January 2014. Major: Applied Plant Sciences. Advisors: J...
Venturia inaequalis is an ascomycete fungus responsible for apple scab, a disease that has invaded a...
In pathogens, introgressions through secondary contacts between divergent populations from agricultu...
Apple scab is one of the most economically important diseases of apples worldwide. The disease is ca...
Table S2. Graphical illustration of genotypes showing recombination between Alt and flanking markers...
Durable resistance to apple scab (Venturia inaequalis (Cke) Wint; anamorph Spilocaea pomi Fries) is ...
This study was initiated to determine whether differences in genotypic diversity among populations o...
Figure S1. Pedigree of susceptible apple accessions used in this study. (PDF 50 kb
Table S1. Measure of the pairwise comparisons of Neiâs unbiased genetic distance (below the diagon...
Background: Tracking newly emergent virulent populations in agroecosystems provides an opportunity t...
Background: Tracking newly emergent virulent populations in agroecosystems provides an opportunity t...
Evaluating the impact of plant domestication on the population structure of the associated pathogens...
Understanding how pathogens emerge is essential to bring disease-causing agents under durable human ...
Background: Adaptation, which induces differentiation between populations in relation to environment...
Apple scab is one of the most economically important diseases of apples worldwide. The disease is ca...
University of Minnesota Ph.D. dissertation. January 2014. Major: Applied Plant Sciences. Advisors: J...
Venturia inaequalis is an ascomycete fungus responsible for apple scab, a disease that has invaded a...
In pathogens, introgressions through secondary contacts between divergent populations from agricultu...
Apple scab is one of the most economically important diseases of apples worldwide. The disease is ca...
Table S2. Graphical illustration of genotypes showing recombination between Alt and flanking markers...
Durable resistance to apple scab (Venturia inaequalis (Cke) Wint; anamorph Spilocaea pomi Fries) is ...
This study was initiated to determine whether differences in genotypic diversity among populations o...
Figure S1. Pedigree of susceptible apple accessions used in this study. (PDF 50 kb