Background Venturia inaequalis is an ascomycete fungus responsible for apple scab, a disease that has invaded almost all apple growing regions worldwide, with the corresponding adverse effects on apple production. Monitoring and predicting the effectiveness of intervention strategies require knowledge of the origin, introduction pathways, and population biology of pathogen populations. Analysis of the variation of genetic markers using the inferential framework of population genetics offers the potential to retrieve this information. Methodology/Principal Findings Here, we present a population genetic analysis of microsatellite variation in 1,273 strains of V. inaequalis representing 28 orchard samples from seven regions in five continents....
Les changements phénotypiques et génétiques consécutifs au processus de domestication et plus largem...
Expanding global trade and the domestication of ecosystems have greatly accelerated the rate of emer...
Background: Adaptation, which induces differentiation between populations in relation to environment...
Venturia inaequalis is an ascomycete fungus responsible for apple scab, a disease that has invaded a...
Invasive phytopathogenic fungi, and their emerging virulent genotypes, are an unfortunate side effec...
is an ascomycete fungus responsible for apple scab, a disease that has invaded almost all apple gro...
Evaluating the impact of plant domestication on the population structure of the associated pathogens...
Background: Tracking newly emergent virulent populations in agroecosystems provides an opportunity t...
Phenotypic and genetic changes occurring during the process of domestication are well described in p...
Background: Tracking newly emergent virulent populations in agroecosystems provides an opportunity t...
Plant pathogens adapt readily to new crop varieties in agrosystems, and it is crucial to understand ...
The population genetic structure of 278 Venturia inaequalis isolates, collected from different apple...
The apple industry in the UK produces half a million tonnes of fruit a year; its most economically ...
Apple scab, caused by Venturia inaequalis, is one of the most of damaging diseases worldwide on appl...
Les changements phénotypiques et génétiques consécutifs au processus de domestication et plus largem...
Expanding global trade and the domestication of ecosystems have greatly accelerated the rate of emer...
Background: Adaptation, which induces differentiation between populations in relation to environment...
Venturia inaequalis is an ascomycete fungus responsible for apple scab, a disease that has invaded a...
Invasive phytopathogenic fungi, and their emerging virulent genotypes, are an unfortunate side effec...
is an ascomycete fungus responsible for apple scab, a disease that has invaded almost all apple gro...
Evaluating the impact of plant domestication on the population structure of the associated pathogens...
Background: Tracking newly emergent virulent populations in agroecosystems provides an opportunity t...
Phenotypic and genetic changes occurring during the process of domestication are well described in p...
Background: Tracking newly emergent virulent populations in agroecosystems provides an opportunity t...
Plant pathogens adapt readily to new crop varieties in agrosystems, and it is crucial to understand ...
The population genetic structure of 278 Venturia inaequalis isolates, collected from different apple...
The apple industry in the UK produces half a million tonnes of fruit a year; its most economically ...
Apple scab, caused by Venturia inaequalis, is one of the most of damaging diseases worldwide on appl...
Les changements phénotypiques et génétiques consécutifs au processus de domestication et plus largem...
Expanding global trade and the domestication of ecosystems have greatly accelerated the rate of emer...
Background: Adaptation, which induces differentiation between populations in relation to environment...