EVOLUTIONARY DYNAMICS OF PATHOGEN RESISTANCE AND TOLERANCE

By B. Roy, James W. Kirchner. Evolution; international journal of organic evolution, 2000

631 citations recorded by the source corpus.

Subfields: Genetics, Plant Science, Public Health, Environmental and Occupational Health

View Paper: https://www.semanticscholar.org/paper/8f483975c03c931d761ca1426fd90f23672d7be7

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Citations in the corpus

Plastic defence expression in plants (2010, background): “Tolerance mechanisms and their effects on the evolution of plant-herbivore interactions need to be considered in order to understand how the phenotypic plasticity of a plant improves its survival rate and fitness in the presence of pathogens and herbivores (Roy and Kirchner 2000; Núñez-Farfán et al.”
Decomposing health: tolerance and resistance to parasites in animals (2009, background): “One of the most interesting implications of tolerance is that, as a defence mechanism, it is theoretically more likely to go to fixation than a resistance mechanism ( Roy & Kirchner 2000 ).”
Large‐scale spatial dynamics of a specialist plant pathogen in a fragmented landscape (2006, background): “1996; Boots & Sasaki 1999; Roy & Kirchner 2000; Thrall & Burdon 2002; Hanski & Gaggiotti 2004).”
An evolutionary ecology perspective to address forest pathology challenges of today and tomorrow (2016, neutral): “Tolerance in its restricted meaning (i.e., mechanisms that reduce the host fitness costs of infection , Roy and Kirchner 2000; Simms 2000) has been the subject of a growing interest as a potentially more stable defense component than true resistance since it was considered to place little or no…”
Resistance and tolerance in Populus tremuloides: genetic variation, costs, and environmental dependency (2007, background): “In their analysis of pathogen systems, Roy and Kirchner (2000) explained that genes providing complete resistance cannot become fixed in a 830 Evol Ecol (2007) 21:829‐847”
Ecological immunology and tolerance in plants and animals (2011, background): “…may have dramatically different consequences for the ecology and evolution of hosts and parasites, since resistance directly reduces parasite fitness, whereas tolerance does not (Boots & Bowers 1999; Roy & Kirchner 2000; Rausher 2001; Restif & Koella 2003, 2004;Miller,White & Boots 2005, 2006).”
Susceptibility to Fungal Pathogens of Forests Differing in Tree Diversity (2005, background): “Plant communities commonly have both host diversity and biotic diseases (Kimmins 1997a; Roy and Kirchner 2000), but to differing degrees.”
The concept of the taxon cycle in biogeography (2002, background): “Models of host–parasite co-evolution based on shifts in the frequencies of alleles governing parasite virulence and host resistance show an oscillatory type of behaviour with periods of tens to hundreds of generations (Lenski & May, 1994; Frank, 1996; Roy & Kirchner, 2000).”
Developmental variation in resistance and tolerance in a multi‐host–parasite system (2010, background): “…long highlighted the value of distinguishing between resistance and tolerance because of the diverse selection pressures they can impose on hosts and pathogens (Fineblum&Rausher 1995; Pilson 2000; Roy & Kirchner 2000; Tiffin & Inouye 2000; Rausher 2001; Kover & Schaal 2002; Restif & Koella 2004).”