Selection, generalized transmission and the evolution of modifier genes. I. The reduction principle

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Selection, generalized transmission and the evolution of modifier genes. I. The reduction principle is …
instance of (P31):
scholarly articleQ13442814

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P932PMC publication ID1203230
P698PubMed publication ID3692141

P2093author name stringM W Feldman
L Altenberg
P2860cites workThe evolutionary advantage of recombinationQ24533419
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Mutation rate and dominance of genes affecting viability in Drosophila melanogasterQ33988415
Selection for migration modificationQ33988903
Selection for Linkage Modification II. a Recombination Balance for Neutral ModifiersQ33989099
Selection on recombination in a multi-locus system.Q34000603
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Modifiers of mutation rate: Evolutionary optimum with complete selfingQ37550359
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Variance in quantitative traits due to linked dominant genes and variance in heterozygosity in small populationsQ42147904
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Recombination modification in a flucturating environmentQ42974040
Polymorphisms for genetic and ecological systems with weak coupling.Q51227617
Population genetics of modifiers of meiotic drive. II. Linkage modification in the segregation distortion system.Q52471029
Population genetics of modifiers of meiotic drive I. The solution of a special case and some general implicationsQ52482607
The synaptonemal complex in genetic segregationQ52517942
Selection for linkage modification. I. Random mating populations.Q52969891
Numerical studies on two-loci selection models with general viabilitiesQ67319008
A result on the selection of recombination altering mechanismsQ67759168
The effect of selection on genetic variability: a simulation studyQ68232653
Effects of linkage on response to directional selection from new mutationsQ71184869
P433issue3
P407language of work or nameEnglishQ1860
P304page(s)559-572
P577publication date1987-11-01
P1433published inGeneticsQ3100575
P1476titleSelection, generalized transmission and the evolution of modifier genes. I. The reduction principle
P478volume117

Reverse relations

cites work (P2860)
Q27300791Asymmetric dispersal can maintain larval polymorphism: a model motivated by Streblospio benedicti
Q37558724Evolution of recombination among multiple selected loci: a generalized reduction principle
Q42128822Evolution of recombination due to random drift
Q96304033Individual variation in dispersal and fecundity increases rates of spatial spread
Q28652237Interaction-based evolution: how natural selection and nonrandom mutation work together
Q51008060On the modification of recombination with sex-dependent fitnesses and linkage.
Q33504539Predicting the evolution of sex on complex fitness landscapes
Q42533089Recombination can evolve in large finite populations given selection on sufficient loci.
Q33493395Red Queen dynamics with non-standard fitness interactions
Q35844808Resolvent positive linear operators exhibit the reduction phenomenon
Q42184891Segregation and the evolution of sex under overdominant selection.
Q28071731Steady at the wheel: conservative sex and the benefits of bacterial transformation
Q41200966Stress-induced mutagenesis: Stress diversity facilitates the persistence of mutator genes
Q33305148The Red Queen and the persistence of linkage-disequilibrium oscillations in finite and infinite populations
Q34215620The advantages of segregation and the evolution of sex.
Q35910948The evolution of condition-dependent sex in the face of high costs
Q34617981The evolution of mutator genes in bacterial populations: the roles of environmental change and timing.
Q33971025The evolution of recombination: removing the limits to natural selection.
Q42255294Toward a unifying framework for evolutionary processes.
Q37730148Unified reduction principle for the evolution of mutation, migration, and recombination

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