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Fitness maps to a large-effect locus in introduced stickleback
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Fitness Maps to a Large-Effect Locus in Introduced Stickleback
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- 1 Fitness maps to a large-effect locus in introduced stickleback
- 2 Should large-effect loci contribute to adaptation?
- 3 Evolution often behaves as though an adaptive peak is being climbed
- 4 Fisher's model
- 5 Might large-effect loci contribute to adaptation?
- 6 Phenotypic adaptation following colonization of freshwater
- 7 Genetic basis of armor differences
- 8 Gene discovery is transforming the study of adaptation
- 9 2. Might large-effect loci contribute to adaptation in nature?
- 10 Multiple genes differentiate marine from freshwater populations
- 11 Experimental population segregating marine and freshwater alleles
- 12 Re-trapped F2 fish in spring 2007
- 13 500 F3 progeny sampled in autumn 2007
- 14 Parentage analysis assigned each F3 progeny to an F2 mother
- 15 Lateral plate morph mapped to Eda
- 16 Fitness also mapped to Eda region
- 17 Two-fold fitness difference between genotypes
- 18 Change in frequency over a generation
- 19 Fitness increased with body size
- 20 Answers to specific questions
- 21 Comparison with a second introduced population over multiple generations
- 22 Loberg Lake Eda allele frequency over time
- 23 Do large-effect loci contribute to adaptation?
