Resolution:
## Figure 6.
Relationship between neutral divergence and morph divergence. (A) Relationship between the pair wise population comparisons (F_{ST}) calculated from color morph frequencies (assuming a single locus character) and
neutral genetic divergence (F_{ST }obtained from 18 microsatellite loci). The relationship is positive and statistically
significant when data from all categories are included: y = 0.09 + 0.44*x; r^{2 }= 0.20; F = 6.37; df = 1, 26; P = 0.02. There is also a significant relationship when only the mainland populations
are included (squares; full line; y = -0.07 + 5.59*x; r^{2 }= 0.83; F = 19.41; df = 1, 4; P = 0.01) and when only mainland-island comparisons are included (triangles; dashed
line; y = -0.04 + 1.19*x; r^{2 }= 0.60; F = 21.01; df = 1, 14; P = 0.0004). There is no significant relationship between color morph divergence and
neutral divergence when only island populations are compared (dots). (B) Distribution
of mean pair wise F_{ST}-values for the 18 microsatellite loci (black) and the mean pair wise F_{ST}-values that were calculated from the throat color morph frequencies (assuming a single
locus character; (in white)).
Runemark |