Table 3.
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Summary of changes in corolla symmetry of Balsaminaceae

Zygomorphic to asymmetricalAsymmetrical to zygomorphicTotal number of shifts
Parsimony17.93 (7–23)2.97 (0–15)20.90
SIMMAP18.42 (20) ± 4.419.45 (5) ± 8.9627.88 (26) ± 5.74
Zygomorphic to asymmetricalAsymmetrical to zygomorphicTotal number of shifts
Parsimony17.93 (7–23)2.97 (0–15)20.90
SIMMAP18.42 (20) ± 4.419.45 (5) ± 8.9627.88 (26) ± 5.74

For parsimony, the numbers represent the average number of shifts (min–max) of each kind across 50 mappings on a set of 900 BEAST trees. For SIMMAP, the numbers represent the average number of shifts (median) ± s.d. resulting from ten stochastic mappings on a random sample of 100 post-burn-in BEAST trees.

Table 3.
Open in new tab

Summary of changes in corolla symmetry of Balsaminaceae

Zygomorphic to asymmetricalAsymmetrical to zygomorphicTotal number of shifts
Parsimony17.93 (7–23)2.97 (0–15)20.90
SIMMAP18.42 (20) ± 4.419.45 (5) ± 8.9627.88 (26) ± 5.74
Zygomorphic to asymmetricalAsymmetrical to zygomorphicTotal number of shifts
Parsimony17.93 (7–23)2.97 (0–15)20.90
SIMMAP18.42 (20) ± 4.419.45 (5) ± 8.9627.88 (26) ± 5.74

For parsimony, the numbers represent the average number of shifts (min–max) of each kind across 50 mappings on a set of 900 BEAST trees. For SIMMAP, the numbers represent the average number of shifts (median) ± s.d. resulting from ten stochastic mappings on a random sample of 100 post-burn-in BEAST trees.

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