with accompanying drawing of isolated mesogleal structures supporting the marginal musculature for branchiform endodermal (Isozoanthus giganteus: a, b),
Boxes indicate muscle arrangement character state (branchiform endodermal [purple], cteniform endodermal [violet], spindly cteniform endodermal [blue],
0: Summary of reconstructed transitions for marginal musculature form in the Zoanthidea. The marginal
BRANCHIFORM MACROS
Fig. 2
Maximum likelihood ancestral state reconstruction of marginal musculature form for the central region of the composite
Maximum likelihood ancestral state reconstruction of marginal musculature form for the basal region of the composite
Fig. 3
Composite evolutionary tree based on the topology of the molecular phylogeny of Swain 32 with additional
Fig. 9
Maximum likelihood ancestral state reconstruction of marginal musculature form for the Brachycnemina portion of the composite
Fig. 5
Cytogenetic data compiled from the literature for the Synbranchiformes
Multivariate regressions of size corrected shape dimensions on size. Significant positive evolutionary allometry was
Summary of marginal musculature dimensions within each character state
with accompanying drawing of isolated mesogleal structures supporting the marginal musculature for branchiform endodermal (Isozoanthus giganteus: a, b),
Boxes indicate muscle arrangement character state (branchiform endodermal [purple], cteniform endodermal [violet], spindly cteniform endodermal [blue],
0: Summary of reconstructed transitions for marginal musculature form in the Zoanthidea. The marginal
BRANCHIFORM MACROS
Maximum likelihood ancestral state reconstruction of marginal musculature form for the central region of the composite
Fig. 2
Maximum likelihood ancestral state reconstruction of marginal musculature form for the basal region of the composite
Fig. 3
Composite evolutionary tree based on the topology of the molecular phylogeny of Swain 32 with additional
Fig. 9
Maximum likelihood ancestral state reconstruction of marginal musculature form for the Brachycnemina portion of the composite
Fig. 5
Multivariate regressions of size corrected shape dimensions on size. Significant positive evolutionary allometry was
Summary of marginal musculature dimensions within each character state
Cytogenetic data compiled from the literature for the Synbranchiformes
with accompanying drawing of isolated mesogleal structures supporting the marginal musculature for branchiform endodermal (Isozoanthus giganteus: a, b),
Boxes indicate muscle arrangement character state (branchiform endodermal [purple], cteniform endodermal [violet], spindly cteniform endodermal [blue],
0: Summary of reconstructed transitions for marginal musculature form in the Zoanthidea. The marginal
BRANCHIFORM MACROS
Fig. 2
Maximum likelihood ancestral state reconstruction of marginal musculature form for the central region of the composite
Maximum likelihood ancestral state reconstruction of marginal musculature form for the basal region of the composite
Fig. 3
Composite evolutionary tree based on the topology of the molecular phylogeny of Swain 32 with additional
Fig. 9
Summary of marginal musculature dimensions within each character state
Maximum likelihood ancestral state reconstruction of marginal musculature form for the Brachycnemina portion of the composite
Fig. 5
Cytogenetic data compiled from the literature for the Synbranchiformes
Multivariate regressions of size corrected shape dimensions on size. Significant positive evolutionary allometry was
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