The reversibility of phenotypic evolution is likely to be strongly influenced by the ability of
underlying developmental systems to generate ancestral traits. However, few studies have …

The reversibility of phenotypic evolution is likely to be strongly influenced by the ability of
underlying developmental systems to generate ancestral traits. However, few studies have …

The reversibility of phenotypic evolution is likely to be strongly influenced by the ability of
underlying developmental systems to generate ancestral traits. However, few studies have …

The reversibility of phenotypic evolution is likely to be strongly influenced by the ability of
underlying developmental systems to generate ancestral traits. However, few studies have …

The reversibility of phenotypic evolution is likely to be strongly influenced by the ability of
underlying developmental systems to generate ancestral traits. However, few studies have …

The reversibility of phenotypic evolution is likely to be strongly influenced by the ability of
underlying developmental systems to generate ancestral traits. However, few studies have …

The reversibility of phenotypic evolution is likely to be strongly influenced by the ability of
underlying developmental systems to generate ancestral traits. However, few studies have …

“Numerous characters and trends seem to play genetic “hide-andseek” in this
subfamily”(GHH Tate 1948: 254) The evolutionary reemergence of an ancestral trait is a …

The role of inhibitory dynamics in the loss and reemergence of macropodoid tooth traits ::
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The reversibility of phenotypic evolution is likely to be strongly influenced by the ability of
underlying developmental systems to generate ancestral traits. However, few studies have …