
doi: 10.1086/591983
handle: 10161/21808
Although the phylogeny of the filmy fern family (Hymenophyllaceae) is rapidly coming into focus, much remains to be uncovered concerning the evolutionary history of this clade. In this study, we use two data sets (108‐taxon rbcL + rps4, 204‐taxon rbcL) and fossil constraints to examine the diversification of filmy ferns and the evolution of their ecology within a temporal context. Our penalized likelihood analyses (with both data sets) indicate that the initial divergences within the Hymenophyllaceae (resulting in extant lineages) and those within one of the two major clades (trichomanoids) occurred in the early to middle Mesozoic. There was a considerable delay in the crown group diversification of the other major clade (hymenophylloids), which began to diversify only in the Cretaceous. Maximum likelihood and Bayesian character state reconstructions across the broadly sampled single‐gene (rbcL) phylogeny do not allow us to unequivocally infer the ancestral habit for the family or for its two major clades...
580, Science & Technology, diversification, GENES, ecological evolution, Plant Sciences, epiphytism, SEED PLANTS, MOLECULAR SYSTEMATICS, L. HYMENOPHYLLACEAE, S.L. HYMENOPHYLLACEAE, ferns, PHYLOGENETIC-RELATIONSHIPS, divergence time estimates, ABSOLUTE RATES, RBCL NUCLEOTIDE-SEQUENCES, [SDU.STU.PG] Sciences of the Universe [physics]/Earth Sciences/Paleontology, FILICOPSIDA, Life Sciences & Biomedicine, GENUS TRICHOMANES HYMENOPHYLLACEAE
580, Science & Technology, diversification, GENES, ecological evolution, Plant Sciences, epiphytism, SEED PLANTS, MOLECULAR SYSTEMATICS, L. HYMENOPHYLLACEAE, S.L. HYMENOPHYLLACEAE, ferns, PHYLOGENETIC-RELATIONSHIPS, divergence time estimates, ABSOLUTE RATES, RBCL NUCLEOTIDE-SEQUENCES, [SDU.STU.PG] Sciences of the Universe [physics]/Earth Sciences/Paleontology, FILICOPSIDA, Life Sciences & Biomedicine, GENUS TRICHOMANES HYMENOPHYLLACEAE
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