Phylogeny of Fagus L. (Fagaceae) based on morphological data

T Denk - Plant Systematics and Evolution, 2003 - Springer
Plant Systematics and Evolution, 2003Springer
Phylogenetic analysis of all modern and two fossil species of Fagus based on morphological
characters strongly supports the subgenus Engleriana as a monophyletic group. This is
based on several apomorphic features of vegetative structures, as cupule/nut and pollen
characteristics in the three species constituting the subgenus Engleriana. Species of the
subgenus Fagus form a paraphyletic grade basal to the subgenus Engleriana and display
weak cladistic structure. This is mainly due to a high amount of morphological parallelism …
Abstract
Phylogenetic analysis of all modern and two fossil species of Fagus based on morphological characters strongly supports the subgenus Engleriana as a monophyletic group. This is based on several apomorphic features of vegetative structures, as cupule/nut and pollen characteristics in the three species constituting the subgenus Engleriana. Species of the subgenus Fagus form a paraphyletic grade basal to the subgenus Engleriana and display weak cladistic structure. This is mainly due to a high amount of morphological parallelism and essentially few phylogenetically informative characters among species of the subgenus Fagus. The North American F. grandifolia is most distinct among the species of the subgenus Fagus and shares some characteristics with the subgenus Engleriana. For Fagus weak differentiation is suggested during its early phase of dispersal in the Oligocene, accounting for the low resolution among its fossil and modern members. This is in agreement with at least one of three previous molecular studies on Fagus.
Springer
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