The advances accelerated by next‐generation sequencing and long‐read sequencing
technologies continue to provide an impetus for plant phylogenetic study. In the past …

Background Flowering plants (angiosperms) are dominant components of global terrestrial
ecosystems, but phylogenetic relationships at the familial level and above remain only …

Northern Hemisphere forests changed drastically in the early Eocene with the diversification
of the oak family (Fagaceae). Cooling climates over the next 20 million years fostered the …

Inferring the intrinsic and extrinsic drivers of species diversification and phenotypic disparity
across the tree of life is a major challenge in evolutionary biology. In green plants, polyploidy …

Abstract Background Polystachya Hook. is a large pantropical orchid genus (c. 240 species)
distributed in Africa, southern Asia and the Americas, with the center of diversity in Africa …

Background Over the past decade, phylogenomics has greatly advanced our knowledge of
angiosperm evolution. However, phylogenomic studies of large angiosperm families with …

Evolutionary radiation is a widely recognized mode of species diversification, but its
underlying mechanisms have not been unambiguously resolved for species-rich …

The plastome (plastid genome) represents an indispensable molecular data source for
studying phylogeny and evolution in plants. Although the plastome size is much smaller than …

Plastid phylogenomic analyses have shed light on many recalcitrant relationships across the
angiosperm Tree of Life and continue to play an important role in plant phylogenetics …

Faced with environmental changes, plants may either move to track their ancestral niches or
evolve to adapt to new niches. Vitaceae, the grape family, has evolved diverse adaptive …