The evolution of subtropical evergreen broadleaved forests (EBLFs) in East Asia is
interesting while complicated. Genus‐level phylogenies indicate that the origins of EBLFs …

Abstract Changes in future climate will have an important impact on biodiversity. Taiwania
cryptomerioides has important scientific value for the study of paleogeography, paleoclimate …

Due to combinations of diverse geography and climate, and complex geo-climate histories
and sea level fluctuations, the Sino-Japanese floristic region has extremely high species …

Although eastern Asia (EAS) and eastern North America (ENA) have similar climates, plant
species richness in EAS greatly exceeds that in ENA. The degree to which this diversity …

In this review, based on recent studies of population genetics and phylogeographics of East
Asia's Tertiary relict plants, we have outlined the main phylogeographic patterns and …

Aim The accumulation of supraspecific lineages in Asia has been linked to climatic changes
and tectonic events starting in the Miocene, but few studies have extended the intraspecific …

Historical geoclimatic events have shaped the distribution patterns and intraspecific
divergence of plants. Numerous phylogeographical studies in China have focused on the …

Floristic composition within a geographic area is driven by a wide array of factors from local
biotic interactions to biogeographical processes. Subtropical East Asia is a key biodiversity …

Abstract Aim In Taiwan island, recent land‐bridge and oversea dispersal after the
appearance of proto‐Taiwan (< 6.5 Ma) is responsible for its biodiversity assembly …

Simple Summary The spatial patterns of species are highly relevant to the contemporary
environment and its topographical factors. It has been predicted that climate warming has …