There is a rising awareness that species trees are best inferred from multiple loci while
taking into account processes affecting individual gene trees, such as substitution model …

Polyploids contribute substantially to plant evolution and biodiversity; however, the
mechanisms by which they succeed are still unclear. According to the polyploid adaptation …

The pattern and rate of genome evolution have profound consequences in organismal
evolution. Whole-genome duplication (WGD), or polyploidy, has been recognized as an …

The Binary State Speciation and Extinction (BiSSE) method is one of the most popular tools
for investigating the rates of diversification and character evolution. Yet, based on previous …

Polyploidization or whole-genome duplication (WGD) is a well-known speciation and
adaptation mechanism in angiosperms, while subgenome dominance is a crucial …

Abstract The Triticum/Aegilops complex includes hybrid species resulting from homoploid
hybrid speciation and allopolyploid speciation. Sequential allotetra-and allohexaploidy …

Polyploidy is a phenomenon that alters the genetic diversity of populations and has been
reported as one of the most important evolutionary forces for plant diversification. The …

Premise of the Study Understanding the relationship between phenotypic evolution and
lineage diversification is a central goal of evolutionary biology. To extend our understanding …

Polyploidization is one of the most crucial pathways in introducing speciation and
broadening biodiversity, especially in the Plant Kingdom. Although the majority of studies …

PREMISE Plant genome size ranges widely, providing many opportunities to examine how
genome size variation affects plant form and function. We analyzed trends in chromosome …