Polyploidy, or genome doubling, has occurred repeatedly through plant evolution. While
polyploid plants are used extensively in agriculture and horticulture, they have so far found …

Polyploidy, the result of whole-genome duplication (WGD), is a major driver of eukaryote
evolution. Yet WGDs are hugely disruptive mutations, and we still lack a clear understanding …

All flowering plants are now recognized as diploidized paleopolyploids (Jiao et al., 2011;
One Thousand Plant Transcriptomes Initiative, 2019), and polyploid species comprise …

Whole-genome duplications (WGDs) are a prominent process of diversification in
eukaryotes. The genetic and evolutionary forces that WGD imposes on cytoplasmic …

Polyploids recurrently emerge in angiosperms, but most polyploids are likely to go extinct
before establishment due to minority cytotype exclusion, which may be specifically a …

Camellia (Theaceae) is a morphologically highly diverse genus of flowering plants and
includes many famous species with high economic value, and the phylogeny of this genus is …

The information on how plant populations respond genetically to climate warming is scarce.
Here, landscape genomic and machine learning approaches were integrated to assess …

Premise A complicating factor in analyzing allopolyploid genomes is the possibility of
physical interactions between homoeologous chromosomes during meiosis, resulting in …

Hybridization blurs species boundaries and leads to intertwined lineages resulting in
reticulate evolution. Polyploidy, the outcome of whole genome duplication (WGD), has more …

Polyploidy is a prominent mechanism of plant speciation and adaptation, yet the mechanistic
understandings of duplicated gene regulation remain elusive. Chromatin structure dynamics …