As currently delimited, the Brassicaceae comprise 49 tribes, 321 genera, and 3660 species.
Of these, 20 genera and 34 species remain to be assigned to tribes. These figures differ …

The soc1 ful double mutant of A. thaliana produced substantial secondary growth throughout
all aboveground stems, whereas in the Col accession only a few cell layers of wood were …

The use of DNA sequence data in plant systematics has brought us closer than ever to
formulating well-founded hypotheses about phylogenetic relationships, and phylogenetic …

Accurate identification of Arctic plant species is critical for understanding potential climate-
induced changes in their diversity and distributions. To facilitate rapid identification we …

Abstract Background and Aims Tribe Arabideae are the most species-rich monophyletic
lineage in Brassicaceae. More than 500 species are distributed in the majority of mountain …

Variation in life history contributes to reproductive success in different environments.
Divergence of annual and perennial angiosperm species is an extreme example that has …

Premise The ability to sequence genome‐scale data from herbarium specimens would allow
for the economical development of data sets with broad taxonomic and geographic sampling …

Centromere position may change despite conserved chromosomal collinearity. Centromere
repositioning and evolutionary new centromeres (ENCs) were frequently encountered …

Boechera (Brassicaceae) is a diverse genus of±70 sexual diploid species and numerous
apomictic hybrids concentrated in western North America. It is the largest genus in tribe …

Extreme environments offer powerful opportunities to study how different organisms have
adapted to similar selection pressures at the molecular level. Arctic plants have adapted to …