Organellomic data sets confirm a cryptic consensus on (unrooted) land-plant relationships and provide new insights into bryophyte molecular evolution.
David BellQianshi LinWesley K GerelleSteve JoyaYing ChangZ Nathan TaylorCarl J RothfelsAnders LarssonJuan Carlos VillarrealFay-Wei LiLisa PokornyPéter SzövényiBarbara Crandall-StotlerLisa DeGironimoSandra K FloydDavid J BeerlingMichael K DeyholosMatt von KonratShona EllisA Jonathan ShawTao ChenGane Ka-Shu WongDennis W StevensonJeffrey D PalmerSean W GrahamPublished in: American journal of botany (2019)
A common unrooted tree underlies embryophyte phylogeny, [(liverworts, mosses), (hornworts, vascular plants)]; rooting inconsistency across studies likely reflects substantial distance to algal outgroups. Analyses combining genomic and transcriptomic data may be misled locally for heavily RNA-edited taxa. The Buxbaumia plastome lacks hallmarks of relaxed selection found in mycoheterotrophic Aneura. Autotrophic bryophyte plastomes, including Buxbaumia, hardly vary in overall structure.