2026-04-21T02:18:55Zhttp://doidb.wdc-terra.org/oaip/oai

oai:doidb.wdc-terra.org:66972019-07-26T10:01:20ZDOIDBDOIDB.CRC1211

false4DOIDB.CRC1211 10.5880/CRC1211DB.26 Böhnert, Tim Tim Böhnert orcid.org/0000-0003-1415-7896 University of Bonn, Nees Institut for Biodiversity of Plants Luebert, Federico Federico Luebert University of Bonn, Nees Institut for Biodiversity of Plants Ritter, Benedikt Benedikt Ritter University of Cologne, Institute of Geology and Mineralogy Merklinger, Felix F. Felix F. Merklinger University of Bonn, Nees Institut for Biodiversity of Plants Stoll, Alexandra Alexandra Stoll CEAZA, Schneider, Julio Julio Schneider Senckenberg Research Institute and Natural History , Botany Quandt, Dietmar Dietmar Quandt University of Bonn, Nees Institut for Biodiversity of Plants Weigend, Maximilian Maximilian Weigend University of Bonn, Nees Institut for Biodiversity of Plants CRC1211 Database (CRC1211DB) 2019 Evolution Biogeography Arid Zone Molecular Biology Phylogeny Deutsche Forschungsgemeinschaft http://dx.doi.org/10.13039/501100001659 CRC 1211 Earth - Evolution at the Dry Limit 2019-07-03 English 10.1016/j.gloplacha.2019.102992 1 Creative Commons - Attribution-ShareAlike 4.0 International[CC BY-SA 4.0] The dataset contains material of the historical biogeographic study of the plant genus Cristaria (Malvacae) in the Atacama Desert. We provide here (1) the time calibrated phylogeny of the family Malvaceae in .tre data format (Cristaria_cp_4Foss_BeastTree.tre). Further (2) we provide two nexus files used for all phylogenetic analysis of the paper. The first nexus file (Cristaria_cp_Master.nex) is the concatenated sequence alignment with character set annotations for the three chloroplast marker (trnK/matK, rpl16, ndhF) as well as for hotspot regions and sequence inversions which were excluded and reverse complemented for analysis. The second nexus file (Cristaria_cp_Master_HSEX_INVREV.nex) is identical to the first one except from the fact that all hotspot regions were excluded and the inversions reverse complemented. This dataset was used for all phylogenetic studies as it is presented here. Finally (3), we provide a combined tree file (Cristaria_cp_RAxML-tree_BS_PP.xtg) including the phylogenetic tree of the Maximum Likelihood analysis (RAxML) with additional posterior probability values from the Bayesian Inference analysis (MrBayes). The tree file can be loaded with the program TreeGraph2 (Ströve Chile -72.66968 -65.72632 -38.87481 -18.04250