Fig. 1From: Phylogenomic approaches untangle early divergences and complex diversifications of the olive plant familyPhylogenetic hypotheses of Oleaceae from previous studies. a–f The six alternate topologies of the five tribes. g–j The four alternate topologies of the four subtribes of Oleeae. a Dupin et al. [36] using the 80 concatenated plastid coding genes based on the maximum likelihood (ML) method. b Dupin et al. [36] using the 37 concatenated mitochondrial genes based on the ML method. c Dupin et al. [36] using the RY-coded nrDNA based on the ML method. d Ha et al. [40] using six cpDNA sequence datasets (matK, rbcL, ndhF, atpB, rps16, and trnL-F) based on the Bayesian inference (BI) method and Dupin et al. [36] using the nuclear genes of phyB-1 and phyE-1. e Dupin et al. [36] using the nontransformed nrDNA cluster based on the ML method. f Wallander and Albert [26] using two plastid genes, rps16 and trnL-F, based on maximum parsimony (MP) methods. g Dupin et al. [36] using the 80 concatenated plastid coding genes, 37 concatenated mitochondrial genes, and RY-coded nrDNA based on the ML method. h Dupin et al. [36] using the nuclear genes of phyB-1 and phyE-1. i Van de Paer et al. [41] using the nuclear mtpt4 based on the ML method. j Dupin et al. [36] using the nontransformed nrDNA cluster based on the ML method. Myx, Myxopyreae; Fon, Fontanesieae; For, Forsythieae; Jas, Jasmineae; Ole, Oleeae; Lig, Ligustrinae; Sch, Schreberinae; Fra, Fraxininae; Olei, OleinaeBack to article page