BAMM diversification rate results: a) BAMM tree as presented in Fig. 1, including labels for tips and nodes referred to in the text; branches subtending Erica, Calluna and Daboecia are not to scale. b) Probabilities of overall numbers of diversification shifts inferred using BAMM. (ZIP 2444 kb
Figure S1. Likelihood mapping. a cox1 dataset. b nad1 dataset. For both panels: (i) distribution map...
Results of prior sensitivity tests and species number comparisons in BAMM (PDF 1143Â kb
Bayesian consensus phylogram of Dipsacoideae focussing on Knautia based on plastid petN(ycf6)-psbM s...
Background The disproportionate species richness of the world’s biodiversity hotspots could be expla...
Supplementary Methods. Figure S1. Ages of the BEAST-derived species-level maximum clade credibility ...
BAMM outputs. Phylorate plots (2a) and speciation rate through time curve for Convolvuleae (2b). Add...
Understanding the proceses of biological diversification is a central topic in evolutionary biology....
Mountains are often more species-rich than lowlands. This could be the result of migration from lowl...
Understanding the drivers of population divergence, speciation and species persistence is of great i...
Background: Hotspots of angiosperm species richness and endemism in Mediterranean-climate regions ar...
The rugged topography of the Cape Floristic Region (CFR), South Africa, is frequently invoked to exp...
Aim: Fragmented distributions should show immigration and diversification dynamics consistent with t...
The enormous species richness in the Cape Floristic Region (CFR) of Southern Africa is the result of...
Aim: I test whether species range size variation is driven by the age of the species, their intrinsi...
Additional file 1: Table S1. Collecting sites and distribution. Table S2. Best substitution models f...
Figure S1. Likelihood mapping. a cox1 dataset. b nad1 dataset. For both panels: (i) distribution map...
Results of prior sensitivity tests and species number comparisons in BAMM (PDF 1143Â kb
Bayesian consensus phylogram of Dipsacoideae focussing on Knautia based on plastid petN(ycf6)-psbM s...
Background The disproportionate species richness of the world’s biodiversity hotspots could be expla...
Supplementary Methods. Figure S1. Ages of the BEAST-derived species-level maximum clade credibility ...
BAMM outputs. Phylorate plots (2a) and speciation rate through time curve for Convolvuleae (2b). Add...
Understanding the proceses of biological diversification is a central topic in evolutionary biology....
Mountains are often more species-rich than lowlands. This could be the result of migration from lowl...
Understanding the drivers of population divergence, speciation and species persistence is of great i...
Background: Hotspots of angiosperm species richness and endemism in Mediterranean-climate regions ar...
The rugged topography of the Cape Floristic Region (CFR), South Africa, is frequently invoked to exp...
Aim: Fragmented distributions should show immigration and diversification dynamics consistent with t...
The enormous species richness in the Cape Floristic Region (CFR) of Southern Africa is the result of...
Aim: I test whether species range size variation is driven by the age of the species, their intrinsi...
Additional file 1: Table S1. Collecting sites and distribution. Table S2. Best substitution models f...
Figure S1. Likelihood mapping. a cox1 dataset. b nad1 dataset. For both panels: (i) distribution map...
Results of prior sensitivity tests and species number comparisons in BAMM (PDF 1143Â kb
Bayesian consensus phylogram of Dipsacoideae focussing on Knautia based on plastid petN(ycf6)-psbM s...