(A–D) Temporal resolution varies between groups but broadly tracks the time-binned K/Pg interval. Clade-level subsampling is shown in Tables C and D in S1 Text. Silhouette graphics created by MB and Julius Csotonyi (https://csotonyi.com/). The data used in this analysis can be accessed online at https://doi.org/10.5061/dryad.c866t1g5n. K/Pg, Cretaceous/Paleogene; Ma, million years.</p
The congruence between the order of cladistic branching and the first appearance dates of fossil lin...
<p>(A) Relationship between log(richness) and clade age (PGLS β = 0.0008, <i>p</i> = 0.66). (B) Same...
<p>Plot summarizes all 29 Southeast Asian <i>Pomatorhinus</i> scimitar babblers (solid line) compare...
(A, B) Global/regional raw and rarefied dental disparity trajectories for Galeomorphii (including an...
(A, B) Grouped bar plot depicting clade-level contributions to overall disparity in each time-bin. (...
<p>A) For the last three Cenozoic time intervals (Cenozoic 4–6), Cenozoic 6 has more equitable sampl...
<p>Genus-area (GAR) plots of the European Epicontinental Sea, the North American Cretaceous Interior...
<p>Comparison of the morphological disparity index (MDI) derived through the analysis of disparity t...
The 5-age time-binning scheme (N = 1,156) utilized sample rarefaction on the lowest sampled Selandia...
<p>Solid bars represent known stratigraphic range, with white lines showing approximate distribution...
Disparity-through-time analyses can be used to determine how morphological diversity changes in resp...
<p>(A) Regional subsampled species diversity versus paleogeographic spread. (B) Regional subsampled ...
Disparity‐through‐time analyses can be used to determine how morphological diversity changes in resp...
Disparity-through-time analyses can be used to determine how morphological diversity changes in resp...
The quantification of disparity is an important aspect of recent macroevolutionary studies, and it i...
The congruence between the order of cladistic branching and the first appearance dates of fossil lin...
<p>(A) Relationship between log(richness) and clade age (PGLS β = 0.0008, <i>p</i> = 0.66). (B) Same...
<p>Plot summarizes all 29 Southeast Asian <i>Pomatorhinus</i> scimitar babblers (solid line) compare...
(A, B) Global/regional raw and rarefied dental disparity trajectories for Galeomorphii (including an...
(A, B) Grouped bar plot depicting clade-level contributions to overall disparity in each time-bin. (...
<p>A) For the last three Cenozoic time intervals (Cenozoic 4–6), Cenozoic 6 has more equitable sampl...
<p>Genus-area (GAR) plots of the European Epicontinental Sea, the North American Cretaceous Interior...
<p>Comparison of the morphological disparity index (MDI) derived through the analysis of disparity t...
The 5-age time-binning scheme (N = 1,156) utilized sample rarefaction on the lowest sampled Selandia...
<p>Solid bars represent known stratigraphic range, with white lines showing approximate distribution...
Disparity-through-time analyses can be used to determine how morphological diversity changes in resp...
<p>(A) Regional subsampled species diversity versus paleogeographic spread. (B) Regional subsampled ...
Disparity‐through‐time analyses can be used to determine how morphological diversity changes in resp...
Disparity-through-time analyses can be used to determine how morphological diversity changes in resp...
The quantification of disparity is an important aspect of recent macroevolutionary studies, and it i...
The congruence between the order of cladistic branching and the first appearance dates of fossil lin...
<p>(A) Relationship between log(richness) and clade age (PGLS β = 0.0008, <i>p</i> = 0.66). (B) Same...
<p>Plot summarizes all 29 Southeast Asian <i>Pomatorhinus</i> scimitar babblers (solid line) compare...