Comparison of the anterior view of the proximal end of the ulna.

<p>A, <i>Gypohierax</i>. B, <i>Necrosyrtes</i>. C, <i>Anchigyps voorhiesi</i> gen. et sp. nov., holotype (UNSM 62877). Scale bars equal 2 cm.</p

Supplementary tables from Cranial shape evolution in adaptive radiations of birds: comparative morphometrics of Darwin's finches and Hawaiian honeycreepers

Table S1. A list of songbird species analyzed in this study; Table S2. Definitions of the landmarks used on the skull; Table S3. Procrustes ANOVA for both centroid size (lnCS) and shape (SH) of the skulls of Hawaiian honeycreepers; Table S5. Statistics about evolutionary allometry in the skulls of all taxa analyzed; Table S6. PCA of variation among the shapes of species means for the original (allometry-uncorrected) shape; Table S7. Statistics about evolutionary allometry in the skulls of Darwin's finches; Table S8. Statistics about evolutionary allometry in the skulls of Hawaiian honeycreepers; Table S9. Euculidian distances among the three species of Hawaiian honeycreepers and an outgroup taxon (the medium ground finch, Geospiza fortis)

Supplementary figures from Cranial shape evolution in adaptive radiations of birds: comparative morphometrics of Darwin's finches and Hawaiian honeycreepers

Figure S1. Evolutionary allometry of the skull of all species under study; Figure S2. Comparison of the results of allometry analyses of the specimens with all 23 landmarks and the specimens with minimum 15 landmarks; Figure S3. Phylomorphospace of the skull of all species under study; Figure S4. Allometry-corrected phylomorphospace of the skull of all species under study; Figure S5. A phenogram using neighbor-joining cluster analysis of whole skull morphology of 77 songbird species; Figure S6. Comparison of morphological variance between the songbird lineages under study; Figure S7. Morphological disparity of the palatine, pterygoid, and quadrate bones; Figure S8. Evolutionary allometry of the skull in Darwin's finches; Figure S9. Evolutionary allometry of the skull in Hawaiian honeycreepers

Nitrogen Isotope Data and Statistical Analyses from Broad-scale trophic shift in the pelagic North Pacific revealed by an oceanic seabird

NItrogen isotope data, trophic position estimates, age of samples and probability of differences between time periods and locations for Hawaiian petrel

WelchMicrosHeredity

This file contains data for 15 microsatellite loci genotyped in modern Hawaiian petrel (Pterodroma sandwichensis) samples from the islands of Hawaii, Maui, Lanai, and Kauai in the Hawaiian Islands, USA. The file is in the three digit Genepop format. See the ReadMe file for additional details