Data from: The influence of climatic variability on morphological integration, evolutionary rates, and disparity in the Carnivora

Biodiversity is unevenly distributed in space and time. One possible explanation is the influence of climate on the ecology, evolution, and morphology of taxa. Here we investigated the link between climatic variability and phenotypic integration, rates of morphological evolution, and disparity (morphological diversity) in three carnivoran clades (Canidae, Felidae, Mustelidae). We gathered landmark data from the lower jaw and extracted current temperature and precipitation data from range maps. We found a significant negative relationship between climatic variability and integration for canids and felids. Among canids variability in temperature was the key climatic variable, while in felids it was a combination of variability in temperature and precipitation. In both cases, relatively variable climates were associated with low phenotypic integration. We also found evidence for a negative association between climatic variability and both disparity and rates of morphological evolution in canids and mustelids. Selection can drive the evolution of jaw shape along lines of least resistance defined by patterns of integration, and this study suggests that climate may be a predictor of phenotypic integration. As a result, taxa in more variable regions (e.g., temperate, montane) may be more evolvable and more able to respond to fluctuating environmental conditions over a period of generations.R Scripts, TPS files, tree, and raw dataZip file contains all the raw data (in csv format), jaw landmark data (in TPS format), the tree (in Newick format), and R scripts to perform all analyses described in the main text.Conith2018DataandScripts.zipSupplementary tables S1-S10Supplementary tables in Excel Workbook format4.SuppTables_20180105.xlsxFunding provided by: National Science FoundationCrossref Funder Registry ID: http://dx.doi.org/10.13039/100000001Award Number: DEB-150138