High latitude ocean habitats are a crucible of fish body shape diversification

High latitude ocean habitats are a crucible of fish body shape diversification Michael D. Burns University of California, Davis [[e-mail]](mailto:[e-mail]) File 1: dat_final.csv Data file containing species name (tree_Name), latitude centroid (lat_centroid), latitude minimum (lat_min), latitude maximum (lat_max), standard length (Standard_length in millimeters and log-transformed), Maximum body depth (Max_body_depth in millimeters and log-transformed), maximum fish width (Max_fish_width in millimeters and log-transformed), head depth (Head_depth in millimeters and log-transformed), lower jaw length (Lower_jaw_length in millimeters and log-transformed), mouth width (Mouth_width in millimeters and log-transformed), caudal peduncle depth (Min_caudalpeduncle_depth in millimeters and log-transformed) , and caudal peduncle width (Min_caudalpeduncle_width in millimeters and log-transformed) File 2: Rabosky_et_al_2018.nexus A phylogenetic tree from Rabosky et al. 2018 "An inverse latitudinal gradient in speciation rate for marine fishes", trimmed to our dataset. File 3 (on Zenodo): Burns et al. 2024_code.R R code that runs all of the analyses in the manuscript.