Data for: Patterns of intracolumnar size variation inform the heterochronic mechanisms underlying extreme body shape divergence in microcephalic sea snakes

dataset

posted on 2019-10-23, 06:04 authored by Emma SherrattEmma Sherratt, Kate SandersKate Sanders

Morphometric dataset comprising vertebral size data for pre-cloacal vertebrae for neonates and adults of three species of sea snake (Hydrophis macdowelli, H. obscurus, and H. curtus)

File list:

# R script

Analyses.R

# Data files:

H_curtus_FMNH_202011.csv

H_curtus_FMNH_202032.csv

H_curtus_FMNH_202086.csv

H_curtus_QM_J11175.csv

H_macdowelli_QM_J22453.csv

H_macdowelli_QM_J47243.csv

H_macdowelli_QM_J93156.csv

H_macdowelli_SAM_R24236.csv

H_obscurus_ZMUC_R661244.csv

H_obscurus_ZMUC_R661253.csv

H_obscurus_ZMUC_R661255.csv

# Metadata

ontovert.csv

Funding

DVCR Research Fellowship from University of Adelaide

Identifying the genes and population histories that drive rapid adaptive change and speciation

Australian Research Council

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History

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The University of Adelaide

Keywords

Axial skeleton Axial regionality Vertebrae Morphological Evolution Sea Snakes Hydrophiinae Evolutionary Biology

Licence

CC BY 4.0