HIGHLIGHTS
- What: The aim of EAT is to uncover high-level body organization homology across Echinodermata, whereas UEH was developed specifically to further understand the oral plating of blastozoan echinoderms. The authors focus more heavily on the underlying homology that may be driving gross morphology. Taxonomic assignments need to be more rigorously evaluated and considered in a quantitative framework, ensuring that the work is reproducible by others and the historical knowledge of loosely inferred relationships based on features can be evaluated.
- Who: Paleobiology et al. from the Department Earth and Environmental Sciences, University Michigan, Ann Arbor . . .
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