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Phylogenomic Resolution of Sea Spider Diversification through Integration of Multiple Data Classes

Ballesteros, J.A.; Setton, E.V.W.; Santibáñez-López, C.E.; Arango, C.P.; Brenneis, G.; Brix, S.; Corbett, K.F.; Cano-Sánchez, E.; Dandouch, M.; Dilly, G.F.; Eleaume, M.P.; Gainett, G.; Gallut, C.; McAtee, S.; McIntyre, L.; Moran, A.L.; Moran, R.; López-González, P.J.; Scholtz, G.; Williamson, C.; Woods, H.A.; Zehms, J.T.; Wheeler, W.C.; Sharma, P.P.

Year2021
Source roleprimary-study
DOI / ID10.1093/molbev/msaa228

Fitness and scope

topology · taxonomy

Broad living-family sampling resolves a sampled pycnogonid tree; it does not date the fossil origin.

Claim ledger

topology · medium

Phylogenomic integration across 89 sea-spider species and all living families supports a sampled topology for Pycnogonida. The result concerns sampled living relationships and does not directly date the fossil origin or global first appearance of sea spiders.

claim:taxon:pycnogonida
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