Sturnus vulgarisClassis:Reptilia
Subclassis:Aves
Infraclassis:Neognathae
Cladus:Neoaves
Cladi:Aequornithes –Caprimulgimorphae –Columbimorphae –Cursorimorphae –Feraequornithes –Mirandornithes –Otidimorphae –Phaethontimorphae –Telluraves –Opisthocomiformes
Genera incertae sedis: †Juncitarsus – †Nahmavis
secundum Sibley et al., 1988
[edit]Cladus:Neoaves
Parvclasses:Coliae –Coraciae –Passerae –Picae
secundum Jarvis et al., 2014
[edit]Cladus:Neoaves
Cladi:Columbea –Passerea
secundum Prum et al., 2015
[edit]Cladus:Neoaves
Taxa:Aequorlitornithes –Columbaves –Gruiformes –Inopinaves –Strisores
secundum Houde et al., 2019
[edit]Cladus:Neoaves
Cladi:Columbea –Passerea
secundum Braun & Kimball, 2021
[edit]Cladus:Neoaves
Cladi:Columbimorphae –Mirandornithes –Passerea
Ordines:Accipitriformes –Aegotheliformes –Apodiformes –Bucerotiformes –Caprimulgiformes –Cariamiformes –Charadriiformes –Ciconiiformes –Coliiformes –Columbiformes –Coraciiformes –Cuculiformes –Eurypygiformes –Falconiformes –Gaviiformes –Gruiformes –Leptosomiformes –Mesitornithiformes –Musophagiformes –Nyctibiiformes –Opisthocomiformes –Otidiformes –Passeriformes –Pelecaniformes –Phaethontiformes –Phoenicopteriformes –Piciformes –Podargiformes –Podicipediformes –Procellariiformes –Psittaciformes –Pterocliformes –Sphenisciformes –Steatornithiformes –Strigiformes –Suliformes –Trogoniformes
NeoavesSibley,Ahlquist &Monroe, 1988: 415
Additional references
[edit]- Jarvis, E.D.,Mirarab, S,Aberer, A.J.,Li, B.,Houde, P.,Li, C.,Ho, S.Y.W.,Faircloth, B.C.,Nabholz, B.,Howard, J.T.,Suh, A.,Weber, C.C.,da Fonseca, R.R.,Li, J.,Zhang, F.,Li, H.,Zhou, L.,Narula, N.,Liu, L.,Ganapathy, G.,Boussau, B.,Bayzid, S.,Zavidovych, V.,Subramanian, S.,Gabaldón, T.,Capella-Gutiérrez, S.,Huerta-Cepas, J.,Rekepalli, B.,Munch, K.,Schierup, M.,Lindow, B.,Warren, W.C.,Ray, D.,Green, R.E.,Bruford, M.W.,Zhan, X.,Dixon, A.,Li, S.,Li, N.,Huang, Y.,Derryberry, E.P.,Bertelsen, M.F.,Sheldon, F.H.,Brumfield, R.T.,Mello, C.V.,Lovell, P.V.,Wirthlin, M.,Schneider, M.P.C.,Prosdocimi, F.,Samaniego, J.A.,Vargas Velazquez, A.M.,Alfaro-Núñez, A.,Campos, P.F.,Petersen, B.,Sicheritz-Ponten, T.,Pas, A.,Bailey, T.,Scofield, P.,Bunce, M.,Lambert, D.M.,Zhou, Q.,Perelman, P.,Driskell, A.C.,Shapiro, B.,Xiong, Z.,Zeng, Y.,Liu, S.,Li, Z.,Liu, B.,Wu, K.,Xiao, J.,Yinqi, X.,Zheng, Q.,Zhang, Y.,Yang, H.,Wang, J.,Smeds, L.,Rheindt, F.E.,Braun, M.,Fjeldså, J.,Orlando, L.,Barker, F.K.,Jønsson, K.A.,Johnson, W.,Koepfli, K.-P.,O’Brien, S.J.,Haussler, D.,Ryder, O.A.,Rahbek, C.,Willerslev, E.,Graves, G.R.,Glenn, T.C.,McCormack, J.,Burt, D.,Ellegren, H.,Alström, P.,Edwards, S.V.,Stamatakis, A.,Mindell, D.P.,Cracraft, J.,Braun, E.L.,Warnow, T.,Jun, W.,Gilbert, M.T.P. &Zhang, G. 2014. Whole-genome analyses resolve early branches in the tree of life of modern birds.Science 346 (6215): 1320–1331.DOI:10.1126/science.1253451ResearchGate. Supplementary materials:PDFReference page.
- Prum, R.O.,Berv, J.S.,Dornburg, A.,Field, D.J.,Townsend, J.P.,Lemmon, E.M. &Lemmon, A.R. 2015. A comprehensive phylogeny of birds (Aves) using targeted next-generation DNA sequencing.Nature 526(7574): 569–573.DOI:10.1038/nature15697ResearchGateReference page.
- Reddy, S.,Kimball, R.T.,Pandey, A.,Hosner, P.A.,Braun, M.J.,Hackett, S.J.,Han, K.-L.,Harshman, J.,Huddleston, C.J.,Kingston, S.,Marks, B.D.,Miglia, K.J.,Moore, W.S.,Sheldon, F.H.,Witt, C.C.,Yuri, T. &Braun, E.L. 2017. Why Do Phylogenomic Data Sets Yield Conflicting Trees? Data Type Influences the Avian Tree of Life more than Taxon Sampling.Systematic Biology 66(4): 857–879.DOI:10.1093/sysbio/syx041Reference page.
- Houde, P.,Braun, E.L.,Narula, N.,Minjares, U. &Mirarab, S. 2019. Phylogenetic Signal of Indels and the Neoavian Radiation.Diversity 11(7): 108.DOI:10.3390/d11070108ResearchGateReference page.
- Braun, E.L. &Kimball, R.T. 2021. Data Types and the Phylogeny of Neoaves.Birds 2(1): 1–22.DOI:10.3390/birds2010001ResearchGateReference page.
