Template:Taxonomy/Triaenops

Bold ranks show taxa that will be shown in taxoboxes
because rank is principal or always_display=yes.

Ancestral taxa
Domain:	Eukaryota	/displayed	[Taxonomy; edit]
Clade:	Amorphea		[Taxonomy; edit]
Clade:	Obazoa		[Taxonomy; edit]
(unranked):	Opisthokonta		[Taxonomy; edit]
(unranked):	Holozoa		[Taxonomy; edit]
(unranked):	Filozoa		[Taxonomy; edit]
Kingdom:	Animalia		[Taxonomy; edit]
Subkingdom:	Eumetazoa		[Taxonomy; edit]
Clade:	ParaHoxozoa		[Taxonomy; edit]
Clade:	Bilateria		[Taxonomy; edit]
Clade:	Nephrozoa		[Taxonomy; edit]
Superphylum:	Deuterostomia		[Taxonomy; edit]
Phylum:	Chordata		[Taxonomy; edit]
Clade:	Olfactores		[Taxonomy; edit]
Subphylum:	Vertebrata		[Taxonomy; edit]
Infraphylum:	Gnathostomata		[Taxonomy; edit]
Clade:	Eugnathostomata		[Taxonomy; edit]
Clade:	Teleostomi		[Taxonomy; edit]
Superclass:	Tetrapoda		[Taxonomy; edit]
.....	.....
Class:	Mammalia	/skip	[Taxonomy; edit]
Clade:	Theriimorpha		[Taxonomy; edit]
Clade:	Theriiformes		[Taxonomy; edit]
Clade:	Trechnotheria		[Taxonomy; edit]
Clade:	Cladotheria		[Taxonomy; edit]
Clade:	Prototribosphenida		[Taxonomy; edit]
Clade:	Zatheria		[Taxonomy; edit]
Clade:	Tribosphenida		[Taxonomy; edit]
Subclass:	Theria		[Taxonomy; edit]
Clade:	Eutheria		[Taxonomy; edit]
Infraclass:	Placentalia		[Taxonomy; edit]
Magnorder:	Boreoeutheria		[Taxonomy; edit]
Superorder:	Laurasiatheria		[Taxonomy; edit]
Clade:	Scrotifera		[Taxonomy; edit]
Clade:	Apo-Chiroptera		[Taxonomy; edit]
Order:	Chiroptera		[Taxonomy; edit]
Suborder:	Yinpterochiroptera		[Taxonomy; edit]
Superfamily:	Rhinolophoidea		[Taxonomy; edit]
Family:	Rhinonycteridae		[Taxonomy; edit]
Genus:	Triaenops		[Taxonomy; edit]

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Parent:	Rhinonycteridae [Taxonomy; edit]
Rank:	genus (displays as Genus)
Link:	Triaenops
Extinct:	no
Always displayed:	yes (major rank)
Taxonomic references:	–
Parent's taxonomic references:	Foley, Nicole M.; Thong, Vu Dinh; Soisook, Pipat; Goodman, Steven M.; Armstrong, Kyle N.; Jacobs, David S.; Puechmaille, Sébastien J.; Teeling, Emma C. (February 2015). "How and Why Overcome the Impediments to Resolution: Lessons from rhinolophid and hipposiderid Bats". Molecular Biology and Evolution 32 (2): 313–333. doi:10.1093/molbev/msu329. PMID 25433366.