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Thu 17 July 2025 |
The Freshwater Mussels (Unionoida) of the World (and other less consequential bivalves)
FM(U)otW(aolcb) is the web version of the MUSSEL Project Database. Follow the links to browse the data or use the custom Google search field. Either way, you win!
Bivalvia | ... | Unionidae | Ambleminae | Lampsilini | Sagittunio species Sagittunio vaughanianus (Lea, 1838): synonymy
1 specimen Unio vaughanianus Lea, 1838
 Lea, 1836. Synopsis Fam. Naiades: 39. [nomen nudum]
 Lea, 1838. Trans. Amer. Phil. Soc. 6 [O. 2]: 5, pl. 3, fig. 5.
Type(s): SYNTYPE USNM_86106, Sawneys Creek, Camden, S. Carolina.
Lampsilis (sec. Eurynia) vaughanianus — Simpson (1900)
Lampsilis (Eurynia) vaughaniana — Simpson (1914)
Unio vaughanianus — de Gregorio (1914)
Lampsilis (Ligumia) delumbis — Frierson (1927)
Ligumia delumbis — Haas (1969)
Villosa delumbis — R.I. Johnson (1970), Burch (1975)
Villosa vaughaniana — Turgeon et al. (1988), Williams et al. (1993), Turgeon et al. (1998), Bogan (2002), Graf & Cummings (2007), Bogan (2010), Cummings & Graf (2010), ITIS (2012), Williams et al. (2017)
Villosa vaughniana [sic] — Haag (2012)
Sagittunio vaughanianus — Watters (2018), Graf & Cummings (2021), FMCS (2021), Hopper et al. (2023) | |
Unio vaughnianus Conrad, 1853
‘Lea’ Conrad, 1853. Proc. Acad. Nat. Sci. 6: 259.
Haag, 2012. N. Amer. Freshw. Mussels: 74 [as ‘Villosa vaughniana’].
(error for Unio vaughanianus Lea, 1838) | |
Taxonomic History (since 1900)Lampsilis (sec. Eurynia) vaughanianus — Simpson (1900)
Lampsilis (Eurynia) vaughaniana — Simpson (1914)
Unio vaughanianus — de Gregorio (1914)
Lampsilis (Ligumia) delumbis — Frierson (1927)
Ligumia delumbis — Haas (1969)
Villosa delumbis — R.I. Johnson (1970), Burch (1975)
Villosa vaughaniana — Turgeon et al. (1988), Williams et al. (1993), Turgeon et al. (1998), Bogan (2002), Graf & Cummings (2007), Bogan (2010), Cummings & Graf (2010), ITIS (2012), Williams et al. (2017)
Villosa vaughniana [sic] — Haag (2012)
Sagittunio vaughanianus — Watters (2018), Graf & Cummings (2021), FMCS (2021), Hopper et al. (2023)
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