Page Content
- Classification
- Region
- Group
- Taxa, synonyms
- Bibliography
- Figures
Cendiuna auauna
Cendiuna auauna is the scientific name of a group of Lamiinae -also called lamiines or flat-faced longhorned beetles-
Cendiuna auauna Galileo & Martins, 1998
Galileo, M.H.M. & Martins, U.R. are the authors of the original taxon.
The type specimen used for original description is cited from Minas Gerais.
Cendiuna auauna Galileo & Martins, 1998 is the full name of the group-species in the taxonomic classification system.
The species is combined with the Cendiuna genus ranked in the Hemilophini tribe of Lamiinae.
Classification
kingdom | |
Animalia | |
~1,200,000 sp. | |
phylum | |
Arthropoda | |
~1,000,000 sp. | |
class | |
Insecta | |
~830,000 sp. | |
order | |
Coleoptera | |
~350,000 sp. | |
family | |
Cerambycidae | |
~35,000 sp. | |
subfamily | |
Lamiinae | |
21,898 sp/ssp. | |
tribe | |
Hemilophini | |
575 sp/ssp. | |
genus | |
Cendiuna | |
5 sp. | |
species | |
auauna | |
Region
World [1]
Distribution for Cendiuna auauna
Group
auauna [1]
Subgroup of
Taxa, synonyms
1 taxon refers to Cendiuna auauna
-
Cendiuna auauna Galileo & Martins, 1998 [ type locality : Brasil, Minas Gerais, Poços de Caldas (Retiro Branco) ]
Bibliography
Some citations found in the bibliography excluding lists and catalogs except with nomenclatural act or image or data
-
Cendiuna auauna Galileo & Martins • Revta. Bras. Ent. • 1998 • 41 (2-4) : 254 [ nov loc ill div ]details
Cendiuna auauna Galileo & Martins • Revta. Bras. Ent. • 1998 • 41 (2-4) : 254
General information
- description ; distinctive characters
- black and white photo, holotype, ♀
- new taxon/name
Distribution
- [locality type] Brasil, Minas Gerais : Poços de Caldas (Retiro Branco)
-
Cendiuna auauna ; Martins & Galileo • Cer. S. Amer. (Col.) Taxon. • 2014 • 13 : 67, 68 [ ill div ]
Figures
Some references with images to see in bibliography
- Holotype ♀ of Cendiuna auauna Galileo & Martins, 1998 • see Galileo & Martins, 1998
- Holotype of Cendiuna auauna Galileo & Martins, 1998 • see Martins & Galileo, 2014