Page Content
- Classification
- Region
- Group
- Taxa, synonyms
- Bibliography
- Figures
Ceroplesis coussementi
Ceroplesis coussementi is the scientific name of a group of Lamiinae -also called lamiines or flat-faced longhorned beetles-
Ceroplesis coussementi (Breuning, 1967)
S. Breuning is the author of the original taxon.
The type specimen used for original description is cited from Kasai.
Ceroplesis coussementi (Breuning, 1967) is the full name of the group-species in the taxonomic classification system.
The species is combined with the Ceroplesis genus ranked in the Ceroplesina 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 | |
21,889 sp/ssp. | |
tribe | |
Ceroplesina | |
87 sp/ssp. | |
genus | |
Ceroplesis | |
58 sp/ssp. | |
species | |
coussementi | |
Region
World [1]
Distribution for Ceroplesis coussementi
Group
coussementi [1]
Subgroup of
Taxa, synonyms
1 taxon refers to Ceroplesis coussementi
-
Mimoceroplesis coussementi Breuning, 1967 [ type locality : Congo, Kasai, Dekese ]
Bibliography
Some citations found in the bibliography excluding lists and catalogs except with nomenclatural act or image or data
-
Mimoceroplesis coussementi Breuning • Rev. Zool. Bot. Afr. • 1967 • 75 (1-2) : 84 [ nov loc div des ]details
Mimoceroplesis coussementi Breuning • Rev. Zool. Bot. Afr. • 1967 • 75 (1-2) : 84
General information
- description
- new taxon/name
- designation
Distribution
- [locality type] Congo, Kasai : Dekese
-
Ceroplesis coussementi ; Sudre & al. • Les Cahiers Magellanes • 2021 • n.s., 41 : 69 [ ill ]details
Ceroplesis coussementi ; Sudre & al. • Les Cahiers Magellanes • 2021 • n.s., 41 : 69
General information
- color photo, holotype
Distribution
- Congo, Kasai : Dekese
Figures
Some references with images to see in bibliography
- Holotype of Ceroplesis coussementi (Breuning, 1967) • see Sudre & al., 2021