Venusia Curtis, 1839
NZOR Identifier: 758c7a7d-599e-4769-b8be-6ef2df4f465b
Status
- Preferred Name (NZOR Concept Id d75a10b4-2f45-4deb-bbb0-7c0b86c7225d)
Classification
- kingdom
- Animalia
- phylum
- Arthropoda
- subphylum
- Hexapoda
- class
- Insecta
- subclass
- Dicondylia
- infraclass
- Pterygota
- superorder
- Neoptera
- order
- Lepidoptera
- family
- Geometridae
- subfamily
- Larentiinae
- genus
- Venusia Curtis, 1839
Providers
Biostatus
- Geo Schema
- Political Region
- Geo Region
- New Zealand
- Occurrence
- Absent
Deprecated Name Ids
- '76e77a1b-66a6-442e-b19c-0d34400997f8' was deprecated on 8-Sep-2016
Scientific Name
- Authority
- Curtis
- Rank
- genus
- Published in
- Curtis, J. 1823–1840: British Entomology being illustrations and descriptions of the Genera of Insecets found in Great Britain and Northern Ireland containing coloured figures from nature of the most rare and beautiful species and in many instances of the plants upon which they are found. VI. Lepidoptera, Part II.. London,
- Micro-reference (page)
- 759
- Year
- 1839
- Governing Code
- ICZN
- Is Recombination
- No
Taxon Concept
- NZOR Concept Id
- d75a10b4-2f45-4deb-bbb0-7c0b86c7225d
- According to
- NZAC (2012-) New Zealand Arthropod Collection Names Database - Name based concepts
- Has Parent
- Larentiinae (In use by NZOR)
- Preferred Name
- Venusia Curtis, 1839 (In use by NZOR)
Subordinate Taxon Concept
- Full Name
- Venusia autocharis Meyrick, 1924
- According To
- NZAC (2012-) New Zealand Arthropod Collection Names Database - Name based concepts
Subordinate Taxon Concept
- Full Name
- Venusia charidema Meyrick, 1909
- According To
- NZAC (2012-) New Zealand Arthropod Collection Names Database - Name based concepts
Subordinate Taxon Concept
- Full Name
- Venusia dissimilis Philpott, 1914
- According To
- NZAC (2012-) New Zealand Arthropod Collection Names Database - Name based concepts
Subordinate Taxon Concept
- Full Name
- Venusia princeps Hudson, 1903
- According To
- NZAC (2012-) New Zealand Arthropod Collection Names Database - Name based concepts