Erythronychia hirticeps Malloch, 1932

Details

Name scientific

Erythronychia hirticeps Malloch, 1932: 446

Preferred name

Erythronychia hirticeps Malloch, 1932

Taxonomy reference

Macfarlane, R. P.; Maddison, P. A.; Andrew, I. G.; Berry, J. A.; Johns, P. M.; Hoare, R. J. B.; Larivière, M.-C.; Greenslade, P.; Henderson, R. C.; Smithers, C. N.; Palma, R. L.; Ward, J. B.; Pilgrim, R. L. C.; Towns, D. R.; McLellan, I. D.; Teulon, D. A. J.; Hitchings, T. R.; Eastop, V. F.; Martin, N. A.; Fletcher, M. J.; Stufkens, M. A. W.; Dale, P. J.; Burckhardt, D.; Buckley, T. R.; Trewick, S. A. 2010: Phylum Arthropoda Subphylum Hexapoda: Protura, springtails, Diplura, and insects. Checklist of New Zealand Hexapoda. In: New Zealand Inventory of Biodiversity Volume 2. 467-233.

Nomenclature

Authors

Malloch

Original authors

Malloch

Publication place

Malloch, J.R. 1932: The Calyptrate Diptera of New Zealand Part VII. Records of the Canterbury Museum 3(7): 431-455.

Year published

1932

Publication page

446

Nomenclatural code

ICZN

Basionym

Erythronychia hirticeps Malloch, 1932

Taxonomic rank

species

Canonical form

Erythronychia hirticeps

Classification

Kingdom

Animalia

Phylum

Arthropoda

Class

Insecta

Order

Diptera

Family

Tachinidae

Genus

Erythronychia

Species

hirticeps

Taxonomic concepts

Name

Cited name

Reference

Preferred name

Parent name

Erythronychia hirticeps Malloch, 1932

Erythronychia hirticeps Malloch

Macfarlane, R. P.; Maddison, P. A. et al. (2010)

Erythronychia hirticeps Malloch, 1932

Historic biostatus

Origin

Occurrence

Georegion

Schema

Biostatus source

Comment

Endemic

Wild

New Zealand

Political Region

Collections

Determined name

Country

Geographic region

Indicative databased records

Erythronychia hirticeps Malloch, 1932

[Not available]

Metadata

Record id

1236197d-09c2-451d-82f1-03df5b9093dc

Record class

scientific name

Record source

Names_NZAC

Date added

8 March 2011

Date last updated

15 May 2013

BIOTAof NEW ZEALAND

BIOTA of NEW ZEALAND

Names and classification of bacteria, fungi, land invertebrates and plants