Taxonomy Profile: Dasymys alleni (Lawrence and Loveridge 1953)

Dasymys alleni: Taxonomy and Nomenclature
Kingdom:
Animalia
Taxonomic Rank:
Species
Synonym(s):
Common Name(s):
Glover Allen's Dasymys []
Taxonomic Status:
Current Standing:
valid
Data Quality Indicators:
Record Credibility Rating:
TWG standards met
Dasymys alleni: Taxonomic Hierarchy
Kingdom : Animalia
animals |
Animal |
animaux |
Subkingdom : Bilateria
Infrakingdom : Deuterostomia
Phylum : Chordata
chordates |
cordado |
cordés |
Subphylum : Vertebrata
vertebrates |
vertebrado |
vertébrés |
Infradivision : Gnathostomata
Superclass : Tetrapoda
Class : Mammalia
mammals |
mamífero |
mammifères |
Subclass : Theria
Infraclass : Eutheria
Order : Rodentia
rodents |
esquilo |
preá |
rato |
roedor |
rongeurs |
Suborder : Myomorpha
Mice |
Rats |
Rats |
souris |
Voles |
Gerbils |
Hamsters |
Lemmings |
Superfamily : Muroidea
Family : Muridae
mice |
rats |
voles |
campagnols |
rats |
souris |
Subfamily : Murinae
Old World rats |
Old World mice |
Genus : Dasymys
Shaggy African Marsh Rats |
Species : Dasymys alleni
Glover Allen's Dasymys |
Dasymys alleni Direct Children(s):
Dasymys alleni: References
Expert(s):
Source(s):
Publication(s):
Author(s)/Editor(s):
Musser, Guy G., and Michael D. Carleton / Wilson, Don E., and DeeAnn M. Reeder, eds.
Publication Date (Listed/Actual):
2005-10-01 / 2005-10-01
Article/Chapter Title:
Superfamily Muroidea
Journal/Book Name, Vol. No.:
Mammal Species of the World: A Taxonomic and Geographic Reference, 3rd ed., vol. 2
Page(s):
894-1531
Publisher:
Johns Hopkins University Press
Publication Place:
Baltimore, Maryland, USA
ISBN/ISSN:
0-8018-8221-4/
Notes:
Reference for:
Dasymys alleni
Dasymys alleni: Geographic Information
Geographic Division:
Africa
Jurisdiction/Origin:
Dasymys alleni: Comments
Comment:
Comments: Member of the D. incomtus species complex (W. Verheyen et al., 2003). Originally described as a very distinctive subspecies of D. incomtus (Lawrence and Loveridge, 1953) and usually treated that way (e.g., Musser and Carleton, 1993), but recently reinstated as a separate species based on multivariate analyses of craniometric data in combination with mtDNA cytochrome b sequences (W. Verheyen et al., 2003)