Home Mammals Diets Proximate Analysis News About
Diet Set ETS Proximate Analysis
ETS
 Home Mammals Diets Proximate Analysis News About Import Export

MammalBase - Reference: Verzi, D., De Santi, N., Olivares, A., Morgan, C., Basso, N., Brook, F. 2023. A new species of the highly polytypic South American rodent Ctenomys increases the diversity of the magellanicus clade. Vertebrate Zoology. 73(None), pp.289-312. Available at: 10.3897/vz.73.e96656.

Reference: Verzi, D., De Santi, N., Olivares, A., Morgan, C., Basso, N., Brook, F. 2023. A new species of the highly polytypic South American rodent Ctenomys increases the diversity of the magellanicus clade. Vertebrate Zoology. 73(None), pp.289-312. Available at: 10.3897/vz.73.e96656.


Reference: Verzi, D., De Santi, N., Olivares, A., Morgan, C., Basso, N., Brook, F. 2023. A new species of the highly polytypic South American rodent Ctenomys increases the diversity of the magellanicus clade. Vertebrate Zoology. 73(None), pp.289-312. Available at: 10.3897/vz.73.e96656.
Type: journal-article
First author: Verzi, D.
Year: 2023
Title: A new species of the highly polytypic South American rodent Ctenomys increases the diversity of the magellanicus clade
Container title: Vertebrate Zoology
Volume: 73
Issue: -
Page(s): 289-312
Citation: Verzi, D., De Santi, N., Olivares, A., Morgan, C., Basso, N., Brook, F. 2023. A new species of the highly polytypic South American rodent Ctenomys increases the diversity of the magellanicus clade. Vertebrate Zoology. 73(None), pp.289-312. Available at: 10.3897/vz.73.e96656.
DOI: 10.3897/vz.73.e96656
URI:

Table 1. List of attributes and the related Standard Traits in Verzi, D., De Santi, N., Olivares, A., Morgan, C., Basso, N., Brook, F. 2023. A new species of the highly polytypic South American rodent Ctenomys increases the diversity of the magellanicus clade. Vertebrate Zoology. 73(None), pp.289-312. Available at: 10.3897/vz.73.e96656..
Source Trait Standard Trait
IB, distance between anterior margin of mandibular foramen (mf) and extreme tip of condyle ((estimates depth of insertion of the lower incisor; Verzi and Olivares 2006) n/a
BL, basilar length n/a
CIL, condyle-incisive length n/a
LTL, lower toothrow length n/a
MW, maximum mandibular width n/a
IW, incisors width n/a
UTL, upper toothrow length n/a
DL, upper diastema length n/a
RW, width of the rostrum at level of premaxilla-maxilla suture n/a
ZL, length of the zygomatic arch n/a
Proc, upper incisor procumbency as expressed by Thomas' angle (Reig et al. 1965) n/a
ZW, maximum bizygomatic width n/a
CL, condylar length n/a
BCL, basioccipital length n/a
W, weight (in grams) Body Mass (BM)
EL, ear length Ear Length (EL)
TBL, total body length Head-Body Length (HBL)
HF, hind foot length (including the claw) Hind Foot Length (HFL)
TL, tail length Tail Length (TL)

Table 2. List of Data Sources linked with Verzi, D., De Santi, N., Olivares, A., Morgan, C., Basso, N., Brook, F. 2023. A new species of the highly polytypic South American rodent Ctenomys increases the diversity of the magellanicus clade. Vertebrate Zoology. 73(None), pp.289-312. Available at: 10.3897/vz.73.e96656..
Data Source
Verzi, D.H., De Santi, N.A., Olivares, A.I., Morgan, C.C., Basso, N.G. and Brook, F., 2023. A new species of the highly polytypic South American rodent Ctenomys increases the diversity of the magellanicus clade. Vertebrate Zoology, 73, pp.289-312.

Table 3. List of Accepted Taxa in Verzi, D., De Santi, N., Olivares, A., Morgan, C., Basso, N., Brook, F. 2023. A new species of the highly polytypic South American rodent Ctenomys increases the diversity of the magellanicus clade. Vertebrate Zoology. 73(None), pp.289-312. Available at: 10.3897/vz.73.e96656..
Accepted Taxon a. Rank b. Relation Status Data Status
There are no Accepted Taxa available.

a., b. Accepted Taxa, original entries in parentheses.