Chelemys macronyx is a medium-sized, long-clawed sigmodontine of fossorial habits, distributed between 33°20′ and 51°30′S in the central and southern Andes of Argentina and Chile. Phylogeographic studies based on the analysis of mitochondrial DNA showed that this rodent has a shallow genealogy geographically structured into two main clades: one in the northern part of its range, at high-Andean localities in the Argentinean provinces of Mendoza and northern Neuquén, and the other covering medium- to low-elevation areas from northwestern Neuquén to southern Chile and Argentina. Qualitative and quantitative morphological characters show the existence of two main morphotypes of C. macronyx. Northern populations are characterized by a mesopteryg...
Ctenomys (tuco-tuco) is the most numerous genus of South American subterranean rodents and one of th...
Calomys is one of the most polytypic and widely distributed genera of the Neotropical rodent fauna. ...
Quaternary climatic oscillations have impacted Patagonian sigmodontine fauna, leaving traceable gene...
We present a phylogeographic study of the fossorial sigmodontine mouse Chelemys macronyx. Analyses w...
Phylogeographic relationships were evaluated at the intraspecific level using nucleotide sequence da...
Loxodontomys micropus is a rodent that is widely distributed in Andean and Patagonian Argentina and ...
The monotypic Notiomys is the most poorly-known genus of Abrotrichini, a recently erected tribe of S...
The leaf-eared mice of the genus Phyllotis (Cricetidae, Phyllotini) encompasses at least 20 species ...
Phyllotis Waterhouse 1837 is one of the most studied genera of South American cricetid rodents. As c...
Phylogeographic relationships were evaluated at the intraspecific level using nucleotide sequence da...
Quaternary climatic oscillations have impacted Patagonian sigmodontine fauna, leaving traceable gene...
685. Michaelsen’s Long-clawed Mouse Geoxus michaelseni French: Géoxus de Michaelsen / German: ...
Patterns of evolution and systematics of sigmodontine rodents are matters of continuous revision and...
The small vesper mouse (Calomys laucha (Fischer, 1814)) (Cricetidae: Sigmodontinae) ranges widely in...
This dissertation attempts to elucidate patterns and processes involved in the diversification of a ...
Ctenomys (tuco-tuco) is the most numerous genus of South American subterranean rodents and one of th...
Calomys is one of the most polytypic and widely distributed genera of the Neotropical rodent fauna. ...
Quaternary climatic oscillations have impacted Patagonian sigmodontine fauna, leaving traceable gene...
We present a phylogeographic study of the fossorial sigmodontine mouse Chelemys macronyx. Analyses w...
Phylogeographic relationships were evaluated at the intraspecific level using nucleotide sequence da...
Loxodontomys micropus is a rodent that is widely distributed in Andean and Patagonian Argentina and ...
The monotypic Notiomys is the most poorly-known genus of Abrotrichini, a recently erected tribe of S...
The leaf-eared mice of the genus Phyllotis (Cricetidae, Phyllotini) encompasses at least 20 species ...
Phyllotis Waterhouse 1837 is one of the most studied genera of South American cricetid rodents. As c...
Phylogeographic relationships were evaluated at the intraspecific level using nucleotide sequence da...
Quaternary climatic oscillations have impacted Patagonian sigmodontine fauna, leaving traceable gene...
685. Michaelsen’s Long-clawed Mouse Geoxus michaelseni French: Géoxus de Michaelsen / German: ...
Patterns of evolution and systematics of sigmodontine rodents are matters of continuous revision and...
The small vesper mouse (Calomys laucha (Fischer, 1814)) (Cricetidae: Sigmodontinae) ranges widely in...
This dissertation attempts to elucidate patterns and processes involved in the diversification of a ...
Ctenomys (tuco-tuco) is the most numerous genus of South American subterranean rodents and one of th...
Calomys is one of the most polytypic and widely distributed genera of the Neotropical rodent fauna. ...
Quaternary climatic oscillations have impacted Patagonian sigmodontine fauna, leaving traceable gene...