Results 151 to 160 of about 1,267 (164)
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Acta Theriologica, 2009
Males of tuco-tucoCtenomys talarum Thomas, 1898 use particular burrow’s entrances to emit their territorial vocalization. Therefore we studied the internal structure of these entrances and the possible effect on the emission and propagation of airborne sounds.
Cristian E. Schleich +1 more
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Males of tuco-tucoCtenomys talarum Thomas, 1898 use particular burrow’s entrances to emit their territorial vocalization. Therefore we studied the internal structure of these entrances and the possible effect on the emission and propagation of airborne sounds.
Cristian E. Schleich +1 more
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A New Species of Tuco-Tuco, Genus Ctenomys (Rodentia: Ctenomyidae) from Patagonian Chile
Journal of Mammalogy, 1994A new species of tuco-tuco, genus Ctenomys , is described from Chilean Patagonia. Multivariate analyses of external and cranial measurements discriminate between this and the allopatric C. colburni . Chromosomal and qualitative cranial characters confirm the specific distinction of the new taxon (2n = 28).
D. A. Kelt, M. H. Gallardo
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Genetica, 2003
The present work describes chromosomal polymorphisms in zones of contact between divergent populations of Ctenomys minutus parapatrically distributed in the coastal plain of southern Brazil, and inter-specific hybridization with C. lami a closely related species.
Adriana, Gava, Thales R O, Freitas
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The present work describes chromosomal polymorphisms in zones of contact between divergent populations of Ctenomys minutus parapatrically distributed in the coastal plain of southern Brazil, and inter-specific hybridization with C. lami a closely related species.
Adriana, Gava, Thales R O, Freitas
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Biological Journal of the Linnean Society
Abstract This study analyses evolutionary models and rates of craniomandibular variation in Ctenomys, the most diverse genus of subterranean rodents worldwide. We use geometric morphometrics and comparative phylogenetic methods. We included 61 extant species and 15 extinct ones represented by 587 crania and 514 mandibles.
Nahuel A De Santi +2 more
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Abstract This study analyses evolutionary models and rates of craniomandibular variation in Ctenomys, the most diverse genus of subterranean rodents worldwide. We use geometric morphometrics and comparative phylogenetic methods. We included 61 extant species and 15 extinct ones represented by 587 crania and 514 mandibles.
Nahuel A De Santi +2 more
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2001
(Uploaded by Plazi from the Biodiversity Heritage Library) No abstract provided.
Bortoluzzi, Andrés +3 more
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(Uploaded by Plazi from the Biodiversity Heritage Library) No abstract provided.
Bortoluzzi, Andrés +3 more
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