Ana Natalia Zimicz

Dr. Ana Natalia Zimicz

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Research Focus & Metrics

Academic Career Length

18Years (2009-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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3 February 2013 in Journal of Mammalian Evolution
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Journal Article
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MWMichael O. Woodburne
Michael O. Woodburne
FGFrancisco J. Goin
Francisco J. Goin
MBMariano Bond
Mariano Bond
ACAlfredo A. Carlini
Alfredo A. Carlini
Javier N. GelfoJavier N. Gelfo
Javier N. Gelfo
AZAna Natalia Zimicz
Ana Natalia Zimicz

1 January 2016
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Book
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FGFrancisco Goin
Francisco Goin
MWMichael Woodburne
Michael Woodburne
AZAna Natalia Zimicz
Ana Natalia Zimicz
GMGabriel M. Martin
Gabriel M. Martin
LCLaura Chornogubsky
Laura Chornogubsky

5 November 2011 in Journal of Mammalian Evolution
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FPFrancisco J. Prevosti
Francisco J. Prevosti
AFAnalía Forasiepi
Analía Forasiepi
AZAna Natalia Zimicz
Ana Natalia Zimicz

3 June 2014 in Journal of Systematic Palaeontology
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AFAnalía M. Forasiepi
Analía M. Forasiepi
MBM. Judith Babot
M. Judith Babot
AZAna Natalia Zimicz
Ana Natalia Zimicz
An almost complete skull of Australohyaena antiqua (Ameghino), from the Late Oligocene (Deseadan SALMA) of Cabeza Blanca, Chubut Province, Argentina is described and analysed. For more than a century, this species was represented by isolated teeth. The genus Australohyaena gen. nov. is proposed based on a phylogenetic reconstruction that demonstrates that A. antiqua is a Borhyaenidae (Mammalia, Sparassodonta), grouped with Arctodictis and Borhyaena, but not with Pharsophorus lacerans, the genus to which antiqua was formerly assigned. A. antiqua is recognized by several features on the skull, dentary and dentition. In addition, a short snout, large canines, deep jaw, reduced protocone and talonid determine A. antiqua as hypercarnivorous. A vaulted skull, well-developed temporal fossa and little difference on the jaw depth at p3 and m4, are suggestive of bone-cracker specializations. A. antiqua is within the largest Deseadan sparassodonts with a body mass of about 70 kg. Homoplasies are detected within borhyaenoids on lower molar cusps. The metaconid is lost within Sparassodonta, although Pharsophorus and borhyaenids retained the metaconid on m2–m4 or m2–m3. http://zoobank.org/urn:lsid:zoobank.org:pub:EDB0575A-C1D9-4C17-B6EB-3D761D1D7DB3

1 March 2014 in Journal of Mammalian Evolution
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AZAna Natalia Zimicz
Ana Natalia Zimicz

1 January 2018 in Journal of South American Earth Sciences
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AZAna Natalia Zimicz
Ana Natalia Zimicz
PPPatricio Payrola
Patricio Payrola
CPCecilia del Papa
Cecilia del Papa