T. Smith et al. 2007

Full reference
T. Smith, R. S. Rana, P. Missiaen, K. D. Rose, A. Sahni, H. Singh, and L. Singh. 2007. High bat (Chiroptera) diversity in the Early Eocene of India. Naturwissenschaften 94(12):1003-1009 [J. Alroy/J. Alroy]
Metadata
ID number:  35350
Created:  2011-02-27 15:23:48
Modified:  2011-02-26 22:23:48
Publication type:  journal article
Taxonomy:  stated with evidence
Language:  English
DOI:  10.1007/s00114-007-0280-9
Taxonomic opinions (19) - view classification
'Archaeonycterididae is corrected as Archaeonycteridae and belongs to Microchiropteramorpha' according to T. Smith et al. 2007
'Archaeonycteris storchi belongs to Archaeonycteris' according to T. Smith et al. 2007
'Archaeonycteris belongs to Archaeonycteridae' according to T. Smith et al. 2007
'Cambaya complexus belongs to Cambaya' according to T. Smith et al. 2007
'Cambaya belongs to Hassianycterididae' according to T. Smith et al. 2007
'Hassianycterididae belongs to Microchiropteramorpha' according to T. Smith et al. 2007
'Hassianycteris kumari belongs to Hassianycteris' according to T. Smith et al. 2007
'Hassianycteris belongs to Hassianycterididae' according to T. Smith et al. 2007
'Icaronycteridae belongs to Microchiropteramorpha' according to T. Smith et al. 2007
'Icaronycteris sigei belongs to Icaronycteris' according to T. Smith et al. 2007
'Icaronycteris belongs to Icaronycteridae' according to T. Smith et al. 2007
'Jaegeria cambayensis belongs to Jaegeria' according to T. Smith et al. 2007
'Jaegeria belongs to Microchiropteramorpha' according to T. Smith et al. 2007
'Microchiropteramorpha belongs to Chiroptera' according to T. Smith et al. 2007
'Microchiropteryx folieae belongs to Microchiropteryx' according to T. Smith et al. 2007
'Microchiropteryx belongs to Palaeochiropterygidae' according to T. Smith et al. 2007
'Palaeochiropterygidae belongs to Microchiropteramorpha' according to T. Smith et al. 2007
'Protonycteris gunnelli belongs to Protonycteris' according to T. Smith et al. 2007
'Protonycteris belongs to Archaeonycteridae' according to T. Smith et al. 2007
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