Inside the Melanoplinae: New molecular evidence for the evolutionary history of the Eurasian Podismini (Orthoptera: Acrididae)
IC Chintauan-Marquier, C Amédégnato… - Molecular phylogenetics …, 2014 - Elsevier
The Podismini are melanopline grasshoppers with a Holarctic distribution and well
represented in the Eurasian fauna. To investigate their controversial taxonomy and
evolutionary history, we studied 86%, 78% and 33% respectively of the Eurasian, European
and Asian Palaearctic genera (Otte, 1995, Eades et al., 2013). We reconstructed parsimony,
maximum likelihood and Bayesian phylogenies using fragments of four genes (ITS1, 16S,
12S, CO2). We applied a Bayesian molecular clock to estimate the times of species …
represented in the Eurasian fauna. To investigate their controversial taxonomy and
evolutionary history, we studied 86%, 78% and 33% respectively of the Eurasian, European
and Asian Palaearctic genera (Otte, 1995, Eades et al., 2013). We reconstructed parsimony,
maximum likelihood and Bayesian phylogenies using fragments of four genes (ITS1, 16S,
12S, CO2). We applied a Bayesian molecular clock to estimate the times of species …
[PDF][PDF] Inside the Melanoplinae: New molecular evidence for the evolutionary
IC Chintauan-Marquier, C Amédégnato, RA Nichols… - 2013 - academia.edu
abstract 31 The Podismini are melanopline grasshoppers with a Holarctic distribution and
well represented in the 32 Eurasian fauna. To investigate their controversial taxonomy and
evolutionary history, we studied 86%, 33 78% and 33% respectively of the Eurasian,
European and Asian Palaearctic genera (Otte, 1995; Eades 34 et al., 2013). We
reconstructed parsimony, maximum likelihood and Bayesian phylogenies using frag-35
ments of four genes (ITS1, 16S, 12S, CO2). We applied a Bayesian molecular clock to …
well represented in the 32 Eurasian fauna. To investigate their controversial taxonomy and
evolutionary history, we studied 86%, 33 78% and 33% respectively of the Eurasian,
European and Asian Palaearctic genera (Otte, 1995; Eades 34 et al., 2013). We
reconstructed parsimony, maximum likelihood and Bayesian phylogenies using frag-35
ments of four genes (ITS1, 16S, 12S, CO2). We applied a Bayesian molecular clock to …
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