CR Biologies

Fabiana Berardo

Maria Laura Carranza

Ludovico Frate

Angela Stanisci

Anna Loy

Supplementary Figures S1-S5




Figures S1. Neighbour-Joining phylograms using K2P distances for the 16S barcode sequences (left) and the COI barcode sequences (right) for the Megophryidae. Numbers below branches represent boostrap values (1000 replicates). Triangles represent clusters of multiple specimens vertically proportional to the number of specimens (n) and horizontally proportional to the genetic variation within the cluster. Blue branches indicate taxa with deep intraspecific genetic divergence that potentially represent several distinct species. Red branches indicate candidate species. Green branch indicates a species represented only by its larval form.





Figures S2. Neighbour-Joining phylograms using K2P distances for the 16S barcode sequences (left) and the COI barcode sequences (right) for the Microhylidae. Numbers below branches represent boostrap values (1000 replicates). Triangles represent clusters of multiple specimens vertically proportional to the number of specimens (n) and horizontally proportional to the genetic variation within the cluster.



Figures S3. Neighbour-Joining phylograms using K2P distances for the 16S barcode sequences (left) and the COI barcode sequences (right) for the Dicroglossidae. Numbers below branches represent boostrap values (1000 replicates). Triangles represent clusters of multiple specimens vertically proportional to the number of specimens (n) and horizontally proportional to the genetic variation within the cluster. Blue branches indicate taxa with deep intraspecific genetic divergence that potentially represent several distinct species. Red branches indicate candidate species.








Figures S4. Neighbour-Joining phylograms using K2P distances for the 16S barcode sequences (left) and the COI barcode sequences (right) for the Ranidae. Numbers below branches represent boostrap values (1000 replicates). Triangles represent clusters of multiple specimens vertically proportional to the number of specimens (n) and horizontally proportional to the genetic variation within the cluster. Blue branches indicate taxa with deep intraspecific genetic divergence that potentially represent several distinct species. Green branch indicates a species represented only by its larval form.



Figures S5. Neighbour-Joining phylograms using K2P distances for the 16S barcode sequences (left) and the COI barcode sequences (right) for the Rhacophoridae. Numbers below branches represent boostrap values (1000 replicates). Triangles represent clusters of multiple specimens vertically proportional to the number of specimens (n) and horizontally proportional to the genetic variation within the cluster. Blue branches indicate taxa with deep intraspecific genetic divergence that potentially represent several distinct species. Green branches indicate species represented only by their larval forms. Note that is this case some of the green branches represent candidate species too (Feihyla cf. vittatus 2, Polypedates sp., Rhacophorus rhodopus).





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Seasonal habitat preference by the flagship species <i>Testudo hermanni</i>: Implications for the conservation of coastal dunes

Monod and the spirit of molecular biology

Molecular characterization of <i>BrMYB28</i> and <i>BrMYB29</i> paralogous transcription factors involved in the regulation of aliphatic glucosinolate profiles in <i>Brassica rapa</i> ssp. <i>pekinensis</i>

Dynamic of <i>Posidonia oceanica</i> seagrass meadows in the northwestern Mediterranean: Could climate change be to blame?

Invertebrate diversity in relation to chemical pollution in an Umbrian stream system (Italy)

« <i>Biology and the future of man</i> », 18–24 septembre 1974 : l’histoire d’un devenir

Le devenir de la bioéthique

Sciences of the brain: The long road to scientific maturity and to present-day reductionism

CV2 - Editorial Board/Français

Cytogenetic data on the threatened leafcutter ant <i>Atta robusta</i> Borgmeier, 1939 (Formicidae: Myrmicinae: Attini)

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