CR Biologies

Stéphane Grosjean

Annemarie Ohler

Yodchaiy Chuaynkern

Corinne Cruaud

Alexandre Hassanin

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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Improving biodiversity assessment of anuran amphibians using DNA barcoding of tadpoles. Case studies from Southeast Asia

CV2 - Editorial Board/Français

La naissance de la conférence internationale « Biologie et devenir de l’homme », Paris, 18–24 septembre 1974

Une carte d’identité génétique pour demain ?

À propos du <i>moral enhancement</i>

Overexpression of the sweet potato <i>IbOr</i> gene results in the increased accumulation of carotenoid and confers tolerance to environmental stresses in transgenic potato

Cadmium effects on the retina of adult <i>Danio rerio</i>

Ancienneté et maturité : deux qualités complémentaires d’un écosystème forestier

Biocontrol of tomato plant diseases caused by <i>Fusarium solani</i> using a new isolated <i>Aspergillus tubingensis</i> CTM 507 glucose oxidase

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