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Support for vicariant origins of the New Zealand Onychophora
Julia Allwood
,
Dianne Gleeson
, Georg Mayer
, Savel Daniels
, Jacqueline Beggs
, Thomas Buckley
Research output
:
Contribution to journal
›
Article
›
peer-review
79
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Citations (Scopus)
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Keyphrases
New Zealand
100%
Vicariants
100%
Onychophora
100%
South Africa
27%
DNA Sequencing
18%
South America
18%
Divergence
18%
Chile
18%
Molecular Dating
18%
Rifting
18%
Australia
9%
Tasmania
9%
Bayesian Probability
9%
Prior Distribution
9%
Phylogenetic Tree
9%
Long-distance Dispersal
9%
Long-term Survival
9%
28S rDNA
9%
Gondwana
9%
Monophyletic Group
9%
Bayesian Relaxed Clock
9%
Nuclear Genes
9%
Eastern Margin
9%
Late Oligocene
9%
Divergence Time
9%
Peripatopsidae
9%
Relaxed Clock
9%
Australian Species
9%
Phylogenetic Dating
9%
Vicariance Events
9%
South-South
9%
Clock Model
9%
Dating Analyses
9%
18S rRNA
9%
Biochemistry, Genetics and Molecular Biology
Onychophora
100%
DNA Sequence
40%
Sister Group
40%
Phylogenetic Tree
20%
Nuclear Gene
20%
28S Ribosomal RNA
20%
18S Ribosomal RNA
20%
Vicariance
20%
Monophyly
20%
Long Term Survival
20%
Agricultural and Biological Sciences
Onychophora
100%
Australians
60%
Sister
40%
Ribosomal RNA
20%
Monophyly
20%
Euperipatoides
20%
Peripatopsidae
20%
Earth and Planetary Sciences
New Zealand
100%
Oligocene
27%
Republic of South Africa
27%
Chile
18%
South America
18%
Rifting
18%
Australia
9%
Tasmania
9%
Continent
9%
Vicariance
9%
Gondwana
9%