Linked from

The 204 pages that link to Phylogenetics, each with the reason it gives.

• Convergent evolutionNarrower topic: A phylogeny tests whether similar traits arose independently or were inherited from a common ancestor.

• 16S ribosomal RNANarrower topic: 16S sequence comparisons became a foundational tool for microbial evolutionary reconstruction.

• Common descentNarrower topic: Phylogenetic trees represent the branching relationships implied by common descent.

• Bacterial taxonomyNarrower topic: Modern bacterial classifications often aim to represent evolutionary history.

• Comparative genomicsNarrower topic: Comparative genomic data can reconstruct evolutionary trees.

• APG IV systemNarrower topic: Phylogenetic relationships provide the organizing principle of APG IV.

• Ernst HaeckelNarrower topic: Haeckel used evolutionary relationships to reorganize biological classification.

• Secondary endosymbiosisNarrower topic: Gene trees help test competing reconstructions of complex plastid origins.

• MagnoliidsNarrower topic: Magnoliids are defined as an evolutionary lineage reconstructed from shared ancestry.

• Angiosperm Phylogeny GroupNarrower topic: The group uses phylogenetic evidence to organize flowering plants into lineages.

• Animal phylogenyNarrower topic: Animal phylogeny is one application of this broader method.

• Coalescent theoryNarrower topic: Coalescent models help infer gene trees within broader evolutionary histories.

• Long-branch attractionNarrower topic: Long-branch attraction is an error within the inference of evolutionary trees.

• PhylogeographyNarrower topic: Its methods reconstruct the lineage trees that phylogeographic interpretation uses.

• Evolution of insectsNarrower topic: Phylogenetic methods revise how insects are related to other arthropods.

• SAR supergroupNarrower topic: SAR is a proposed branch of the eukaryotic tree reconstructed through phylogenetic analysis.

• Australopithecus sedibaNarrower topic: Different choices of anatomical evidence can yield different placements for the species.

• MonophylyNarrower topic: Phylogenetic analysis reconstructs the branching histories on which monophyly depends.

• Animal evolutionNarrower topic: Animal history is organized into branching hypotheses of common descent.

• GenusNarrower topic: Phylogenetic evidence is commonly used to assess genus boundaries.

• Human–chimpanzee last common ancestorNarrower topic: Phylogenetic methods infer the branching relationship that places this ancestor.

• LophophoreNarrower topic: Phylogenetic analyses test whether the lophophore arose once or in separate lineages.

• PanarthropodaNarrower topic: Phylogenetic methods determine whether the three lineages form a clade.

• Hominin phylogenyNarrower topic: Its methods provide the framework for reconstructing hominin lineages.

• MusteloideaNarrower topic: Musteloidea's membership is a hypothesis about shared evolutionary ancestry.

• PalaeognathaeNarrower topic: Phylogenetic methods reveal that traditional ratite groupings obscure relationships among palaeognaths.

• BryozoaNarrower topic: Molecular and anatomical evidence continues to refine bryozoan relationships to other animals.

• Thomas Cavalier-SmithNarrower topic: His classifications aimed to represent evolutionary ancestry rather than superficial resemblance.

• ZygomycotaNarrower topic: Phylogenetic analyses exposed the traditional group's evolutionary divisions.

• PsocodeaNarrower topic: It provides the methods used to test relationships among psocodean lineages.

• ChromistaNarrower topic: Chromista's status depends on how evolutionary relationships are interpreted.

• Barbary lionNarrower topic: Phylogenetic methods help test the Barbary lion’s relationship to other lion populations.

• FritillariaNarrower topic: DNA-based phylogenies help reconstruct how Fritillaria lineages diversified.

• SimosuchusNarrower topic: Simosuchus’s placement among crocodyliforms depends on comparisons of anatomical characters.

• XenacoelomorphaNarrower topic: Different phylogenetic methods have produced competing placements for Xenacoelomorpha.

• DanioninNarrower topic: Phylogenetic analyses help test which genera belong within the danionin group.

• Evolution of bacteriaNarrower topic: It provides the methods used to reconstruct bacterial lineages from comparative evidence.

• SharovipteryxNarrower topic: Its precise position among early reptiles remains difficult to establish.

• VetulicoliaNarrower topic: Different interpretations of fossil features produce competing placements for Vetulicolia.