Linked from

The 79 pages that link to Cladistics, each with the reason it gives.

• Sahelanthropus tchadensisRelated: Different choices about which anatomical traits count can alter Sahelanthropus' placement.

• EomaiaRelated: Eomaia's placement among early mammals relies on comparing derived anatomical traits.

• Hominin phylogenyRelated: It organizes hominin fossils into hypotheses of relatedness.

• Insect taxonomyRelated: It offers a method for identifying natural insect groups.

• PelycosaurRelated: Cladistics revealed that traditional Pelycosauria grouped branches without their full descendant lineages.

• Pterosaur classificationRelated: Pterosaur classifications commonly use shared derived anatomical traits to infer branching relationships.

• AllosauroideaRelated: This method is used to test which fossil theropods belong within the clade.

• Arachnid phylogenyRelated: Arachnid phylogenies use shared derived characters to identify clades.

• ArchosauromorphaRelated: Cladistic analyses define the boundaries and relationships of fossil archosauromorph groups.

• ClupeiformesRelated: Molecular and anatomical evidence shape how clupeiform families and relationships are classified.

• Family (biology)Compared with: Cladistics emphasizes ancestry and clades rather than fixed rank alone.

• MalacologyRelated: It frames modern efforts to classify mollusks by common ancestry.

• ReptiliomorphaNarrower topic: Reptiliomorpha's membership and boundaries are evaluated through phylogenetic character analysis.

• ParareptiliaRelated: Changes in character analysis have repeatedly altered where parareptiles sit on the reptile family tree.

• Class (biology)Related: Cladistics favors groups reflecting ancestry when class boundaries are revised.

• Evolution of reptilesRelated: Cladistics tests whether traditional reptile groups correspond to complete evolutionary branches.

• SilesauridaeRelated: Different character choices and datasets yield competing silesaurid family trees.

• StomiiformesRelated: This approach helps assess whether traditional stomiiform groupings reflect evolutionary descent.

• Transitional fossilRelated: Shared derived characters help test where a fossil fits on an evolutionary tree.

• AnolidaeRelated: Cladistic approaches can produce family boundaries different from older morphology-based schemes.

• DallasaurusRelated: Cladistic comparisons place Dallasaurus among early mosasauroids.

• Incertae sedisRelated: Cladistic grouping makes unresolved branches visible when evidence cannot place a taxon confidently.

• MicrosauriaRelated: Different character choices can alter which fossils are grouped as microsaurs.

• Order (taxonomy)Related: Cladistic evidence can guide the boundaries of an order.

• PhalangiotarbidaRelated: Cladistic analyses can test where phalangiotarbids belong as new characters are assessed.

• Phylogenetics of flowering plantsRelated: Its shared-derived-character logic underlies many flowering-plant classifications.

• PteridospermRelated: Cladistic analyses test whether traditional seed ferns form natural evolutionary groups.

• SciadopitysRelated: Its isolated lineage is explained by comparisons of inherited traits and DNA.

• TurbellariaRelated: Cladistic classification favors groups containing an ancestor and all its descendants, unlike traditional Turbellaria.