Linked from

The 124 pages that link to Taxonomy, each with the reason it gives.

• John RayNarrower topic: Ray’s work helped shape the systematic classification later formalized by Linnaeus.

• AcanthomorphaRelated: Revised phylogenies repeatedly alter the ranks and boundaries assigned to acanthomorph groups.

• Australian MuseumRelated: Taxonomic work gives structure to the museum’s extensive biological specimens.

• Homo rudolfensisRelated: Debate over its anatomy becomes debate over whether it merits a species name.

• Insect collectingRelated: Taxonomic standards make collected insects comparable across collections and publications.

• AiluridaeRelated: The placement of fragmentary fossil species can affect which genera count as ailurids.

• DroseraNarrower topic: Taxonomy organizes Drosera's many species and distinguishes the genus from related carnivorous plants.

• George Albert BoulengerNarrower topic: Boulenger’s central work was organizing animal diversity into named species and higher groups.

• MicropaleontologyRelated: Consistent classification is needed to compare fossil occurrences across studies.

• PythonidaeRelated: Pythonidae's rank and boundaries are established through zoological classification.

• SubspeciesNarrower topic: Subspecies is one rank in biological classification.

• Albert GüntherNarrower topic: Günther’s fish and reptile studies organized species into systematic classifications.

• AplacophoraRelated: Microscopic spicules and internal anatomy are central to identifying and classifying aplacophoran species.

• Bernard HeuvelmansRelated: Heuvelmans used classification and anatomical comparison to argue that reported animals might represent distinct species.

• Family (biology)Related: Taxonomy uses family as a rank for organizing biological diversity.

• Linnean Society of LondonNarrower topic: Taxonomy is a central discipline supported by the Society’s meetings, collections, and publications.

• MeganeuraNarrower topic: Changing classifications affect which fossil species are included in Meganeura.

• Peter Simon PallasRelated: Pallas used classification to organize the species he encountered and examined.

• CephalaspisRelated: Changing classifications of fossil jawless fishes affect which species remain in Cephalaspis.

• DryopithecusRelated: Fossils from different places and periods have sometimes been assigned to Dryopithecus.

• NoctuidaeRelated: Noctuidae’s boundaries and subfamilies are products of taxonomic classification.

• NothosaurusRelated: Taxonomic revisions shape which species are assigned to Nothosaurus.

• OphthalmosaurusRelated: Changing fossil interpretations have affected which specimens belong in the genus.

• PalpigradiRelated: Taxonomic work is central to recognizing palpigrade species and documenting their distributions.

• PauropodaRelated: Pauropod species are distinguished through taxonomic study of small anatomical features.

• PrimulaNarrower topic: Primula’s broad species diversity has prompted continuing taxonomic revision.

• ProterosuchusNarrower topic: Proterosuchus’s boundaries and species assignments depend on taxonomic interpretation.

• SivatheriumNarrower topic: Species assignments within Sivatherium depend on how researchers classify fragmentary fossils.

• AfrocarpusNarrower topic: Afrocarpus’s recognition as a genus reflects revisions in podocarp classification.

• Class (biology)Narrower topic: Class is one rank in the hierarchical system taxonomy uses to organize organisms.

• MotacillidaeRelated: Motacillidae's boundaries and genus assignments are products of biological taxonomy.

• NymphalidaeRelated: Nymphalidae's subfamilies and tribes reflect ongoing choices about butterfly relationships.

• Peter ArtediNarrower topic: His descriptions and ordered groups gave fish taxonomy a durable structure.

• Philip Henry GosseRelated: Gosse described and classified marine species as part of his natural-history work.

• PolygonaceaeNarrower topic: Taxonomic classification organizes the family’s genera and species.

• SequoioideaeRelated: Its ranks distinguish Sequoioideae from its constituent genera and species.

• WedgefishRelated: Clear species identification is essential for recording wedgefish catches and assessing their status.

• AcanthosomaRelated: The genus is a taxonomic unit defined by classification and diagnostic traits.

• AnomalopidaeRelated: Taxonomic placement distinguishes Anomalopidae from other families of luminous fishes.

• BassaricyonNarrower topic: Taxonomic revisions have reshaped the number and boundaries of recognized olingo species.

• CervalcesNarrower topic: Changing classifications explain the genus's debated species assignments.

• Cherax pulcherNarrower topic: The species’ placement and scientific name depend on taxonomic description.

• Conrad GessnerRelated: Gessner’s detailed descriptions and comparisons anticipated later efforts to distinguish and classify species.

• Coptotermes gestroiRelated: Taxonomic revisions have shaped the species’ identification and records across its range.

• DalbergiaRelated: Taxonomic methods establish which plants belong to Dalbergia.

• EryaRelated: Erya classifies words for beings and objects into ordered subject categories.

• Field Museum of Natural HistoryRelated: Taxonomic work gives many of the museum’s biological collections their scientific structure.

• Furry lobsterRelated: Taxonomic work distinguishes Palinurellus species that can look similar.

• Gerard KrefftNarrower topic: Krefft used taxonomic methods to describe Australian reptiles and mammals.

• HelicoprionRelated: New anatomical evidence can alter Helicoprion’s placement among extinct fishes.