Linked from

The 72 pages that link to Plant taxonomy, each with the reason it gives.

• PinaceaeRelated: Classification places these genera together despite their varied forms and habitats.

• HerbariumNarrower topic: Taxonomic classification gives specimens their identification framework.

• TheophrastusRelated: His grouping and naming of plants anticipated later taxonomic practices.

• Plant morphologyRelated: Morphological characters have long supplied evidence for plant identification and classification.

• Plant systematicsCompared with: It overlaps with systematics but emphasizes taxonomic practice rather than evolutionary relationships.

• APG IV systemRelated: APG IV revises plant names and placements within a taxonomic framework.

• Plant identificationNarrower topic: Identification assigns an observed plant to the classifications established by taxonomy.

• Botanical gardenRelated: Reliable names and classifications let gardens document and compare their collections.

• PerianthNarrower topic: Perianth structure supplies characters used to distinguish and classify plants.

• Angiosperm Phylogeny GroupNarrower topic: The group's classification is a major modern framework within this wider discipline.

• CorollaNarrower topic: Corolla structure provides characters used to identify and classify flowering plants.

• FloretNarrower topic: Floret traits help distinguish species and groups, especially in the daisy family.

• Kew GardensRelated: Kew’s herbarium and taxonomists help identify and organize plant diversity.

• UlmusNarrower topic: Ulmus species are grouped and named within a botanical classification system.

• BotanyRelated: Taxonomy organizes the diversity that botanists describe and compare.

• Floral formulaRelated: Floral formulas summarize characters used to identify and compare plant groups.

• CannabaceaeRelated: Taxonomic evidence determines which genera are grouped into Cannabaceae.

• ZingiberaceaeRelated: Taxonomic work defines the family’s genera and revises their relationships.

• HerbalNarrower topic: Herbals organize plant descriptions, though their systems often predate modern classification.

• Joseph Dalton HookerNarrower topic: Hooker’s classifications organized the specimens on which his biogeographic comparisons depended.

• PhytogeographyRelated: Reliable distribution records depend on correctly identifying plant species.

• PrunusNarrower topic: It provides the framework for grouping diverse cultivated and wild species within Prunus.

• RhododendronNarrower topic: Taxonomic revisions have reshaped how Rhododendron species and groups are classified.

• SalixNarrower topic: Willow species are difficult to classify because hybridization blurs species boundaries.

• George BenthamNarrower topic: Bentham’s principal work belongs to this discipline.

• GynoeciumNarrower topic: Gynoecium characters help distinguish and classify flowering-plant groups.

• IsoetesNarrower topic: Quillwort identification relies on taxonomic characters that can vary across habitats.

• LavandulaNarrower topic: Taxonomy establishes Lavandula as a genus and distinguishes its species and hybrids.

• OleaceaeNarrower topic: Family membership is one rank in the hierarchy used to organize plants.

• SalviaNarrower topic: Taxonomic revisions have reshaped the boundaries and recognized diversity of Salvia.

• VacciniumNarrower topic: The genus's changing boundaries reflect how botanists classify diverse, closely related species.

• AnacardiaceaeRelated: Family placement groups these genera by shared evolutionary relationships and traits.

• CalendulaNarrower topic: The genus’s species boundaries and placement are established through botanical classification.

• MalpighialesNarrower topic: Revisions to family limits and names place Malpighiales within a changing classification system.

• ToxicodendronNarrower topic: The genus's boundaries and species placements are products of botanical classification.

• UrticaceaeNarrower topic: Changes in molecular evidence have reshaped relationships among Urticaceae and neighboring families.

• Aimé BonplandNarrower topic: Bonpland’s collections contributed to the description and classification of plant diversity.

• Augustin Pyramus de CandolleNarrower topic: His enduring work centered on constructing and applying a comprehensive plant classification.

• Beta vulgarisRelated: Taxonomic classification distinguishes the species from its many cultivated forms.

• Juniperus oxycedrusNarrower topic: Different treatments of closely related junipers affect the species' accepted boundaries and names.

• TheaceaeNarrower topic: Theaceae’s boundaries and internal relationships have been revised through taxonomic study.

• Cannabis indicaRelated: Taxonomic methods shape whether Cannabis indica is treated as a species or a subspecies.

• EuphorbiaceaeNarrower topic: Family placement organizes Euphorbiaceae among related flowering plants.

• MagnoliaceaeRelated: Taxonomy organizes the family’s genera, species, and evolutionary relationships.

• PandanaceaeRelated: New evidence can revise how Pandanaceae genera and species are delimited.

• PinguiculaRelated: Species boundaries and relationships within Pinguicula have been revised as evidence accumulates.

• RoystoneaRelated: Species boundaries and names within Roystonea are established through botanical classification.

• ZinniaNarrower topic: Taxonomic work distinguishes Zinnia species and places the genus within Asteraceae.

• Betula pendulaNarrower topic: It places the silver birch among its relatives using shared traits and ancestry.

• Carolus ClusiusRelated: Clusius’s careful descriptions supported plant identification before modern taxonomic systems existed.