Linked from

The 24 pages that link to Plant systematics, each with the reason it gives.

• UlmaceaeNarrower topic: Molecular evidence has repeatedly reshaped the recognized limits of Ulmaceae.

• HelianthusNarrower topic: Systematic research establishes which species belong within Helianthus.

• Species PlantarumNarrower topic: The book supplied names and descriptions used in later systematic research.

• RutaceaeNarrower topic: Changing evidence and classification systems shape how Rutaceae’s boundaries and relatives are understood.

• SalicaceaeNarrower topic: Changing evidence from systematics reshaped the boundaries and membership of Salicaceae.

• JuncaceaeNarrower topic: Systematic research establishes the family's boundaries and relationships among its genera.

• LauraceaeNarrower topic: Systematic research has reshaped the boundaries and internal classification of Lauraceae.

• LiliaceaeNarrower topic: Changes to Liliaceae's boundaries are part of this broader discipline.

• CarexNarrower topic: Carex classification draws on morphology, DNA evidence, and nomenclatural rules.

• MalpighialesNarrower topic: It provides the comparative and classification framework used to delimit Malpighiales.

• BoraginaceaeNarrower topic: Molecular evidence continues to reshape the family’s subdivisions and relationships.

• MelastomataceaeNarrower topic: Melastomataceae's many species and complex relationships make classification a continuing research task.

• BryologyNarrower topic: Bryology contributes descriptions and evidence to the broader classification of plants.

• CirsiumNarrower topic: Cirsium's many similar species make its boundaries and relationships a continuing taxonomic concern.

• RubusNarrower topic: Systematists use morphology and genetic evidence to resolve relationships within Rubus.