Linked from

The 136 pages that link to Carl Linnaeus, each with the reason it gives.

• TaxonomyRelated: His work standardized the naming framework still used in biology.

• Plant taxonomyRelated: Linnaeus established conventions that shaped modern plant naming.

• Scientific racismRelated: His human classifications attached temperamental judgments to geographic groups, blending taxonomy with hierarchy.

• Natural historyRelated: His classification system made descriptions easier to compare across naturalists.

• PhenologyRelated: Linnaeus proposed organizing plant observations around recurring seasonal events.

• Binomial nomenclatureRelated: His works established binomial naming as a widely used scientific practice.

• Linnaean taxonomyRelated: His work supplied the system’s name and foundational conventions.

• BerryRelated: Linnaean botany helped standardize the terminology used to classify fruits.

• Botanical nomenclatureRelated: His 1753 work on plants became the starting point for priority in botanical nomenclature.

• International Code of Zoological NomenclatureRelated: Linnaeus’s binomial practice shaped the naming conventions later regulated for animals.

• Plant systematicsRelated: His naming system became a foundation for modern botanical nomenclature.

• BrassicaceaeRelated: His classification work shaped the naming framework used for plant families and genera.

• Brassica oleraceaRelated: Linnaeus formally named Brassica oleracea in botanical taxonomy.

• Royal Swedish Academy of SciencesRelated: He was a founding member and the Academy’s first president.

• Uppsala UniversityRelated: He taught and conducted influential botanical research at Uppsala.

• Fish taxonomyRelated: His naming framework provided the basis for assigning scientific names to fish.

• Fungal taxonomyRelated: His rank-based naming system shaped early classifications of fungi.

• PhasianidaeRelated: Linnaeus named numerous birds that later classifications placed within Phasianidae.

• Botanical gardenRelated: Linnaean naming helped make plant collections more consistent and comparable.

• Bird taxonomyRelated: His naming framework underlies the scientific names assigned to birds.

• Monarch butterflyRelated: Linnaeus formally named the monarch as Papilio plexippus in 1758.

• ApiaceaeRelated: Linnaeus described many Apiaceae species within the system that shaped botanical naming.

• EntomologyRelated: His binomial nomenclature shaped the naming of insect species.

• Peregrine falconRelated: Linnaeus formally described the peregrine falcon in the tenth edition of Systema Naturae.

• AmaryllidaceaeRelated: Linnaeus named Amaryllis and helped establish the botanical framework from which the family was later defined.

• Biological classificationRelated: Linnaeus shaped the ranked naming framework still used in taxonomy.

• CetartiodactylaRelated: His classification predates the evolutionary evidence that united whales and even-toed ungulates.

• HerpetologyRelated: His naming system underlies the scientific identification of reptile and amphibian species.

• Saiga antelopeRelated: Linnaeus formally described the saiga in the eighteenth century.

• Species PlantarumRelated: He authored Species Plantarum and organized its species descriptions.

• GymnotiformesRelated: His classification placed the electric eel among fishes before Gymnotiformes was recognized as an order.

• Anders CelsiusRelated: Linnaeus helped popularize a reversed version of Celsius’s temperature scale.

• Bald eagleRelated: Linnaeus formally named the bald eagle as Falco leucocephalus in 1766.

• ZoologyRelated: His binomial nomenclature standardized the naming of animal species.

• BotanyRelated: His binomial nomenclature standardized the naming of plant species.

• MoraceaeRelated: His botanical classification established the naming framework used for Moraceae.

• MusaRelated: Linnaeus published the genus name Musa in the eighteenth-century classification of plants.

• Rhesus macaqueRelated: He formally named the rhesus macaque as Simia mulatta in 1758.

• Systema NaturaeRelated: He authored Systema Naturae and repeatedly revised its classifications.

• AlliumRelated: His classification system supplied the framework for naming Allium species.

• AurochsRelated: His classification helped shape the scientific naming of cattle and their wild ancestors.

• BiologyRelated: His taxonomy gave biology a durable framework for organizing species.

• Citrus taxonomyRelated: His naming framework shaped early scientific classification of citrus.

• PoalesRelated: His naming system underlies the scientific names used for Poales and its families.

• ZingiberaceaeRelated: His system shaped the naming conventions used for ginger-family plants.

• IchthyologyRelated: His naming system remains central to identifying and communicating about fish species.

• John RayRelated: Linnaeus built on earlier naturalists’ work, including Ray’s species-centered classification.

• LiliaceaeRelated: His classifications helped shape early botanical family concepts.

• RhododendronRelated: Linnaeus named the genus Rhododendron in the eighteenth century.

• AsparagalesRelated: Linnaean naming underlies the scientific names used for the order and its plants.