Linked from

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

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

• IsopodaRelated: Linnaeus named the genus Oniscus, an early foundation for the scientific study of woodlice.

• Johann Friedrich BlumenbachRelated: Linnaeus’s classification of humans preceded and influenced Blumenbach’s own division of humanity.

• LavandulaRelated: His system of binomial nomenclature is used to name Lavandula species.

• MalvaceaeRelated: Linnaeus named and described many plants that helped establish early malvaceous taxonomy.

• Papaver somniferumRelated: Linnaeus formally named the species Papaver somniferum in the eighteenth century.

• PasseridaeRelated: His classification work supplied the framework for naming sparrow species.

• PolygenismRelated: His classification of human varieties helped shape eighteenth-century debates about human unity.

• SalviaRelated: Linnaeus published the genus name Salvia in the modern system of plant classification.

• Siberian tigerRelated: Linnaeus formally described the tiger species in the eighteenth century.

• Steller's sea cowRelated: The sea cow's scientific name, Hydrodamalis gigas, follows the naming system he developed.

• CalendulaRelated: Linnaeus published the name Calendula officinalis in the eighteenth century.

• CarexRelated: Linnaeus named many Carex species and established the genus's place in botanical nomenclature.

• Cornu aspersumRelated: He described the species in 1758 under the name Helix aspersa.

• DroseraRelated: Linnaeus described Drosera species and gave the genus its place in formal plant taxonomy.

• GardeniaRelated: Linnaeus named the genus Gardenia in the eighteenth century.

• Lund UniversityRelated: He studied at Lund before continuing his education at Uppsala.

• Amanita muscariaRelated: He formally described Amanita muscaria in his 1753 work Species Plantarum.

• Anders ChydeniusRelated: Linnaeus and Chydenius were contemporaries whose work reflected the Swedish realm's Enlightenment culture.

• AnnonaceaeRelated: Linnaeus named and described several Annonaceae species, including Annona squamosa.

• Augustin Pyramus de CandolleCompared with: De Candolle sought a natural system beyond the artificial emphasis of Linnaean classification.

• Cattle egretRelated: Linnaeus named the cattle egret Ardea ibis in 1758.

• CrossbillRelated: Linnaeus formally described the common crossbill as Loxia curvirostra.

• German cockroachRelated: Linnaeus formally described Blattella germanica in the eighteenth century.

• Linnean Society of LondonRelated: His preserved collections and papers became central to the Society’s identity.

• René Antoine Ferchault de RéaumurCompared with: Linnaeus organized species through classification, while Réaumur emphasized their behavior and life histories.

• ShipwormRelated: Linnaeus named Teredo navalis in the eighteenth century.

• SiamangRelated: Linnaeus described the siamang in the tenth edition of Systema Naturae in 1758.

• TheaceaeRelated: Linnaeus named Camellia japonica, an early botanical landmark for a major Theaceae genus.

• TradescantiaRelated: Linnaeus named the genus Tradescantia in the eighteenth-century botanical system.

• Albrecht von HallerRelated: Haller and Linnaeus were contemporaries whose botanical scholarship shaped eighteenth-century natural history.

• Cannabis ruderalisRelated: His naming of Cannabis sativa provides a baseline for later species disputes.

• History of botanyRelated: His classification and binomial names standardized botanical communication.

• HouseflyRelated: Linnaeus named Musca domestica in the eighteenth-century system of binomial nomenclature.

• HydrangeaRelated: Linnaeus published the genus name Hydrangea in the eighteenth century.

• IxoraRelated: Linnaeus named the genus Ixora in his botanical classification.

• PrimulaRelated: Linnaeus established the binomial naming framework used for Primula species.

• PrimulaceaeRelated: His plant classifications helped establish the early framework for naming primroses.

• Salix babylonicaRelated: He published the species’ scientific name in the eighteenth century.

• TagetesRelated: Linnaeus published the genus name Tagetes in the eighteenth-century system of plant classification.

• UppsalaRelated: Linnaeus taught and conducted research in Uppsala, where his gardens remain.

• ZinniaRelated: Linnaeus named the genus Zinnia in the eighteenth century.

• AcorusRelated: Linnaean naming anchors the formal botanical history of Acorus and its species.

• BatrachologyRelated: His classification system supplied lasting tools for naming amphibian species.

• Borassus flabelliferRelated: He formally named the species as part of botanical classification.

• Cantharellus cibariusRelated: Linnaeus originally described the species as Agaricus cantharellus.

• DianthusRelated: Linnaeus published the genus name Dianthus in the eighteenth-century foundation of modern botanical naming.

• Erik AchariusRelated: Linnaeus’s taxonomy and botanical legacy shaped Acharius’s scientific approach.

• HoneyguideRelated: Linnaeus named the greater honeyguide as a species in the eighteenth century.

• HypericumRelated: His classification system underlies the scientific names used for Hypericum species.