Stephan Friedrich Ladislaus Endlicher, also known as Endlicher István László (24 June 1804 – 28 March 1849), was an Austrianbotanist, numismatist and Sinologist. He was a director of the Botanical Garden of Vienna.
Biography
Endlicher studied theology and received minor orders. In 1828 he was appointed to the Austrian National Library to reorganize its manuscript collection. Concurrently he studied natural history, in particular botany, and East-Asian languages.
In 1836, Endlicher was appointed keeper of the court cabinet of natural history,[1] and in 1840 he became professor at the University of Vienna and director of its Botanical Garden. He wrote a comprehensive description of the plant kingdom according to a natural system, at the time its most comprehensive description. As proposed by Endlicher, it contained images with text. It was published together with the reissue of Franz Unger's Grundzüge der Botanik (Fundamentals of Botany).
Endlicher was fundamental in establishing the Imperial Academy of Science (German: Akademie der Wissenschaften), but when contrary to his expectations the Baron Joseph Hammer von Purgstall was elected its president in his stead, he resigned. He presented his library and herbaria to the state, and passed several hours every week for 10 years in the society of the Emperor Ferdinand, but he received no other reward than the title of councillor (German: Regierungsrath).[1]
Endlicher made valuable contributions to the science of old German and classic literature, and pointed out new sources of Hungarian history, publishing Fragmenta Theotisca Versionis antiquissimae Evangelii Matthaei (edited with Hoffmann von Fallersleben, 1834), an edition of two poems of Priscian (1828), and Anonymi Belæ Regis Notarii de Gestis Hungarorum Liber (1827). His linguistic publications comprise Analecta Grammatica (with Eichenfeld, 1836), and Anfangsgründe der chinesischen Grammatik (Foundations of Chinese grammar; 1845).[1]
His Verzeichniss der japanesischen und chinesischen Münzen des kaiserlichen Münz- und Antikencabinets (Catalog of Japanese and Chinese coins in the imperial coin and antique collections; 1837) and Atlas von China nach der Aufnahme der Jesuitenmissionäre (Atlas of China after the arrival of the Jesuit missionaries; 1843) are finely executed, and deserve mention as specimens of his great liberality.[1]
He wrote several works in conjunction with other scholars, and many of his minor writings are scattered among the periodicals of his time, especially in the Annalen des Wiener Museums.[1]
Botany
The majority and the most valuable of his works are on botany. Foremost among them are his: Genera Plantarum (1831–1841), in which he lays down a new system of classification; Grundzüge einer neuen Theorie der Pflanzenerzeugung (Foundations of a new theory of plant breeding; 1838); and Die Medicinalpflanzen der österreichischen Pharmakopöe (Medicinal plants in the Austrian pharmacopoeia; 1842).
His other principal botanical works are: Ceratotheca (1822), Flora Posoniensis (1830), Diesingia (1832), Atacta Botanica (1833), Iconographia Generum Plantarum (1838), Enchiridion Botanikum (1841) and Synopsis Coniferarum (1847).[1]
Endlicher described many new plant genera, including the genus Sequoia, and also its only extant species Sequoia sempervirens (California coast redwood).[5] Although Endlicher never offered an explanation for the name, later writers speculated that he must have been inspired by the achievements of the American Cherokee Indian linguist Sequoyah. John Davis credited Endlicher with naming the new species of Sierra redwood Sequoyah gigantea in 1847, the present day Sequoiadendron giganteum (California giant redwood), to honor Sequoyah's invention of the Cherokee syllabary.[6][7] Recent scholarship supports this hypothesis; Endlicher appears to have combined the Latin sequi (meaning to follow) with his admiration of Sequoyah and coined "Sequoia" because the number of seeds per cone in the newly classified genus fell in mathematical sequence with the other four genera in the suborder. .[8]
Endlicher System
Endlicher's system for plant classification is laid out as follows in his Genera Plantarum, with a hierarchy of Regio, Sectio, Cohors, Classis, Ordo, with further subdivisions (and finally Genus), using a sequential numbering system, as shown for some taxa;
The genus Endlicheria of the family Lauraceae and the genus Endlichera of the family Rubiaceae (now synonym of Emmeorhiza) were named in his honour. Both plant genera occur in Tropical America.
The African fish Polypterus endlicheriiHeckel, 1847 was named in honor of Endlicher, who apparently discovered the species in the fish collection at the Naturhistorisches Museum (Vienna).[15]
^Christopher Scharpf & Kenneth J. Lazara (22 September 2018). "Order POLYPTERIFORMES (Bichirs)". The ETYFish Project Fish Name Etymology Database. Christopher Scharpf and Kenneth J. Lazara. Archived from the original on 11 October 2021. Retrieved 28 February 2021.
