Neobartsia
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Neobartsia
''Bartsia'' is a genus of flowering plants in the family Orobanchaceae. Bartsia grows in damp places, such as marshes and wet meadows, in several parts of the west of England and Wales and in southwest Scotland. Etymology ''Bartsia'' was named after Johann Bartsch (Latinized as Johannes Bartsius, 1709-1738), a botanist of Königsberg. The plant was named for him by his associate Carl Linnaeus, and the genus has been sometimes spelt as ''Bartschia''. ''Starbia'', an anagram of ''Bartsia'', is another genus of Orobanchaceae, synonym of ''Alectra''. Phylogeny The phylogeny of the genera of Rhinantheae has been explored using molecular characters. ''Bartsia'' belongs to the core Rhinantheae. ''Bartsia'' sensu stricto (e.g. '' B. alpina'') is the sister genus to ''Odontites'', '' Bellardia'', ''Tozzia'', ''Hedbergia'', and ''Euphrasia''. Classification In 1990, the genus was revised to contain 49 species; 45 of them are endemic to the Andes. The most familiar species might be ...
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Bartsia Altissima
''Bartsia'' is a genus of flowering plants in the family Orobanchaceae. Bartsia grows in damp places, such as marshes and wet meadows, in several parts of the west of England and Wales and in southwest Scotland. Etymology ''Bartsia'' was named after Johann Bartsch (Latinized as Johannes Bartsius, 1709-1738), a botanist of Königsberg. The plant was named for him by his associate Carl Linnaeus, and the genus has been sometimes spelt as ''Bartschia''. ''Starbia'', an anagram of ''Bartsia'', is another genus of Orobanchaceae, synonym of ''Alectra''. Phylogeny The phylogeny of the genera of Rhinantheae has been explored using molecular characters. ''Bartsia'' belongs to the core Rhinantheae. ''Bartsia'' sensu stricto (e.g. '' B. alpina'') is the sister genus to ''Odontites'', '' Bellardia'', ''Tozzia'', ''Hedbergia'', and ''Euphrasia''. Classification In 1990, the genus was revised to contain 49 species; 45 of them are endemic to the Andes. The most familiar species might be ...
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Bartsia Trixago Monacia Corse
''Bartsia'' is a genus of flowering plants in the family Orobanchaceae. Bartsia grows in damp places, such as marshes and wet meadows, in several parts of the west of England and Wales and in southwest Scotland. Etymology ''Bartsia'' was named after Johann Bartsch (Latinized as Johannes Bartsius, 1709-1738), a botanist of Königsberg. The plant was named for him by his associate Carl Linnaeus, and the genus has been sometimes spelt as ''Bartschia''. ''Starbia'', an anagram of ''Bartsia'', is another genus of Orobanchaceae, synonym of ''Alectra''. Phylogeny The phylogeny of the genera of Rhinantheae has been explored using molecular characters. ''Bartsia'' belongs to the core Rhinantheae. ''Bartsia'' sensu stricto (e.g. '' B. alpina'') is the sister genus to ''Odontites'', '' Bellardia'', ''Tozzia'', ''Hedbergia'', and ''Euphrasia''. Classification In 1990, the genus was revised to contain 49 species; 45 of them are endemic to the Andes. The most familiar species might be ...
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Bartsia Chilensis
''Bartsia'' is a genus of flowering plants in the family Orobanchaceae. Bartsia grows in damp places, such as marshes and wet meadows, in several parts of the west of England and Wales and in southwest Scotland. Etymology ''Bartsia'' was named after Johann Bartsch (Latinized as Johannes Bartsius, 1709-1738), a botanist of Königsberg. The plant was named for him by his associate Carl Linnaeus, and the genus has been sometimes spelt as ''Bartschia''. ''Starbia'', an anagram of ''Bartsia'', is another genus of Orobanchaceae, synonym of ''Alectra''. Phylogeny The phylogeny of the genera of Rhinantheae has been explored using molecular characters. ''Bartsia'' belongs to the core Rhinantheae. ''Bartsia'' sensu stricto (e.g. '' B. alpina'') is the sister genus to ''Odontites'', '' Bellardia'', ''Tozzia'', ''Hedbergia'', and ''Euphrasia''. Classification In 1990, the genus was revised to contain 49 species; 45 of them are endemic to the Andes. The most familiar species might be ...
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Bartsia Acuminata
''Bartsia'' is a genus of flowering plants in the family Orobanchaceae. Bartsia grows in damp places, such as marshes and wet meadows, in several parts of the west of England and Wales and in southwest Scotland. Etymology ''Bartsia'' was named after Johann Bartsch (Latinized as Johannes Bartsius, 1709-1738), a botanist of Königsberg. The plant was named for him by his associate Carl Linnaeus, and the genus has been sometimes spelt as ''Bartschia''. ''Starbia'', an anagram of ''Bartsia'', is another genus of Orobanchaceae, synonym of ''Alectra''. Phylogeny The phylogeny of the genera of Rhinantheae has been explored using molecular characters. ''Bartsia'' belongs to the core Rhinantheae. ''Bartsia'' sensu stricto (e.g. '' B. alpina'') is the sister genus to ''Odontites'', '' Bellardia'', '' Tozzia'', ''Hedbergia'', and ''Euphrasia''. Classification In 1990, the genus was revised to contain 49 species; 45 of them are endemic to the Andes. The most familiar species might be ...
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Hedbergia Longiflora
''Hedbergia longiflora'', formerly ''Bartsia longiflora'', is a species of flowering plants in the family Orobanchaceae. It is an afromontane species, restricted to the mountains of northeastern Africa. A subspecies, ''Hedbergia longiflora'' subsp. ''macrophylla'' Hedberg, has also been described. Phylogeny The phylogeny of the genera of Rhinantheae has been explored using molecular characters. ''Hedbergia longiflora'' groups with ''Hedbergia decurva'' and '' Hedbergia abyssinica'' into a ''Hedbergia'' clade nested within the core Rhinantheae. These three taxa share evolutionary affinities with genera '' Tozzia'', '' Bellardia'', '' Neobartsia'', '' Parentucellia'', and ''Odontites ''Odontites'' is a genus of flowering plants in the family Orobanchaceae. Phylogeny The phylogeny of the genera of Rhinantheae has been explored using molecular characters. ''Odontites'' belongs to the core Rhinantheae. It is the sister genus t ...''. References {{Taxonbar , from1=Q177153 ...
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Hedbergia Decurva
''Hedbergia decurva'', formerly ''Bartsia decurva'', is a species of flowering plants in the family Orobanchaceae. It is an afromontane species, restricted to the mountains of northeastern Africa. Phylogeny The phylogeny of the genera of Rhinantheae has been explored using molecular characters. ''Hedbergia decurva'' groups with ''Hedbergia longiflora'' and '' Hedbergia abyssinica'' into a ''Hedbergia'' clade nested within the core Rhinantheae. These three taxa share evolutionary affinities with genera '' Tozzia'', '' Bellardia'', '' Neobartsia'', '' Parentucellia'', and ''Odontites ''Odontites'' is a genus of flowering plants in the family Orobanchaceae. Phylogeny The phylogeny of the genera of Rhinantheae has been explored using molecular characters. ''Odontites'' belongs to the core Rhinantheae. It is the sister genus t ...''. References {{Taxonbar, from1=Q17715313, from2=Q15347584 decurva Species described in 1846 ...
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Internal Transcribed Spacer
Internal transcribed spacer (ITS) is the spacer DNA situated between the small-subunit ribosomal RNA (rRNA) and large-subunit rRNA genes in the chromosome or the corresponding transcribed region in the polycistronic rRNA precursor transcript. ITS across life domains In bacteria and archaea, there is a single ITS, located between the 16S and 23S rRNA genes. Conversely, there are two ITSs in eukaryotes: ITS1 is located between 18S and 5.8S rRNA genes, while ITS2 is between 5.8S and 28S (in opisthokonts, or 25S in plants) rRNA genes. ITS1 corresponds to the ITS in bacteria and archaea, while ITS2 originated as an insertion that interrupted the ancestral 23S rRNA gene. Organization In bacteria and archaea, the ITS occurs in one to several copies, as do the flanking 16S and 23S genes. When there are multiple copies, these do not occur adjacent to one another. Rather, they occur in discrete locations in the circular chromosome. It is not uncommon in bacteria to carry tRN ...
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Frederick Traugott Pursh
Frederick Traugott Pursh (or Friedrich Traugott Pursch) (February 4, 1774 – July 11, 1820) was a German people, German–United States, American botanist. Born in Großenhain, Saxony, under the name Friedrich Traugott Pursh, he was educated at Dresden Botanical Gardens, and emigrated to the United States in 1799. From 1802 to 1805, he worked in Philadelphia as the botanical manager of the extensive gardens of William Hamilton, Esq., "The Woodlands (Philadelphia), The Woodlands." By 1805, he was working for Benjamin Smith Barton on a new Flora (publication), flora of North America, under whom he studied the plants collected on the Lewis and Clark Expedition. His work with Barton allowed him to travel farther afield. In 1805, he traveled south from Maryland to the Carolinas and, in 1806, he traveled north from the mountains of Pennsylvania to New Hampshire. He made both trips principally on foot, with only his dog and a gun, covering over three thousand miles each season. Barton' ...
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Christian Ferdinand Friedrich Hochstetter
Christian Ferdinand Friedrich Hochstetter (16 February 1787 – 20 February 1860) was a German botanist and Protestant minister. Biography Hochstetter was born in Stuttgart in Baden-Württemberg. He was the father of geologist Ferdinand Hochstetter (1829–1884). In 1807 Hochstetter received his degree of Master of Divinity in Tübingen. While still a student, he became a member of a secret organization headed by Carl Ludwig Reichenbach (1788–1869) that had designs on establishing a colony on Tahiti (''Otaheiti-Gesellschaft''). In 1808 the organization was discovered by authorities, and its members suspected of treason and arrested. Hochstetter was imprisoned for a short period of time for his small role in the secret society. Later on, he spent six months as a teacher in a private institution in Erlangen, and afterwards was a tutor for four years in the house of the Minister of Altenstein in Thuringia. In 1816 he became a pastor and school inspector in Brno, moving to ...
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Bartsia Trixago
''Bellardia trixago'' is a species of flowering plant in the family Orobanchaceae (it has been formerly classified in the family Scrophulariaceae). The only member of the monotypic genus ''Bellardia'', it is known as trixago bartsia or Mediterranean lineseed. This plant is native to the Mediterranean Basin, but it is known in other places with similar climates, such as California and parts of Chile, where it is an introduced species and noxious weed. Etymology The genus name ''Bellardia'' is a taxonomic patronym in honor of Carlo Antonio Lodovico Bellardi (1741-1826), an Italian botanist from Piedmont. The species name ''trixago'' has two possible etymologies. * It derives from the ancient Greek word (), meaning "hair", and the Latin suffix ''ago'' used to indicate a property, and refers to the glandular-hairy characteristic of the plant. * It derives from the ancient Greek word , , or (, , or ), meaning "triple", and refers to the trilobate lower lip of the flower. It is a ...
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Ancient Greek
Ancient Greek includes the forms of the Greek language used in ancient Greece and the ancient world from around 1500 BC to 300 BC. It is often roughly divided into the following periods: Mycenaean Greek (), Dark Ages (), the Archaic period (), and the Classical period (). Ancient Greek was the language of Homer and of fifth-century Athenian historians, playwrights, and philosophers. It has contributed many words to English vocabulary and has been a standard subject of study in educational institutions of the Western world since the Renaissance. This article primarily contains information about the Epic and Classical periods of the language. From the Hellenistic period (), Ancient Greek was followed by Koine Greek, which is regarded as a separate historical stage, although its earliest form closely resembles Attic Greek and its latest form approaches Medieval Greek. There were several regional dialects of Ancient Greek, of which Attic Greek developed into Koine. Dia ...
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Polyphyly
A polyphyletic group is an assemblage of organisms or other evolving elements that is of mixed evolutionary origin. The term is often applied to groups that share similar features known as homoplasies, which are explained as a result of convergent evolution. The arrangement of the members of a polyphyletic group is called a polyphyly .. ource for pronunciation./ref> It is contrasted with monophyly and paraphyly. For example, the biological characteristic of warm-bloodedness evolved separately in the ancestors of mammals and the ancestors of birds; "warm-blooded animals" is therefore a polyphyletic grouping. Other examples of polyphyletic groups are algae, C4 photosynthetic plants, and edentates. Many taxonomists aim to avoid homoplasies in grouping taxa together, with a goal to identify and eliminate groups that are found to be polyphyletic. This is often the stimulus for major revisions of the classification schemes. Researchers concerned more with ecology than with system ...
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