L-R: Brickellia frutescens (Shrubby brickellbush), Tiquilia palmeri (Palmer's crinklemat), Chamaesyce arizonica (Arizona spurge), Lessingia glandulifera var tomentosa (Warner Springs lessingia), Chloracantha spinosa (Spiny aster)


CI-CY
In the following names, the stressed vowel is the one preceding the stress mark. It is not always easy to ascertain where such stress should be placed, especially in the case of epithets derived from personal names. I have tried to follow the principle of maintaining the stress of the original name as outlined in the Jepson Manual, and have abandoned it only when it was just too awkward. In the case of some names, I have listed them twice, reflecting either some disagreement or conflict in the rules of pronunciation, some uncertainty on my part as to the correct pronunciation, or that simply sometimes there is no single correct pronunciation. In other instances, the way I record it is just that which sounds right to my ear. Where no credit is given for photos, they are in public domain mostly from Wikipedia.
  • Cicen'dia: the meaning of this name is uncertain, and I had thought possibly from the Latin cicindela, "glowworm," or from a Latin word meaning "candelabrum," until I was contacted by the former curator of the museum for natural history in Stuttgart, Germany with the information that it was taken by Grisebach (the author) from an old plant name in Toscana (Italy), kikenda, meaning a Gentianaceae. (ref. genus Cicendia)
  • ci'cera: from the Latin cicer, a classical Latin name for the chick-pea or garbanzo. (ref. Lathyrus cicera)
  • cichoria'cea: like Cichorium. (ref. Stephanomeria cichoriacea)
  • Cichor'ium: the Latinized version of an Arabic name for one species of this genus from the Greek kichore, which usually carries a common name of chicory or endive. (ref. genus Cichorium)
  • Cicu'ta: an ancient Latin name of poison hemlock. (ref. genus Cicuta)
  • cicutar'ia/cicutar'ium: refers to the leaves which resemble the leaves of Cicuta, the ancient Latin name for poison hemlock. (ref. Phacelia cicutaria var. hispida, Phacelia cicutaria var. hubbyi, Erodium cicutarium)
  • cienegen'sis: named after Cienega Seca Creek in the San Bernardino Mts, the word "cienaga" meaning meadow or marsh. (ref. Acanthoscyphus parishii var. cienegensis)
  • cilianen'sis: thanks to Adolf Ceska of Ceska Geobotanical Consulting for the following: "According to the Intermountain Flora (Cronquist, A., A.H. Holmgren, N.H. Holmgren, J.L. Reveal, and P.K. Holmgren. 1977. Intermountain Flora, Vol. 6, Columbia University Press, New York) page 400, 'Eragrostis cilianensis was described by Carlo Allioni (1725-1804) in his Flora Pedemontana, based on the type specimen collected by Bellardi in "Ciliani" estate, Italy.'" (ref. Eragrostis cilianensis)
  • ciliar'is: edged with hairs. (ref. Cenchrus ciliaris, Helianthus ciliaris)
  • cilia'ta/cilia'tum/cilia'tus: name given to indicate a slight fringing like an eyelash that might occur on petals, leaves, petioles or other plant parts. (ref. Calandrinia ciliata, Phacelia ciliata, Prionopsis [formerly Haplopappus] ciliata, Epilobium ciliatum ssp. ciliatum, Epilobium ciliatum ssp. glandulosum, Haplopappus ciliatus, Linanthus ciliatus)
  • ciliola'tum: fringed on the side. (ref. Trifolium ciliolatum)
  • cilio'sa: fringed or ciliate. (ref. Plectritis ciliosa)
  • -cillus: a Latin adjectival suffix used as a diminutive.
  • cim'ae: one website I found referred to this taxon by the common name Cima milkvetch, and its range is the east desert mountains, so I am assuming that this name refers in some way to Cima Dome or to some other similarly-named geographical feature in the East Mojave. (ref. Astragalus cimae)
  • cinerar'ius: pertaining to ashes. (ref. Cymopterus cinerarius)
  • cineras'cens: becoming ashy-gray. (ref. Selaginella cinerascens)
  • ciner'ea/ciner'eum/ciner'eus: ashy-gray, usually the foliage. (ref. Castilleja cinerea, Cryptantha cinerea, Herniaria cinerea, Monardella australis ssp. cinerea, Eriogonum cinereum, Lepidium montanum var. cinereum, Leymus cinereus)
  • cini'cola: from the Latin cinis, "ashes," and the -cola suffix denoting "an inhabitant of," the common name for this taxon in the Jepson Manual being ash beardtongue. (ref. Penstemon cinicola)
  • Cin'na: from the Greek kinna, a name for a kind of grass. (ref. genus Cinna)
  • Cinnamo'mum: Greek for cinnamon. (ref. genus Cinnamomum)
  • Circae'a: after Circe (pronounced sir-see), the enchantress of Greek mythology. According to a website called Characters of Greek Mythology, "Circe is the daughter of Helios, the Sun God, and Perse. She was a powerful witch who had no love for mortals. Initially, she was married to a king and poisoned him in hopes of taking over the kingdom. But, she was banished from the city and went to live on the Island of Dawn, Aeaea. She is best known from The Odyssey where she turned Odysseus' men into animals with a magic potion. Of course, the gods helped Odysseus, and Hermes was sent to give him a herb that would make him immune to Circe's magic. She eventually agreed to turn his men back, but only on the condition that Odysseus sleep with her. Then she warned him of the perils in the next part of his journey. Odysseus and Penelope's son, Telemachus, is said to have married her. (ref. genus Circaea)
  • circina'ta/circina'tum: coiled. (ref. Acer circinatum)
  • circum-: Latin prefix meaning around, e.g. circumvagum, circumscissa.
  • circumscis'sa: from the Latin for "cut around" because the upper half of the fruiting calyx falls away when the nutlets are ripe. (ref. Cryptantha circumscissa)
  • circumva'gum: from the Latin circum, "around," and vagum, "wandering," of uncertain derivation and meaning. (ref. Chamerion angustifolium ssp. circumvagum)
  • cirra'ta: equipped with tendril.s (ref. Parnassia cirrata)
  • cirrho'sa/cirrho'sus: climbing by tendrils. (ref. Ruppia cirrhosa)
  • Cir'sium: derived from the Greek kirsion, "a kind of thistle," in turn from kirsos, "a swollen vein or welt," because thistles were often used as a remedy against such things. (ref. genus Cirsium)
  • cismonta'na: on 'this' side of the mountains, as opposed to the far side. (ref. Nolina cismontana)
  • Cistan'the: presumably from the genus name Cistus and the Greek anthos, "flower." (ref. genus Cistanthe)
  • Cis'tus: an ancient Greek name. (ref. genus Cistus)
  • citharifor'me: from the Greek kithara, "lyre," and forme, indicating shape or resemblance, thus meaning "lyre-shaped" or "like a lyre." (ref. Eriogonum cithariforme)
  • citra'ta/citra'tus: resembling Citrus. (ref. Mentha Xpiperita ssp. citrata)
  • citrigra'cilis: from the roots citron, the citron-tree, and gracilis, "slender, thin". This name may be a combination of the names Madia citriodora and M. gracilis, because this taxon is a derived hybrid of those two taxa. (ref. Madia citrigracilis)
  • citrin'a/citrin'um/citrin'us: lemon yellow. (ref. Erythronium citrinum, Lupinus citrinus)
  • citriodor'a: lemon-scented. (ref. Madia citriodora, Monarda citriodora)
  • citro'leum: I had thought that this was from the root for lemon or the genus Citrus, but it now seems certain that it is from the Latin citra, "on the side of," and oleosus, "oily," the common name for this species being oil nest straw. David Hollombe sent me the following as further confirmation: "J. D. Morefield, in his original account of Stylocline citroleum says 'Stylocline citroleum appears nearly restricted to areas of heavy petroleum production and other developments in the southern San Joaquin Valley and is certainly endangered, if not already extinct. The epithet is derived from the Latin citer, indicating proximity or nearness, and oleum, "oil". (ref. Stylocline citroleum)
  • Citrul'lus: the Latin diminutive of Citrus, possessing a similar odor and flavor. (ref. genus Citrullus)
  • Cla'dium: from the Greek kladion, "a small branch." (reg. genus Cladium)
  • cladoca'lyx: from the Greek klados, "branch," and kalyx, "the bud cup or calyx of a flower." (ref. Eucalyptus cladocalyx)
  • clandestin'um: hidden, of uncertain application. (ref. Pennisetum clandestinum)
  • clar'anus: after Clara Adele Pike Blodgett Hunt (1859-1931), schoolteacher and amateur botanist. The Jepson Manual refers to this taxon as Clara Hunt's milkvetch, and originally spelled as clarianus, but that has been corrected, see here. She was the daughter of Edward P. and [Lucy] Schattuck Pike and was born in Claremont, New Hampshire. She came to California when 12 years old and married her first husband, George Farwell Blodgett, in 1878. He died in 1883. In 1891 she married her second husband, Daniel Otis Hunt and made St. Helena in the Napa Valley her home. Before her marriage she was a successful school teacher in the East bay section. She was a great lover of flowers and had a liberal education in botany. Her particular delight for many years was the study of wildflowers with which our hills and valleys abound and several years the flower shows she gave either at her home or under the auspices of the Women's Improvement Club, attracted a great deal of attention. Mrs. Hunt was a past President of the Women's Improvement Club and in her earlier years took a great deal of interest in civic affairs. Her second husband died in 1914. (Information slightly rewritten from entry in the St. Helena Star, 4/8/32) (ref. Astragalus claranus)
  • clarea'na: after botanist Clare Elizabeth Butterworth Hardham (1918-2010), wife of John Fraser Hardham, see hardhamiae. (ref. Phacelia clareana)
  • claria'na/claria'num: after Marjorie Chappel Davis Clary (1885-1975), wife of Benjamin Little Clary, amateur naturalist who owned, with her husband, the Coral Reef Ranch near Coachella. (ref. Delphinium amabile ssp. clarianum, Ditaxis clariana)
  • Clar'kia: named for William Clark (1770-1838) who with Captain Meriwether Lewis made the first transcon-
      tinental expedition from1804 to 1806. He was born in Virginia and moved with his family in 1784 to an area of Kentucky which was the site of present-day Louisville, where his famous Revolutionary War brother George Rogers Clark had built a fort. He learned about indian warfare at firsthand, and became an ensign at the age of 18. He was the principal military director of the expedition, also the chief mapmaker and artist, and he kept detailed journals on the plant and animal life they encountered. His knowledge of Indian habits and character contributed greatly
    to the success of the mission that had been assigned by President Jefferson. After returning from the West, he resigned from the Army and took the position of indian agent until Congress appointed him brigadier-general for the territory of upper Louisiana. President Madison appointed him governor of the Missouri territory in 1813, and held that office until Missouri was organized as a state, at which time he was a reluctant candidate for the same job and was defeated. In 1822 President Monroe appointed him superintendent of indian affairs in St. Louis and he held that position until his death in 1838. (ref. genus Clarkia)
  • clark'iae: after Mary Rose Clark (c. 1871-1942?). "... born in Nevada to Irish immigrant parents and attended the Normal Department of the University of Nevada, receiving her First Grade Diploma in 1894 and Life Diploma in 1895. She left teaching in 1901 and was a postal clerk until 1904, then was proprietor of a poultry ranch. Unfortunately, she was committed to the state hospital at Sparks, Nevada in 1910 and spent the rest of her life there." (Contributed by David Hollombe) (ref. Dicoria canescens ssp. clarkiae)
  • clarkia'na/clarkia'nus: after Galen Clark (1814-1910), one of Yosemite's earliest explorers and protectors, a
      charter member of the Sierra Club, and author of The Big Trees of California, Their History and Characteristics (1907), Indians of the Yosemite (1904). and The Yosemite Valley (1910). He was born in Canada but met and married Rebecca McCoy in Missouri. After his wife died he moved to California around the time of the Gold Rush. Within a few years at the age of 39 he contracted tuberculosis and his doctors gave him six months to live, so he moved to an area in the Sierra Nevada Mountains called Wawona. Discovering the Mariposa Grove of giant sequoias, he spent
    most of his time exploring and teaching people about the great trees. He involved himself in and largely spearheaded a political campaign to preserve the area that would eventually become Yosemite National Park. To support himself, he ran a small hotel and guide service, but not being a good businessman, he was constantly in debt. Although he wrote three books about Yosemite, he never sought to use his position for monetary gain and did not dwell on his own accomplishments. He was perpetually poor but rich in the spiritual nature of the mountains and the tall trees he loved so much. He died at the home of his daughter in Oakland. (ref. Potentilla clarkiana, Senecio clarkianus)
  • clarkei/clark'ii: named for Joseph Henry Clark (1853-1932). (ref. Isopyrum clarkei, Mimulus clarkii)
  • clava'tum/clava'tus: means "club-shaped," referring to the top of the hairs on the inner side of the petals. (ref. Epilobium clavatum, Calochortus clavatus var. gracilis, Calochortus clavatus ssp. pallidus)
  • clavicar'pa: from the Latin clava, "club," and karpos, "fruit," thus with club-shaped fruits. (ref. Clarkia cylindrica ssp. clavicarpa)
  • Clayton'ia: named for John Clayton (1694?-1773/1774), Clerk to the County Court of Gloucester County, Virginia from 1720 until his death, one of the earliest collectors of plant specimens in that state, and described as the greatest American botanist of his day, who supplied materials for an 18th century flora of Virginia called Flora Virginica (published 1739-1743) by J.F. Gronovius. He conscienciously and systematically took samples of everything he encountered, and sent them to Mark Catesby at Oxford, who in turn sent them to Gronovius in Leiden, Holland, where they were examined by Linnaeus. He was also the attorney general for the colony of Virginia. He did not publish much himself but his specimens were of considerable taxonomic and nomenclatural significance, and Gronovius based his work at least in part on a manuscript by Clayton. Since his were some of the first North American specimens studied by Linnaeus, many were type specimens for Linnaean names. The specimens that were studied by Gronovius were bought by Sir Joseph Banks and subsequently passed to the British Museum (now the Natural History Museum) in London, where they have recently (1988-1990) been separated from the main collection and curated as the Clayton collection. 1686 has often been given as his date of birth rather than 1694, but this is the date used by the John Clayton Herbarium of the Natural History Museum of London. (ref. genus Claytonia)
  • cleisto'gamum: from the Greek kleistos, "that which can be closed," and possibly gamos, "a marriage"(?), the same root as for the word gamete. The word cleistogamous refers to flowers that self-fertilize without opening. (ref. Epilobium cleistogamum)
  • Clem'atis: in Greek means "long, lithe branches" and is an ancient name for some climbing plant. (ref. genus Clematis)
  • clem'ensiae: named for botanical explorer Mary Strong Knapp Clemens (Mrs. Joseph Clemens) (1873-1968),
      American botanist and plant collector. She was a missionary who accompanied her husband, Methodist minister Rev. Joseph Clemens (1862-1936) to the Philippines, New Guinea and the Far East. Born Mary Knapp Strong in New York, she settled in Australia and continued collecting until a few years before her death in 1968. She was born in New York and married Joseph Clemens in 1894. ). A website of the New York Botanical Garden relates: “In 1902 he joined the U.S. Army as chaplain with the rank of Captain. This position made possible their extensive travels. Mary Strong
    Clemens made field collections in California, Utah, Oklahoma and Texas as Joseph Clemens was transferred from post to post.  From 1905-1909 they were stationed in the Philippines and she collected on Mindanao and Luzon. After her husband's retirement, they returned to the South Seas, supporting their work through sales of specimens. They collected on the highest and most inaccessible mountains in the Philippines, British N. Borneo, Chihli and Shantung provinces in China, Anam, French Indo-China and New Guinea. In 1929 they spent six months collecting in Sarawak, Borneo. In 1930, E. D. Merrill estimated their collections at over 20,000 numbers. Mrs. Clemens collected the material and Mr. Clemens prepared it for shipment.” Following her husband’s death from food poisoning in 1936, Mary went to New Guinea and remained until she was evacuated to Australia in 1941. She became the houseguest of the Queensland government botanist, working at the herbarium and collecting extensively in Queensland. She broke a hip in 1950 which reduced her ability to botanize, and she moved in 1963 to the Garden Settlement for the Aged at Chermside on the northern outskirts of Brisbane, dying there in 1968. She was considered to have a deep religious conviction, a fanatical devotion to collecting plants, a concern for the welfare of the indigenes, and indifference to her own comfort and the robustness of her person, but other botanists were skeptical of her ability to identify plants. (ref. Cryptantha clemensiae, Lupinus formosus var. clemensiae)
  • clemensior'um: named for Mary Strong Knapp Clemens (1873-1968) (see previous entry) and her husband and
      co-collector Joseph Clemens (1862-1936). He was a Methodist Episcopalian clergyman, missionary and plant collector born in St. Just, Cornwall, England. He emigrated with his family to Williamsport, Pennsylvania in 1867 and then moved to Eichelsburg, Pennsylvania. His father was an iron miner and Joseph was the only one of the five brothers who did not become a miner. Clemens attended Dickinson College where he received a B.A. in 1894 and an M.A. in 1897. At Dickinson his courses included Dutch, German, Greek, Latin, and Hebrew, as well as Physics,
    Chemistry, Analytical Geometry, Political Economics, English Literature and Psychology. He was a member of the Union Philosophical Society and the Dickinson Prohibition Club, and during those years he was already engaged to Mary Knapp Strong. After graduation, from 1894–1901 Clemens was a pastor for the Central Pennsylvania Methodist Episcopal Conference, and in 1896 he was married.  In 1902 he joined the U.S. Army as chaplain with the rank of Captain and was sent to Hawaii with the 15th Infantry, and then to the Philippines from 1905 to 1909 with his wife. This position made possible their extensive travels, and while in the Philippines he joined in Mary’s botanical studies. In 1915 they made their first botanical study together at Mount Kinabalu in northern Borneo and they were back in Borneo again in 1931. The conflict between his social and religious duties bothered him and he was eventually retired from the Army for a disability he had received in the line of service, and the couple returned to the U.S. where he spent five months lecturing in Pennsylvania in small towns, factories, schools and churches. With the money he earned there, he endowed Dickinson seminary and support missions. They returned to the Philippines in 1922 and Joseph spent six and one half years doing evangelical work on Luzon. In August 1935, the couple traveled to New Guinea to advance their missionary pursuits. While there, Joseph Clemens apparently contracted food poisoning early in the new year from eating wild boar meat and died. (ref. Verbena x clemensiorum)
  • clementi'na/clementi'nus: of San Clemente Island, where these species are located. (ref. Triteleia clementina, Malacothamnus clementinus)
  • clemen'tis: see clemensiae. All three of these taxa were collected by Mary Strong Knapp Clemens. (ref. Galium clementis, Oreonana clementis, Trichophorum [formerly Scirpus] clementis)
  • Cleo'me: an ancient name of some mustard-like plant. (ref. genus Cleome)
  • Cleomel'la: a diminutive form of Cleome. (ref. genus Cleomella)
  • Clev'ea: named after Per Theodor Cleve (1840-1905), Swedish chemist, biologist, mineralogist and oceanographer.
      He was born in Stockholm into a family whose ancestors had come from western Germany, and was drawn to the natural sciences from an early age, beginning his study of  chemistry and biology at the Stockholm Lyceum in 1858. In 1860 he became an assistant professor of minerology. He was awarded a B.Sc. from Uppsala University in 1863 and a Ph.D. degree from the same institution in 1868, and that same year was apppointed assistant professor of chemistry. His most important contribution to chemistry was his discovery in 1879 of the chemical elements holmium
    and thulium. He also taught at the Royal Institute of Technology between 1870 and 1874, and eventually became professor of general and agricultural chemistry at the University of Uppsala.He was the chair of chemistry at the University of Uppsala starting in 1874. In 1890, Cleve began to mainly focus on the field of biology, mainly studying freshwater algae, diatoms, and plankton. He created a method of dating glacial and post-glacial deposits from the types of diatom fossils in the deposits.  Cleve participated in a Swedish expedition to Spitsbergen in 1898. While on this mission, he discovered a number of species of spumellarians, nassellarians, and phaeodarians, all eukaryotic species not animal, plant or fungus. One of his daughters became a botanist, and both his son-in-law and a grandson won Nobel Prizes. He joined the Royal Swedish Academy of Sciences in 1871, and died after experiencing an attack of pleurisy. (ref. genus Clevea)
  • cleve'landii: after Daniel Cleveland (1838-1929), an authority on ferns, lawyer, and botanical collector, who
      during the course of his collecting, rediscovered all the plants of the San Diego area that had been found only once.  He was one of the founding members of the San Diego Natural History Society, founded the herbarium of the San Diego Natural History Museum, and was author of "The Best Way of Collecting and Preserving Specimens," "The Ferns of San Diego County," and "Bee Range and Honey and Pollen Producing Plants of San Diego County".  He also donated a collection of minerals to the San Diego Natural History Museum. He was born in Poughkeepsie, New York,
    was at one time Mayor of San Antonio, Texas, and is remembered by having his name on a number of Southern California plants. Contrary to what is sometimes thought, the Cleveland National Forest was not named after Daniel Cleveland, but rather after President Grover Cleveland. (ref. Bloomeria clevelandii, Cheilanthes clevelandii, Chorizanthe clevelandii, Cryptantha clevelandii, Dodecatheon clevelandii ssp. clevelandii, Dodecatheon clevelandii ssp. insulare, Horkelia clevelandii, Malacothrix clevelandii, Mimulus clevelandii, Nicotiana clevelandii, Penstemon clevelandii, Salvia clevelandii)
  • clif'tonii: after botanist Glenn Lee Clifton (1943- ), with William Dean Taylor the discoverer of this taxon in eastern Shasta County in 1992, and like Taylor a worker at the Santa Cruz-based botany consulting firm Biosystems Analysis, Inc. (ref. Neviusia cliftonii)
  • cliftonsmith'ii: after Clifton F. Smith (1920-2000), Santa Barbara County’s most renowned field botanist for
      over 50 years, senior botanist at the Santa Barbara Botanic Garden (in whose honor the herbarium there is named) and author of A Flora of the Santa Barbara Region, California. He joined the staff of the Santa Barbara Museum of Natural History as a Part Time Assistant in 1947 and made his first collecting trip to Santa Rosa Island two years later, followed by visits to Santa Cruz, Anacapa and San Miguel islands. He is a member of the exclusive All Eight Club of people who have visited all eight of the Channel islands. Galium cliftonsmithii was published by Lauramay Tinsley
    Dempster. (Photo credit: Islapedia) (ref. Galium cliftonsmithii)
  • Clinopo'dium: possibly from the Greek klino, "to slope or recline," and podos or podios, "a foot," but the Jepson Manual gives the meaning as "savory," which is one of the common names for members of this genus, formerly Satureja. (ref. genus Clinopodium)
  • Clinton'ia: after De Witt Clinton (1769-1828), a naturalist and governor of New York. Known chiefly for his
      role in the construction of the Erie Canal, also known as "Clinton's Ditch," he was also a keen naturalist and is credited with having discovered a native American wheat species. He was extremely interested in humanitarian and philanthropic causes, as is demonstrated by his role as the primary organizer of the Public School Society of New York City, the chief patron of the New York Orphan Asylum and the New York City Hospital, the founder of the New York Historical Society, a founding member of the Literature and Philosophy Society, the second president of the
    American Academy of Art, and the vice president of the American Bible Society and the Educational Society of the Presbyterian Church. He was introduced to politics as the secretary for his uncle George Clinton who was then the Governor of New York. He went on to being a member of the New York State Assembly, and then was elected to the State Senate before being appointed to the U. S. Senate in 1802 to fill a vacancy. He resigned this office in 1803 to become mayor of New York City, a position which he held from 1803 to 1807, from 1809 to 1810, and again from 1811 to 1815. In between terms as Governor, he was Canal Commissioner and oversaw the design and eventual construction of the 363-mile long Erie Canal which provided easier access than was then possible for Eastern commerce from the Atlantic to inland areas such as Ohio, Illinois and Indiana, and was of strategic importance during the French and Indian War, the Revolution War and the War of 1812. He was elected Governor of New York four times and ran once unsuccessfully for President in the election of 1812. (ref. genus Clintonia)
  • Clitor'ia: from the Greek kleitoris, "clitoris." (ref. genus Clitoria)
  • clivo'rum: of the hills. (ref. Gilia clivorum)
  • clo'keyi:after Ira Waddell Clokey (1878-1950), who collected plants in Clark County, Nevada in the 1930's
      and completed the impressive Flora of the Charleston Mountains published just after his death. He was born in Decatur, Illinois, and attended Illinois University and Harvard, gaining a B.S. in mining engineering. After his main interest had shifted from engineering to his boyhood love of botany, he got an M.S. in plant pathology at Iowa State. He had worked as a mining engineer in Mexico and Colorado from 1903 until 1920, having moved to Colorado in 1915. He collected plant specimens in Mexico but many were lost in a fire in 1912. For seven years beginning in 1935
    he collected extensively in the Charleston Mountains of Nevada. His personal herbarium included over 100,000 specimens which were deposited in the herbarium of the University of California and became the property of the herbarium at the time of his death.  JSTOR adds: “Clokey's particular area of interest was the genus Carex and he collected a lot of material which was exchanged with many of the country's leading caricologists. He also studied genetics and undertook research into maize at the California Institute of Technology and published numerous other papers on various botanical topics.” (ref. Allium howellii var. clokeyi, Erigeron clokeyi, Gilia clokeyi, Solanum clokeyi) (Photo credit: Find-a-Grave)
  • clusia'na: after Carolus Clusius (Charles de l'Ecluse) (1526-1609), Flemish botanist, horticulturist and traveller
      who became a professor at the University of Leiden. The following is quoted from Wikipedia: "He studied at Montpellier with the famous medical professor Guillaume Rondelet, though he never practiced medicine. In 1573 he was appointed prefect of the imperial medical garden in Vienna by Maximilian II and made Gentleman of the Imperial Chamber, but he was discharged from the imperial court shortly after the accession of Rudolf II. After leaving Vienna in the late 1580's he established himself in Frankfurt am Main, before his appointment as professor at the University
    of Leiden in 1594. He helped create one of the earliest formal botanical gardens of Europe at Leyden, the Hortus Academicus, and his detailed planting lists have made it possible to recreate his garden near where it originally lay. In the history of gardening he is remembered not only for his scholarship but also for his observations on tulips "breaking" — a phenomenon discovered in the late 19th century to be due to a virus — causing the many different flamed and feathered varieties, which led to the speculative tulip mania of the 1630s. Clusius laid the foundations of Dutch tulip breeding and the bulb industry today. His first publication was a French translation of Rembert Dodoens's herbal, published in Antwerp in 1557 by van der Loë. His Rariorum aliquot stirpium per Hispanias observatarum historia (1576)—one of the earliest books on Spanish flora—initiated his fruitful collaboration with the renowned Plantin printing press at Antwerp, which permitted him to issue late-breaking discoveries in natural history and to ornament his texts with elaborate engravings. Clusius, as he was known to his contemporaries, published two major original works: his Rariorum plantarum historia (1601) is the first record for approximately 100 new species and his collaborative work Exoticorum libri decem (1605) is an important survey of exotic flora, both still often consulted. He contributed as well to Abraham Ortelius's map of Spain. Clusius translated several contemporary works in natural science. Clusius was also among the first to study the flora of Austria, under the auspices of Emperor Maximilian II. He was the first botanist to climb the Ötscher and the Schneeberg in Lower Austria, which was also the first documented ascent of the latter. His contribution to the study of alpine plants has led to many of them being named in his honour, such as Gentiana clusii, Potentilla clusiana and Primula clusiana. The genus Clusia (whence the family Clusiaceae) also honours Clusius." (ref. Tulipa clusiana)
  • clut'ei: named for Willard Nelson Clute (1869-1950), American author, naturalist and botanist. He was born in
      Painted Post, Steuben County, New York, and was interested in taxonomy from an early age. He moved to New York City in the late 1800’s and was assistant curator of the botany department of Columbia University and a member of the staff of the New York Botanical Garden. He co-founded the American Fern Society in 1893 and was editor of The Linnean Fern Bulletin (later renamed The American Fern Journal) and The American Botanist. In 1902 he moved to Illinois and became a high school teacher of botany and agronomy, authoring numerous textbooks. In 1928 he joined
    the teaching staff of Butler University in Indianapolis and was appointed director of their new botanical garden. A website of the Cultural Landscape Foundation says: “Having gained recognition for his curation of Butler University’s gardens, in 1938 Clute was chosen to transform the estate of John Hampden Holliday into a public park. He designed the 94-acre site to showcase a wide variety of rare and exotic plants, including 43 cacti species, a vast variety of maples (one of the largest collections in a public park at the time), and a series of woody perennials arranged by phylogenic classification. Though Clute never obtained a formal academic degree, he continued to dedicate himself to botanical research throughout his life, authoring nineteen books before his passing in 1950 at the age of 81.” He collected ferns, lycopods, and nonvascular plants in North America, Jamaica and New Zealand. He married Ida Martin who illustrated some of his books. (ref. Eriogonum clutei, Oenothera longissima var. clutei)
  • Cneorid'ium: a diminutive of Cneorum, spurge olive, from the Greek kneoron, for some shrub resembling the olive. (ref. genus Cneoridium)
  • Cni'cus: a Latin name of the safflower, from Greek cnecos. (ref. genus Cnicus)
  • coachel'lae: presumably named after the Coachella Valley where it grows. (ref. Astragalus lentiginosus var. coachellae)
  • cobren'sis: unknown derivation. (ref. Arabis cobrensis)
  • coccin'ea/coccin'eus: scarlet or bright, deep pink. (ref. Ammannia coccinea, Boerhavia coccinea, Mirabilis coccinea, Astragalus coccineus)
  • cochinchinen'sis: I presume this name means of or from Cochinchina, which was the southern part of Vietnam. (ref. Rottboellia cochinchinensis)
  • Cochlea'ria: from the Greek kochlarion and the Latin cochlear, meaning "a spoon," from the shape of the basal leaves. (ref. genus Cochlearia)
  • Cochran'ea: named for Admiral Thomas Cochrane (1775-1860), 10th Earl of Dundonald, British flag officer
      of the Royal Navy, mercenary and radical politician.  He was born at Annsfield, near Hamilton, South Lanarkshire, Scotland, one of seven brothers, and spent much of his early life in Culross, Fife, where his family had an estate. He joined the Navy as a midshipman in 1793 at the outbreak of the French Revolutionary Wars. His career was a succession of promotions and advancements, assignments to numerous ships and involvements in numerous actions nearly all of which were successful, innovations in military technology, controversies arising out of his seeming inability
    to get along with superior officers, subordinates, employers, and colleagues in several navies and Parliament, a duel with a French officer, an internation inceident arising out of his boarding of the American merchant ship Chatham at a time when there was no state of war between the two countries, expulsion from the Parliament after the Great Stock Exchange Fraud of 1814 followed by re-election, a disinheritance by his uncle after he eloped and married in a civil ceremony, and participation with the Chilean, Brazilian and Greek navies. The following is quoted from Wikipedia: “Through the influence of his uncle, he was listed as a member of the crew on the books of four Royal Navy ships starting when he was five years old. This common (though unlawful) practice called false muster was a means of acquiring the years of service required for promotion, if and when he joined the Navy. His father secured him a commission in the British Army at an early age, but Cochrane preferred the Navy. He was a daring and successful captain of the Napoleonic Wars, leading Napoleon to nickname him Le Loup des Mers ('The Sea Wolf'). He was dismissed from the Royal Navy in 1814 following a controversial conviction for fraud on the Stock Exchange. He helped organise and lead the rebel navies of Chile and Brazil during their respective successful wars of independence through the 1820s. While in charge of the Chilean Navy, Cochrane also contributed to Peruvian Independence through the Freedom Expedition of Perú. He was also asked to help the Greek Navy but was prevented by events from having much impact. In 1832, he was pardoned by the Crown and reinstated in the Royal Navy with the rank of Rear Admiral of the Blue. After several more promotions, he died in 1860 with the rank of Admiral of the Red, and the honorary title of Rear-Admiral of the United Kingdom. His life and exploits inspired the naval fiction of 19th- and 20th-century novelists, particularly the figures of C. S. Forester's Horatio Hornblower and Patrick O'Brian's protagonist Jack Aubrey. Thomas Cochrane was appointed as Governor of Newfoundland and later Vice-Admiral of the United Kingdom.” He died after a second painful surgery for kidney stones. Despite the many controversies that swirled around him in life, he was interred in Westminster Abbey in the floor of the nave directly before the choir. (ref. genus Cochranea)
  • Cockerel'lia/cockerel'lii: named for internationally known zoologist, entomologist and naturalist Theodore Dru Alison
      Cockerell (1866-1948). He was born in Norwood, England. His father died in 1878 and the family moved to Margate. Cockerell attended several schools including the Middlesex Hospital School but never attained a degree. He was interested in natural history from an early age stimulated by one of his teachers and frequent visits to his grandfather’s farm. Although tuberculosis interrupted his studies, he was publishing papers by the age of 20 and for therapeutic reasons moved in 1887 to the mountain area of Westcliffe, Colorado where he worked as a biologist. He helped to
    establish the Colorado Biological Association the following year as his health improved. He returned in 1890 to England and worked for the British Museum of Natural History where he met Alfred Russel Wallace. He married his first wife in 1891 and from 1891 to 1893 he was curator of the public museum in Kingston, Jamaica. While in Jamaica he and his wife they frequently went on collecting expeditions together and assembled a large private library of natural history films, which they showed to schoolchildren and public audiences to promote the cause of environmental conservation.  His first son was born and died there in Jamaica. In 1892 he had established his reputation as an entomologist and was elected a member of the Entomological Society of Washington. There seems to be some disagreement regarding the death of his wife. The Islapedia  website  says that his second son was born in New Mexico and his wife died five days later, but an article by Sue Ann Gardner in  Faculty Publications of the University of Nebraska – Lincoln states that it was after the death of his wife and the resurfacing of his health problems that he moved to moved to New Mexico. In any event, by 1893 he was in New Mexico and was appointed as professor of entomology and zoology at New Mexico Agricultural College at Las Cruces. In 1900 he married his second wife, a high school biology teacher, and in 1901 his second son, Martin, died. From 1901 to 1903 he taught biology at New Mexico Normal University at Las Vegas, and the was appointed curator of the museum at Colorado College, Colorado Springs. In 1904 he became lecturer on entomology at the University of Colorado, in 1906 professor of systematic zoology, and in 1912 professor of zoology, which post he held until his retirement. He conducted much research especially on fossils and fish scales which were primarily taxonomic. In 1923 he was elected president of the Entomological Society of America. Cockerell was best known for his work on North American bees. He worked on specimens brought back by the Los Angeles County Museum Biological Survey, and published his many findings. Cockerell’s special interest in bees led him to describe and name specimens from the United States, the West Indies, Honduras, the Philippines, Africa, and Asia. He published at least 5,500 names for species and varieties of bees and almost 150 names for genera and subgenera. It has been estimated that this represented over a quarter of all known species of bees during his lifetime. He made several trips to the California Channel Islands in the mid 1930s, including San Miguel, Santa Catalina and San Nicolas islands. He also published a staggering number of papers, well over 1200, on slugs, moths, fish scales, fungi, roses and other flowers, fossils, mollusks, and a wide variety of other plants and animals, insect coloration, plant and animal distribution, and evolution. He died in San Diego. (ref. genus Cockerellia, Sedum cockerellii)
  • coerul'ea: blue. (ref. Phacelia coerulea)
  • coerules'cens: bluish, becoming blue.
  • cochisen'sis: from the type locality in Cochise County, Arizona. (ref. Astrolepis cochisensis)
  • cogna'ta/cogna'tus: closely related to. (ref. Xylorhiza cognata, Plagiobothrys cognatus)
  • Cogswel'lia:named after Joseph Green Cogswell (1786-1871), scholar, educator, librarian, editor, bibliographer,
      and author. He was born in Ipswich, Massachusetts, and after a grammar school education attended Phillips Exeter Academy, graduating from Harvard in 1806 and studying law from 1807 to 1809. He practised law for several years in Belfast, Maine. He married in 1812 and his wife died the following year. Her death and a dislike for the profession led him to give up the practice of law, and he served as a tutor at Harvard from 1813 to 1815. He was elected as a Fellow of the American Academy of Arts and Sciences in 1816. That same year he went to Europe and spent
    several years, first at the University of Göttingen and then in the principal capitals, studying principles of instruction, educational problems and bibliography. He returned to the U.S. in 1820 and was appointed professor of geology and mineralogy, and college librarian at Harvard. In 1823 he resigned from Harvard and along with George Bancroft, the historian, established Round Hill School at Northampton, Massachusetts. Bancroft departed in 1830 and although Cogswell tried to continued alone, it was too much for him and he closed its doors in 1834, taking instead charge of a similar institution in Raleigh, North Carolina, but ill health and incompatibility with Southern culture led to his resignation after only two years at Raleigh. He accepted the position as editor of the New York Review, one of the leading American critical journals of the time, and remained as editor until its suspension in 1842. He became a friend and companion of John Jacob Astor, and urged on him the idea for the creation of a library, along with Irving and others was appointed a trustee for the new library. Washington irving was appointed minister to Spain and asked Cogswell to accompany him, but Astor made him superintendent of the library. When Astor died in 1848, Cogswell travelled to Europe to purchase books, and made many acquaintances with people such as Johann von Goethe, Alexander von Humboldt, Pierre-Jean de Béranger, Lord Byron, and Walter Scott. He made many contributions to the library and retired in 1861, returning to Massachusetts and settling in Cambridge, where he died in 1871 at the age of 85. (ref. genus Cogswellia)
  • Coin'cya: named for Auguste Henri Cornut de la Fontaine de Coincy (1837-1903), French botanist who specialized in the Spanish flora. He was the author of Ecloga plantarum hispanicarum, a five-part series on Spanish flora published from 1893 to 1901, and several papers involving the botanical genus Echium. An award issued by the Société botanique de France for excellence in taxonomic research was established in his name, along with the genus Coincya published in 1891 by French botanist Georges Rouy. (ref. genus Coincya)
  • Co'ix: from the classical Greek name used by Theophrastus for a species of Egyptian palm. (ref. genus Coix)
  • -cola/colus: a suffix signifying "an inhabitant of or dweller in," from Latin incola, "an inhabitant", e.g. deserticola, "dwelling in the desert"; monticola, "dwelling in the mountains"; saxicola, "growing among rocks"; serpentinicola, "living on serpentine soils."
  • Colden'ia: named after Cadwallader Colden (1688-1776), Irish-born physician, natural scientist, and corres-
      pondent of Linnaeus. His parents were Scottish and he attended the Royal High School in Edinburgh and Edinburgh University to become a minister. He continued his studies in medicine, anatomy, physics, chemistry, and botany in London then went to Philadelphia to begin a practice in medicine. In 1717, he was invited by Governor Robert Hunter to relocate to New York, and in 1720 he became a surveyor general of New York. His political career began in 1720 when he joined the provincial council, then served several terms as Lieutenant-Governor and Acting
    Governor for the Province of  New York between 1760 and 1771. He was the first colonial representative to the Iroquois Confederacy and was the author of The History of the Five Indian Nations (1727). He was involved in one of the early protest demonstrations against the Stamp Act and his coach was seized and burned. Colden retired from public life as America entered the Revolutionary period. He wrote and published essays about yellow fever highlighting the relationship of living conditions and high rates of disease which prompted improvements in public health. Colden wrote a taxonomy of the flora near his Orange County, New York home, which he rendered in Latin and sent to the Swedish patriarch of plant science and Latin nomenclature, Carl Linnaeus, who duly published the work and named the genus Coldenia in the family Boraginaceae, a genus which is now placed in Tiquilia. (ref. genus Coldenia)
  • colemanii: named for Ronald A. Coleman (1946- ), botanical author and photographer, noted orchid expert, author of The Wild Orchids of California and The Wild Orchids of Arizona and New Mexico, and Visiting Scholar at the University of Arizona. (ref. Piperia colemanii)
  • Coleo'gyne: from the Greek koleos, "sheath," and gune, "ovary." (ref. genus Coleogyne)
  • colliga'ta: from the Latin colligatus, "fastened together." (ref. Crassula colligata)
  • colli'na/colli'num/colli'nus: pertaining to hills. (ref. Calystegia collina ssp. venusta, Gnaphalium collinum, Lupinus albifrons var. collinus, Plagiobothrys collinus var. fulvescens)
  • Collin'sia: named for Zaccheus Collins (1764-1831), a minerologist and botanist, Vice-President of the Philadelphia Academy of Natural Sciences, and an authority on the lower plants. He was a correspondent of John Torrey, Thomas Nuttall, Alexander von Humboldt and Constantine Samuel Rafinesque-Schmaltz. He was also Director of the Library Company of Philadelphia founded by Benjamin Franklin. (ref. genus Collinsia)
  • Collo'mia: from the Greek kolla, "glue," referring to the sticky secretion around the seeds. (ref. genus Collomia)
  • colocyn'this: from the Greek kolokunthis, "round gourd." (ref. Citrullus colocynthis)
  • colo'na: possibly relates to or derives from the Latin colonus for "farmer or colonist," of unknown application. (ref. Echinochloa colona)
  • coloraden'sis/coloradoen'sis: of or from Colorado. (ref. Cylindropuntia acanthocarpa var. coloradensis, Eleocharis coloradoensis)
  • Colubri'na: snakelike, shaped like a snake, alluding to the stems or to the stamens. (ref. genus Colubrina)
  • columbar'iae: one reference states that this plant reminded its namer, George Bentham, of Scabiosa columbaria, and possibly derives from Latin columbarius meaning "of or pertaining to doves or appearing dove-like." It's interesting that despite the fact that there are at least eight past or present taxa which use 'columbaria' as a species name, there is so little information about what it means. (ref. Salvia columbariae)
  • colum'biae: of or from the Columbia River region, specifically along the Columbia River in the Columbia Basin east of the Cascade Mountains and within the Columbia Gorge west of the Cascade Mountain Crest. (ref. Rorippa columbiae)
  • columbia'na/columbia'num/columbia'nus: of western North America. (ref. Arctostaphylos columbiana, Lewisia columbiana, Wolffia columbiana, Aconitum columbianum, Lupinus latifolius var. columbianus)
  • columnar'is: columnar, in the shape of a column.
  • columnif'era: bearing columns, in reference to the tall cylindrical flower heads. (ref. Ratidiba columnifera)
  • colusan'a: of or from Colusa County, California. (ref. Neostapfia colusana)
  • Colu'tea: from the Greek name kolutea which was applied to these shrubs (bladder senna). (ref. genus Colutea)
  • -coma: suffix meaning "hair" or "a tuft of hair," as in the names Anisocoma, argyrocoma, Isocoma, Pyrrocoma, leptocoma.
  • Coman'dra: from the Greek kome, "hair," and ander, "man," referring to the hairy attachment of the stamens. (ref. genus Comandra)
  • Comarostaph'ylis: from the Greek komaros, a name for Arbutus unedo, the strawberry tree, and staphule, "a cluster of grapes" because of the similarity of this shrub to Arbutus and its clustered fruit. (ref. genus Comarostaphylis)
  • Comasto'ma: from the Greek for hair, mouth, from fringes on corolla lobes. (ref. genus Comastoma)
  • coma'ta: furnished with a tuft, sometimes of hair. (ref. Hesperostipa comata, Mirabilis comata)
  • Commeli'na: after the two Dutch botanists Jan Commelin. (1629-1692) and his nephew Caspar Commelin (1667-
      1731), known to Charles Plumier, a French Franciscan monk, botanist and traveler, and Carl Linnaeus who named the genus Commelina. Jan Commelin was the son of book publisher and historian Isaac Commelin and Cornelia Bouwer. In 1641 the family moved to Amsterdam. Jan Commelin (or Johannes Commelijn) was a doctor, commercial plant trader and the director of botany at the Hortus Medicus (Medical Garden) in Amsterdam, who worked with many tropical plants that had been collected in Asia and sent back to Holland. He was the author of the “Horti Medici Amstelodamensis Rariorum,” published in Amsterdam in 1697. As an independent merchant, Jan ran a wholesale business for medicinal plants which he delivered to hospitals and pharmacies in Amsterdam and elsewhere. He was elected to the city council in 1672. He was also the author of Nederlantze Hesperides (1676) which dealt with the cultivation of citrus fruits, Catalogus plantarum indigenarum Hollandiae (1683) which was the first flora of the Netherlands, and for fourteen years he edited eleven of the twelve volumes of the Hortus Indicus Malabaricus
    by Hendrik Adriaan van Rheede tot Draakenstein. His major work was the Catalogus plantorum horti medici Amstelodamensis rariorum which was partially finished and published posthumously, the remainder being completed by his nephew Caspar. The Municipal Council of Amsterdam commissioned alderman Jan Commelin and burgomaster Johan Huydecoper van Maarsseveen to build and direct a botanical garden for medicinal plants originally called the Hortus Medicus but eventually the Hortus Botanicus. Caspar Commelin was also a botanist and Jan’s nephew who after Jan’s death continued his work and completed his books. He graduated with a degree in medicine at Leiden and settled in Amsterdam. In 1696 Caspar was appointed to the post of botanist at the Hortus and eventually succeeded his uncle Jan. Between Jan and Caspar, they described hundreds of species from Africa, the Americas, and Asia. The Commelins are considered among the most important of the early botanists. In 1703, he published a work on the systematics of rare exotic plants, and in 1706 was appointed as professor at the Athenaeum Illustre school in Amsterdam. The story is that Linnaeus who established this genus decided to commemorate the Commelins because the dayflower has two large petals (for Jan and Caspar) and a third small petal (for another Commelijn who died young before he could accomplish anything in botany), but this may well be an apocryphal though convenient explanation. (ref. genus Commelina)
  • com'munis: in Latin "common, general" and means growing in communities. (ref. Lapsana communis, Pyrus communis, Ricinus communis)
  • commuta'ta: changeable, changed or changing; used for a species that is very similar to one already known. (ref. Malacothrix saxatalis var. commutata)
  • como'sa/como'sum: tufted, furnished with a tuft of some kind. (ref. Carex comosa, Luzula comosa, Tetradymia comosa, Veronica comosa)
  • compac'ta/compac'tum/compac'tus: growing in compact form. (ref. Ayenia compacta, Trichostema austromontanum ssp. compactum, Erigeron compactus)
  • complana'tum: flattened, levelled. (ref. Thelypodium integrifolium ssp. complanatum)
  • comple'xa: encircled, embraced, complex. (ref. Muehlenbeckia complexa)
  • compos'itus: composite, having many parts. (ref. Erigeron compositus)
  • compres'sa: compressed, flattened. (ref. Poa compressa)
  • Conard'ia/conardia'na: named for Henry Shoemaker Conard (1874-1971), botanist, emeritus professor of botany at
      Grinnell College, and leading authority on bryophytes and water lilies. He was born in Philadelphia. His father was the director of a boarding school and his uncle was a horticulturist. Henry attended Friends' Select School in Philadelphia from 1881 to 1888 and then Westtown Friends' Boarding School in Westtown, Pennsylvania in 1889, graduating as valedictorian in 1892. He next entered Haverford College where he was awarded a B.Sc, degree in 1894 and an M.A. in 1895. He first taught science in Westtown, then he entered the University of Pennsylvania as a
    Harrison Fellow in Biology in 1899, completing his Ph.D. in 1901, followed by teaching botany at the University from 1901 to 1905. Then from 1905 to 1906, he was a Johnston Scholar at Johns Hopkins University. In 1906 he took up a professorship in botany at Grinnell College in Grinnell, Iowa, a position he held until 1955. While there he was chair of the botany department and Chairman of the Faculty. He was granted emeritus status in 1944. He also curated the bryophyte collections at the University of Iowa and running the Moss Clinic at the Iowa Lakeside Laboratory. His first wife died in 1946 and he remarried in 1950, moving to Florida in 1955. He was the author of How To Know Mosses and Liverworts, The Plants of Iowa, and over 100 articles and monographs. He was President of the American Bryological Society, the Iowa Academy of Science and the Sullivant Moss Society. In addition to his collections in Iowa, he also gathered specimens on trips to the Olympic Peninsula and in Yellowstone National Park. (ref. genus Conardia, Pyrola conardiana) (Photo credit: Proceedings of the Iowa Academy of Science)
  • conchulif'erus: from the Greek konche, "a shell or shellfish," the suffix -ule, which is used as a diminutive, and the suffix -iferus, from the Latin fero, "to bear," so that this basically means "bearing or having a small shell," referring to the distinctive clam-like fruits, which are cupped with a deeply-lobed margin. This species is sometimes called cupped fringe-pod and is basically restricted to Santa Cruz Island and a few locations in the Santa Monicas. (ref. Thysanocarpus conchuliferus)
  • concin'na/concin'num/concin'nus: neat, well-made, elegant. (ref. Clarkia concinna, Triglochin concinna, Hypericum concinnum, Erigeron concinnus, Linanthus concinnus, Lupinus concinnus)
  • concinno'ides: same as previous entry? (ref. Carex concinnoides)
  • con'color: of the same color, as in the leaf surfaces. (ref. Abies concolor, Calochortus concolor, Collinsia concolor, Downingia concolor)
  • Conda'lia: after Antonio Condal (1745-1804), a Spanish physician and botanist from Barcelona who explored in South America and was a member of Pehr Loefling's expedition of 1754-1756 up the Orinoco River. The genus Condalia was published in 1799 by Spanish taxonomist Antonio José Cavanilles. (ref. genus Condalia)
  • Conde'a: David Hollombe provided the following: “The name goes back to  'Condaea frutescens, satureia foliis; flore albo,' a name given by Jean-Baptiste René Poupée-Desportes in an unpublished manuscript. Jussieu adapted this as 'Satureia condaea' not published by Jussieu, but both cited as a synonyms by Lamarck. If Poupée-Desportes explained the name in his manuscript, I don't know that anyone has quoted his etymology in any published work.” However Tropicos lists the name as having been authored by French botanist Michel Adanson in 1763, and the Jepson Manual’s etymology says: “Name used by Adanson without explanation.” David further stated that: “Poupe-Desportes died in 1748, before the 1753 foundation of the binomial system, so he is not credited as the author, but he was the first to use a form of the name for the type species of the genus.” The name Condea emoryi in the Lamiaceae was published by Raymond Mervyn Harley and J.F.B. Pastore in 2012 after the taxa was initially published as Hyptis emoryi by John Torrey. Other species of Condea are resident in Mexico. It has also been suggested that the name may refer to Louis II, Prince de Condé (1621-1686), aka Louis de Bourbon, French general, but I have not found any independent confirmation of that. (ref. genus Condea)
  • condensa'ta/condensa'tus: crowded together, forming dense mats. (ref. Eremothera boothii ssp. condensata, Phlox condensata, Leymus condensatus)
  • conditii: named for Ira Judson Condit (1883-1981). Species author David Keil writes in his publication of this taxon: “The new species is named in honor of Dr. Ira J. Condit, who was an instructor in botany and horticulture from 1907 to 1912 at the newly founded California Polytechnic School [now California Polytechnic State University] in San Luis Obispo, California. During his time at Cal Poly, he explored San Luis Obispo Co. and collected plant specimens, often accompanied by Judge E.P. Unangst, and visited and collected in other parts of the state. He founded a short-lived California Polytechnic School Herbarium of about 4000 specimens, which was later incorporated into the University of California Herbarium. Many of his collections at UC bear labels from the Cal Poly Herbarium [the type of Erigeron conditii is labeled as having come from his private herbarium]. Condit later taught horticulture at the University of California, where he earned a masters degree in 1928; he was awarded a Ph.D. from Stanford University in 1932. Dr. Condit researched and published on a number of subtropical fruit crops in California.” He was born in Jersey, Ohio, graduating from Granville High School in 1900 and going on to Ohio State University and earning a B.S. degree in 1905. After graduating from Ohio State he worked for the Division of Entomology at the U.S. Department of Agriculture, then taught at Cal Polytechnic. He married in 1912 and moved to Berkeley where he joined the College of Agriculture. He studied tropical fruits and published research reports on the cultivation of the avocado, carob, oriental persimmon and loquat. He was at least partly responsible for establishing the economically important California avocado industry. Condit is best known today for his work on the large genus Ficus, which includes the edible fig. Wikipedia says: “After World War I, Condit took a job as horticulturist for the planned J.C. Forkner Fig Gardens, a combination fig ranch and real-estate development project in Fresno, California, that collapsed in the Great Depression. He later served for four years as horticulturist to the California Peach and Fig Growers Association. In 1923, the growers association sent him to Europe to learn about the fig industries of Algeria, Italy, Greece, Turkey, France, Spain and Portugal. In 1923, the growers association sent him to Europe to learn about the fig industries of Algeria, Italy, Greece, Turkey, France, Spain and Portugal. In 1935, Condit joined the University of California Citrus Experiment Station in Riverside as Associate Professor and Associate Subtropical Horticulturist. He remained there for many years studying the morphology of the fig flower, fig nomenclature and climatic adaptation, and fig breeding, and he wrote cytological studies of over 30 Ficus species. Among those he studied were Ficus carica (the edible fig), F. benjamina (weeping fig) and F. elastica (rubber plant). In 1947 he published The Fig, his comprehensive monograph on the subject. In 1934-35, Condit was visiting professor at Lingnan University in Canton, China, and also visited the Philippines, Formosa, Japan, and Hawaii. He served as the editor of the Subtropical and Tropical Pomology section of Biological Abstracts, and he was a member of the American Association for the Advancement of Science, the American Society of Horticultural Science, and the California Botanical Society. Condit retired from UC Riverside in 1951 and died in Santa Barbara, California in 1981 at the age of 97. A collection of his papers is held by the Riverside Public Library.” (ref. Erigeron conditii)
  • confertiflor'a/confertiflor'um: with crowded flowers. (ref. Ambrosia confertiflora, Arctostaphylos confertiflora, Cryptantha confertiflora, Mohavea confertiflora, Eriophyllum confertiflorum)
  • confertifo'lia: with crowded leaves. (ref. Atriplex confertifolia)
  • confer'tus: crowded. (ref. Lupinus lepidus var. confertus)
  • confin'is: related. (ref. Poa confinis, Solidago confinis)
  • confu'sa/confu'sus: uncertain, might be taken for another species. (ref. Arenaria confusa, Camissoniopsis confusa, Penstemon confusus)
  • cong'donii: after Joseph Whipple Congdon (1834-1919), American lawyer and botanist who moved to California from Rhode Island in 1880. In addition to collecting in California, he was well known in Europe for his work, and a collection of plants he made there and in the East was presented to Stanford University. At the time of his death he had a herbarium of about 10,000 specimens. (ref. Eriophyllum congdonii, Garrya congdonii, Lembertia congdonii, Lomatium congdonii, Mimulus congdonii)
  • cong'donis: see previous entry. (ref. Horkeliella congdonis)
  • conges'ta/conges'tum/conges'tus: arranged very closely together, very crowded. (ref. Ipomopsis congesta, Mentzelia congesta, Plectritis congesta, Hemitomes congestum, Juncus bufonius var. congestus)
  • conglomera'tus: crowded together, conglomerate. (ref. Rumex conglomeratus)
  • Conico'sia: from the Greek konicos, which means "cone-shaped or conical." (ref. genus Conicosia)
  • coniflor'a: with flowers like cones (?). (ref. Silene coniflora)
  • con'jugens: joined, united. (ref. Hemizonia conjugens, Lasthenia conjugens)
  • conjugia'lis: joined in pairs, wedded, from the Latin conjugatus, "united." (ref. Lonicera conjugialis)
  • coniflor'a: with cone-shaped flowers. (ref. Silene coniflora)
  • Conioselin'um: a name derived by combining the generic names Conium and Selinum. (ref. genus Conioselinum)
  • Co'nium: derived from the ancient Greek name coneion for hemlock. (ref. genus Conium)
  • conna'ta/conna'tus: united, having opposite leaves joined together at their base. (ref. Crassula connata, Penstemon clevelandii var. connatus)
  • conoi'dea: cone-like. (ref. Silene conoidea)
  • Conrin'gia: named after Hermann Conring (1606-1681), a German polymath, journalist, jurist, antiquary,
      professor and noted intellectual at the University of Helmstedt, Germany, whose primary disciplines were physics and medicine, who was one of the first of the early German political scientists who used the term "statistics" (although they meant it in the sense of the study of states), who lectured on the political constitutions of states and was considered the founding father of the history of German law, and whose historical critique of Roman law helped emancipate Germany from its medieval past. He was also physician to Queen Christina of Sweden. Conring was the
    author of New Discourse on the Roman-German Emperor. The genus Conringia was published in 1759 by Philipp Conrad Fabricius. (ref. genus Conringia)
  • consanguin'ea: related. (ref. Baccharis pilularis ssp. consanguinea)
  • Consol'ida/consol'idus: solid, stable, from the Latin consolido, "to make firm." (ref. genus Consolida)
  • conspe'rsus: scattered.
  • conspic'uum: conspicuous. (ref. Allium obtusum var. conspicuum)
  • Constancea: see following entry. (ref. genus Constancea)
  • constan'cei: after Lincoln Constance (1909-2001), patriarch of botany at Berkeley. The following is quoted
      from a UC Berkeley press release 6/15/2001: "Lincoln Constance, a much respected botanist and administrative leader at the University of California, Berkeley, died of respiratory failure after a brief illness on Monday, June 11, at Alta Bates Medical Center in Berkeley. He was 92. Constance was professor emeritus of botany and an expert on plants of the parsley family - the Umbelliferae, an economically important group that includes carrots, parsley, fennel and poison hemlock. During his six-decade career, he served as director of UC Berkeley's University Herbarium and as
    president of the California Academy of Sciences. Just as important were his years as an administrator at UC Berkeley. He held the post of dean of the College of Letters & Science - UC Berkeley's largest college - from 1955 to 1962, and served as vice chancellor for academic affairs from 1962 to 1965. His tenure as vice chancellor coincided with the turbulent free speech years. He served as acting chancellor at various times, including a brief period before Roger Heyns became chancellor in 1965. He retired in 1976. 'Lincoln was the patriarch of botany at UC Berkeley,' said Brent Mishler, professor of integrative biology and current director of the University and Jepson Herbaria. 'He was immensely influential in shaping the modern history of the university and of systematic botany on a worldwide level. In addition to his numerous professional accomplishments, Lincoln was a true gentleman and an exceptionally generous colleague, mentor and friend.' Clark Kerr, who was UC Berkeley's first chancellor from 1952 until 1958, recalled in 1988 that Constance was one of the faculty responsible for bolstering UC Berkeley's academic reputation. As a member of the campus budget committee and later dean, he bore much of the responsibility for weeding out unproductive or ineffective members of the faculty and hiring academics who were strong both in teaching and research. By 1964, a national study placed all UC Berkeley departments surveyed in the top six nationwide and called the campus 'the best balanced distinguished university' in the country. Because of the pivotal role Constance played, Kerr presented him in 1988 with the Clark Kerr Award, an honor given yearly by the Academic Senate. Paul Licht, current dean of the biological sciences at UC Berkeley, remembers him as very dedicated, to the point of helping keep the campus clean. 'He would never pass a piece of trash without picking it up and throwing it in a trash bin,' Licht said. 'He deeply cared about every aspect of the campus that he loved so much.' Born in Eugene, Oregon, on Feb. 16, 1909, Constance graduated from the University of Oregon in 1930 and entered UC Berkeley as a graduate student in botany. He studied under Willis Linn Jepson, the author of the first systematic survey of California plants. After obtaining his PhD in botany in 1934, Constance spent three years at Washington State College (now Washington State University) as director of their herbarium before returning to UC Berkeley as an assistant professor in 1937. He subsequently became curator of seed plants in the University Herbarium, then chair of the department of botany from 1954 to 1955, and finally director of the University Herbarium for 12 years, from 1963 to 1975. He was trustee of the Jepson Herbarium, founded in 1950 for the study and collection of California flora, from 1960 until his death, and helped oversee the editing of a new edition of Jepson's 1925 Manual of the Flowering Plants of California, which was published in 1993 as The Jepson Manual, Higher Plants of California. During World War II, he left to become a geobotanist and eventually a research analyst at the Office of Strategic Services in Washington. During his career, he contributed as a parsley family expert to numerous plant manuals, including compendia of the plants of Nevada, Arizona, Texas, Panama, Venezuela and Peru. Many of these contributions were in collaboration with long-time colleague Mildred E. Mathias, late professor emeritus of botany at UCLA. Constance applied to the parsley family a new way of classification called biosystematics, which takes account of all characteristics of a plant, from habitat to chromosome number, in determining relationships. 'He made modern sense out of a very diverse and complicated group,' the Umbelliferae or Apiaceae, Mishler said. 'He was one of the top plant systematists of his generation.' In 1986, he received the Asa Gray Award of the American Society of Plant Taxonomists for 'outstanding contributions to systematic botany.' He remained active after his retirement, among other things chairing for 23 years, until 1998, the Academic Senate's Committee on Memorial Resolutions, which compiles memoria for deceased faculty. Constance was a fellow of the American Academy of Arts and Sciences and of the California Academy of Sciences, and a foreign member of the Linnaen Society of London and the Swedish Royal Academy of Sciences. He served as president of the American Society of Plant Taxonomists, the California Botanical Society and the Botanical Society of America. He is survived by his son, William, of Berkeley and a niece, Nancy Constance Doornink, of Springfield, Ore. His wife, Sara (Sally) Luten Constance of Oregon, died in 1991." (ref. Arabis constancei, Eryngium constancei, Lupinus constancei)
  • constric'tus: constricted, drawn together, contracted. (ref. Mimulus constrictus)
  • contig'uum: near together close enough to touch each other, or closely related. (ref. Eriogonum contiguum)
  • continenta'lis/continen'tis: continental, widespread. (ref. Phacelia insularis var. continentis)
  • contor'ta/contor'tus: twisted. (ref. Epilobium contorta, Pinus contorta, Heteropogon contortus)
  • contra-/contro-: Latin prefix meaning against.
  • contrac'ta/contrac'tus: drawn together, contracted. (ref. Eriochloa contracta, Sporobolus contractus)
  • convallario'ides: resembling genus Convallaria, lily-of-the-valley, from the Latin convallis, "a valley." (ref. Listera convallarioides)
  • convolvula'ceum: twining. (ref. Heliotropium convolvulaceum)
  • Convol'vulus: from the Latin convolvere, "to twine around." (ref. genus Convolvulus and family Convolvulaceae, also Polygonum convolvulus)
  • Cony'za: derived from the Greek word for flea konops, and used by Pliny as a name for some kind of a fleabane. (ref. genus Conyza)
  • cook'ei: after William Bridge Cooke (1908-1991), naturalist, major mycologist and prolific author on fungi.
      He received a B.S. in botany from the University of Cincinnati in 1932, an M.S. in 1939 from Oregon State University, and a Ph.D. from Washington State University in 1950. Among his works were The Fungi of our Mouldy Earth (1986), The Ecology of the Fungi (1958), Fungi of Mt. Shasta (1955), and On the Flora of the Cascade Mountains (1962). He donated more than 2100 mushroom collections to the U.C. Berkeley herbarium, more than any other collector. Among his works were The Fungi of our Mouldy Earth (1986), The Ecology of the Fungi (1958), Fungi of
    Mt. Shasta (1955), and On the Flora of the Cascade Mountains (1962). The article about him on the MykoWeb site by Elsa Vellinga adds: "In his ‘real life,’ Cooke worked as a mycologist for the Robert A. Taft Sanitary Engineering Center, part of the U.S. Public Health Service in Cincinnati, and studied fungi in polluted water and sewage until his retirement in 1969." In addition to the five books, he wrote 192 articles. His name is also on Phacelia cookei, a taxon published in 1970 by Lincoln Constance and Lawrence Ray Heckard, and on Glyceria cookei published by Jason Richard Swallen in 1941. (Photo credit: MykoWeb) (ref. Phacelia cookei)
  • cook'ii: after Fred Lucien Cook (1921-1971) who helped Robert Hoover explore the area where this plant was found. Originally from Tennessee, his family settled in Atascadero where he eventually died. (ref. Triteleia ixioides ssp. cookii)
  • cool'eyae: after Grace Emily Cooley (1857-1916), American botanist, author of Impressions of Alaska: with a List of Plants Collected in Alaska and Nanaimo, B.C. (1892). Along with James M. Macoun of the Canadian Geological Survey (1902) she made important early collections of vascular plants and lichens. The following is quoted from Ladies in the Laboratory?: American and British Women in Science 1800-1900, by Mary R. S. Creese: "Grace Cooley taught in the botany department at Wellesley for twenty-one years. She was born in East Hartford, Connecticut, on 26 July 1857. In 1881, at the age of twenty-four, after several years of high school teaching in New Jersey and New York, she enrolled at Wellesley. Although she did not immediately proceed to a degree, she nevertheless held the position of instructor from 1883 to 1896. She carried out summer research at the Woods Hole Marine Biological Laboratory, and in 1893 took an A.M. at Brown University, Rhode Island. Among her publications from this period is a detailed account of the flora of southeastern Alaska, which appeared in the 1892 Bulletin of the Torrey Botanical Club. Still a paper of general interest, it reported a trip she and Clara Cummings had taken by coastal freighter along the Alaska panhandle the preceding summer. In the alpine meadows above Juneau, Cooley discovered a new species of buttercup that now bears her name, Ranunclus cooleyae. In 1894, following a period of research at the Naples Zoological Station and some time at the University of Zurich, she received a Zurich Ph.D. Her dissertation research on the cellulose content of seeds appeared in the Memoirs of the Boston Society of Natural History (1895). Although she became associate professor at Wellesley in 1896, she was not promoted further, possibly because she failed to publish again until 1904, when she brought out two papers on the growing of trees. She was especially active on the Missionary Committee of Wellesley's Christian Association. In 1904, at the age of forty-seven, she returned to New Jersey, where her teaching career had begun more than twenty-five years earlier. For eleven more years she taught biology in Newark high schools. The welfare of women schoolteachers was her particular concern, and she took a leading part in the formation of the Association of Women Teachers of the Newark High Schools, serving as the organization's first president. She died in Newark, 27 January 1916, at age fifty-eight." (ref. Stachys cooleyae)
  • coombs'iae: named for Ella May Coombs (Mrs. David Rose, Mrs. Aaron Leslie Coombs) (1857-1918). (ref. Streptanthus coombsiae)
  • coo'perae: after Sarah Paxson Moore, aka Mrs. Ellwood Cooper (1824-1908), botanist and plant collector near Santa Barbara. The Santa Barbara Morning Press of 14 March 1908 reported: “Mrs. Ellwood Cooper Dies; End of Busy, Helpful career. In the passing of Mrs. Ellwood Cooper, earth has lost one of its sweetest flowers. Few could have been more beloved than was this cultivated, noble woman whose life was filled with good works. Surrounded by her family she passed peacefully away, after a long illness, the end coming as a result of heart disease. Mrs. Cooper was born in Pennsylvania and was married in Philadelphia, both she and her husband being members of the Society of Friends, or Quakers. The Coopers went to the West Indies, where they lived ten years and Mr. Cooper amassed a large fortune. They lived five years in Brooklyn and came to Santa Barbara in 1870, being attracted here by the splendid climatic conditions. Mrs. Cooper was always interested in the development of education and soon after their arrival here Mr. and Mrs. Cooper established a n institution of learning of a high order. This school was known as “The College.” The faculty was composed of a number of educators who afterwards distinguished themselves as teachers at various universities. The Coopers’ three children, their son Henry and their daughter Fanny, who have made their home with their parents, and their daughter Helen, now Mrs. Baxley, the wife of I. R. Baxley of Montecito, received part of their education at this institution. Mr. Cooper purchased the beautiful ranch at Elwood and was the first manufacturer of olive oil in this state. Although Mrs. Cooper always took a deep interest in things educational and did much to further them in this city, she was more widely known for her knowledge of plants and helped to collect for the flora of this state. She was well known by most of the botanists in the United States. She had a very large circle of warm friends in this city, among whom she was a social leader, although, owing to ill health, she had led a very quiet life lately.” The book The Gardener's Monthly And Horticulturist V20 by Thomas Meehan states that: "Mr. Ellwood Cooper, brought up in Lancaster county, Pa., after making a fortune in the West India trade, went to Santa Barbara, California, and settled down to the cultivation of a large ranch - 4,000 olive trees, 4,000 English walnuts, 12,500 almond trees, and 50,000 eucalyptus trees constitute a portion of the orchards and forest he has set out. Appreciating the importance of growing large quantities of trees and the especial value of the Eucalyptus, he opened an intercourse with Baron Ferd. Von Muller, Director Botanic Gardens of Melbourne, and received numerous pamphlets of the Baron's writing on Eucalyptus. These he has collected and edited, with matter of his writing, making an important contribution to our works on forest culture." He was also the superintendent of Santa Barbara College and may be more than anyone else responsible for the great number of blue gum eucalyptuses that populate so many of our neighborhoods. Virtual American Biographies on the Virtuology website says: "He was educated in Harmony, after which he engaged in business in Port au Prince, W. I., and later in New York. About 1870 he removed to southern California and settled in Santa Barbara, where he has devoted his attention principally to the cultivation of fruits. On his farm are produced olives, grapes, English walnuts, and European almonds, in crops far exceeding those of the older countries; also oranges, lemons, Japanese persimmons, and other similar fruits. Mr. Cooper was the first in the United States to manufacture olive-oil and put it on the market. In connection with this industry he has invented various forms of machinery for use in the oil-works, and also a machine for hulling English walnuts, grading them as to size and washing them, thus not only effecting a great saving of labor, but making them more satisfactory for sale than can be done by hand. He has been president of the board of directors of Santa Barbara College, for three years was principal of the College, and is now (1886) president of the California state board of horticulture. He has published " Statistics of Trade with Hayti" (New York, 1868); "Forest Culture and Eucalyptus Trees" (San Francisco, 1876); and "A Treatise on Olive Culture" (1882)." His name is also on the large Ellwood oil field, the onshore portion of which was abandoned in 1972, and which is currently still producing oil from at least one offshore oil platform. He died in 1918. (ref. Cheilanthes cooperae)
  • cooperi: named for Daniel Cooper (1817-1842), merchant, philanthropist and amateur collector of Australian plants of English origin, born about 1817, the son of a chemist. He was educated for a medical career but was strongly drawn to natural history, especially botany and conchology. He was heavily involved in establishing the Botanical Society of London, of which he became first curator, his duties being to receive and distribute the dried plants among the members. He was an assistant in the Zoological Department of the British Museum, but had employed his leisure hours in compiling his ‘Flora Metropolitana,’ which contained a list of the land and fresh water shells around London. He was also an associate of the Linnean Society. At some point he gave up lecturing in botany and entered the army at Chatham, being assigned to the 17th Lancers as an assistant-surgeon. He died at Leeds only two months later at the young age of 25, his career cut short and the botanical world deprived of the things he might have accomploshed. (ref. Shaeropteris cooperi)
  • coo'peri: named after Dr. James Graham Cooper (1830-1902), geologist of the Geological Survey of California,
      who collected plants in the Mojave Desert in 1861. He was the son of William Cooper, who was one of the founders of the New York City Museum of Natural History, a friend of John James Audubon, the first American member of the Zoological Society of London, and the person for whom the Cooper's hawk was named. James Graham Cooper graduated from the New York College of Physicians and Surgeons in 1851. He was credited with writing the first book on the birds of California, published in 1870, and made the first published report on the elf owl,
    Micrathene whitneyi, in 1861. In 1863, he described the desert tortoise and named it Gopherus agassizii for Louis Agassiz, to honor him for his work on North American turtles. Cooper published on botany, conchology, ornithology, mammalogy, and paleontology, and with George Suckley was co-author of The Natural History of Washington Territory (1860). "Born and educated in New York City, James G. Cooper (1830-1902) was a naturalist and physician with Isaac Stevens' Pacific Railroad Survey expedition of 1853. One of the first to collect specimens in the Pacific Coast regions, he became an expert on the geological, biological, and zoological aspects of that area. He published material on the natural history of California and Oregon and wrote a chapter on zoology for Natural Wealth of California, edited by T. F. Cronise. After travelling extensively [Oregon and Washington Territories, California, Panama and Cape Hatteras], he practiced medicine and lived in California until his death in 1902. The Cooper Ornithological Society was named in his honor." (Quoted from Smithsonian Institution Archives) (ref. Achyronychia cooperi, Adenophyllum cooperi, Caulanthus cooperi, Ericameria [formerly Haplopappus] cooperi, Hymenoxys cooperi, Lycium cooperi, Orobanche cooperi, Piperia cooperi, Psilostrophe cooperi)
  • cope'landii: after botanist Dr. Edwin Bingham Copeland (1873-1964). He was born in Monroe, Wisconsin,
      30 Sep. 1873, died Chico, California, 1964. [His father was a zoologist and no doubt influenced his early interest in the natural sciences. He did three years of undergraduate work at the University of Wisconsin and then] ... was a graduate of Stanford University with the pioneer class of 1895; botanist of the U. S. Philippine Commission, 1903; Curator of Herbarium, University of California, Berkeley, 1928-32; world authority on ferns and author of Genera Filicum, the Genera of Ferns (1947) (from Cantelow and Cantelow, "Biographical Notes on Persons in Whose Honor
    Alice Eastwood Named Native Plants" in Leaflets of Western Botany, 1957). "A well-known pteridologist who got his education at Stanford University and in Germany, taking his Ph.D degree at Halle in 1896; appointed in the Philippines late 1903; Dean [and Professor of Plant Physiology for eight years of the institution he founded which is now known as the University of the Philippines College of Agriculture at Los Baños, Laguna.]; Professor, University of California, 1928-32; Technical Adviser, Dept of Agriculture and Nat. Resources, Manila, and Director of the Nation. Economic Garden, Los Baños, 1932-35. He wrote A Fern Flora of the Philippines in 3 volumes (1958-60)." (from National Herbarium Nederland). He was a tremendously prolific writer and was the author of numerous papers on pteridophytes, plant pathology and agricultural botany. Earlier in his career he was also a botany professor at the University of Indiana, the State Normal School at Chico, California, and the University of West Virginia. Copeland's personal herbarium was sold to the University of Michigan. (ref. Orthocarpus cuspidatus ssp. copelandii)
  • Copros'ma: from the Greek kopros, "dung," and osme, "a smell," alluding to the fetid smell (ref. genus Coprosma)
  • Cop'tis: from the Greek kopto, "to cut," in reference to the deeply-incised leaves. (ref. genus Coptis)
  • corallin'us: coral-red.
  • Corallorhi'za: from the Greek korallion, "coral," and rhiza, "root," thus meaning having coral-red roots. (ref. genus Corallorhiza)
  • corda'ta/corda'tus: heart-shaped. (ref. Acanthomintha obovata ssp. cordata, Streptanthus cordatus)
  • cordaea'na: named for August Karl Josef Corda (1809-1949). Czech physician and mycologist, born in Reichenberg
      (now Liberec), Bohemia. Both his parents died suddenly only weeks after his birth and he was raised by his grandmother, attending  the Normal School in Reichenberg. When he was ten, his grandmother died and he was farmed out to strangers who gave him no schooling for two years. Two years later he went to live with an uncle in Prague and was enrolled in the Lyceum of New Prague. He left the Lyceum in 1824 to study physics, chemistry, minerology, and botany (under Ignaz Friedrich Tausch) at the Polytechnic Institute. In 1827 he briefly took a job in a chemical
    factory before going back to the University of Prague to study surgery. He became a cholera doctor and continued in that capacity for five years in a number of different cities, eventually becoming dispirited by the struggle against the disease and quitting the practice of medicine altogether. Perhaps because of associates of his such as Kurt Sprengel, Alexander von Humboldt, Carl Sigismund Kunth, Johann Horkel and Martin Lichtenstein, he became inspired by botany. He studied palms and wrote several monographs in Berlin then returned to Prague and collected in that region. He was invited to take up a position of Curator of the Division of Zoology at the Czech National Museum, where mycology became the primary focus of his work. He produced two monumental works, the 6-volume Icones fungorum hucusque cognitoruma (1837-1842)and Prachtflora europäischer Schimmelbildungen (1839). He perished at sea in 1849 while returning home from a collecting trip in Texas. (ref. Porella cordaeana)
  • cordifo'lia: in Latin means with "heart-shaped leaves." (ref. Aptenia cordifolia, Arnica cordifolia, Keckiella cordifolia)
  • cordula'tus: from the Greek cordul, "a club or swelling," thus meaning shaped like or appearing like that, of uncertain application. (ref. Ceanothus cordulatus)
  • Cordylan'thus: from two Greek words cordule, "club," and anthos, "flower." (ref. genus Cordylanthus)
  • Cordyl'ine: from the Greek cordyle, "a club." (ref. genus Cordyline)
  • co're-co're: uncertain, but possibilities here are the Greek koris, “a bed-bug,” kore, “a maiden or girl, doll or puppet,” koris, “a kind of St. John’s wort,” and kore, “a pupil of the eye.” (ref. Geranium core-core)
  • Coreop'sis: from the Greek koris, "a bug," and -opsis, indicating a resemblance, therefore meaning bug-like, referring to the achenes which look like ticks. (ref. genus Coreopsis)
  • Corethro'gyne: derived from the Greek korethron meaning "a brush for sweeping" and gune, "style," and referring to the brush-like style tips. (ref. genus Corethrogyne)
  • coria'cea: from the Latin corium, "leather," and the -acea suffix indicating resemblance, thus "resembling leather, leathery." (ref. Lastarriaea coriacea)
  • Corian'drum: originally from the Greek koriandron, "coriander," a name used by Pliny, and derived from koros, "a bug," in reference to the foetid smell of the leaves. (ref. genus Coriandrum)
  • coridifo'lium: with leathery leaves.
  • Corisper'mum: (1) Munz says from the Greek coris, "a bedbug," and sperma, "seed" (2) Jepson says, I believe correctly, from the root cori, "leather or leathery," and sperma, "seed," thus "leathery-seeded. (ref. genus Corispermum)
  • cornel'ius-mul'leri: after Cornelius (‘Neil’) Herman Muller (originally Müller or Mueller) (1909-1997), a professor
      of botany at UC Santa Barbara, whose major fields were ecology, taxonomy and botanical history. In addition to the California oak Quercus cornelius-mulleri, he had a second oak named for him, a Mexican species, Q. mulleri. The following is quoted or paraphrased from the JSTOR entry on Muller: He grew up in Texas and received his training in botany at the University of Texas, Austin (B.A. 1932, M.A. 1933) and the University of Illinois, Urbana (Ph.D. 1938). He first worked as an assistant botanist for the United States Department of
    Agriculture. He joined the faculty of Santa Barbara College in 1945 as an Assistant Professor of Science, then Assistant Professor of Botany in 1948, Associate Professor of Botany in 1950, full Professor in 1956 and Acting Dean of the Graduate Division (1961-1962). He was one of the first scientists to be involved in the Institute for Tropical Biology in San Jose, Costa Rica (1961-1962). His wife Katherine became director of the Santa Barbara Botanical Garden (1951-1974). As a plant taxonomist, C.H. Muller was a specialist on American oaks, Quercus and published on the genus in Southwestern United States and Mexico, travelling to remote areas on horseback. Plant collections used for his research and to aid teaching plant taxonomy became the founding collections of the UCSB herbarium. His research increasingly concentrated on ecological observations including vegetation dynamics, plant interactions and his classic studies of chemical interactions or allelopathy. He published extensively on both desert and arctic ecosystems, providing his own interpretation of vegetation climaxes, and demonstrated the importance of hybridisation in the systematics of American oaks. In 1975 he was awarded the Eminent Ecologist Award, the highest honour of the Ecological Society of America. He became and Emeritus Professor in 1976. (ref. Quercus cornelius-mulleri) (Photo credit: Herbarium of the L.H. Bailey Hortorium)
  • cornicula'ta/cornicula'tus: horned.. (ref. Oxalis corniculata, Lotus corniculatus)
  • Cor'nus: a Latin name for dogwood. (ref. genus Cornus)
  • cornu'ta: bearing horns or spurs, usually the flowers. (ref. Polygala cornuta var. fishiae)
  • corolla'ta: like a corolla. (ref. Cryptantha corollata)
  • coronar'ia/coronar'ium: used for or belonging to garlands. (ref. Glebionis coronaria, Lasthenia coronaria, Lychnis coronaria, Stephanomeria exigua ssp. coronaria)
  • corona'ta/corona'tum: crowned. (ref. Atriplex coronata, Muilla coronata, Stipa coronata)
  • coronen'sis: the 'ensis' ending suggests that this is most likely a geographical reference. The type description includes the following: "The new variety is named for the type locality near the Rams Horn Spring campground, the Latin corona being one possible translation of 'horn.' " The Nevada Natural Heritage website lists the common name of this taxon as the Rams Horn Springs milkvetch, while other sources call it the Modoc Plateau milkvetch. I can find nothing that relates the word corona with 'horn,' which in Latin is cornu, the word corona typically being translated as 'crown.' Latin authorities I have consulted agree that there is no possibility that the two words could be used interchangeably. The taxon author, Stanley L. Welch, very kindly responded to my query by saying that "the name coronensis on page 408 [of Stearns Botanical Latin 3rd Edition revised 1983], in some part indicates the crown achieved by presence of horns, in a metaphorical sense, that [are] seen occasionally by hunters hoping that the animal in their sights has, indeed, horns.  In other words, the animal should have been 'crowned,' and hence the name coronenisis (with apologies)." I wrote him back and suggested that the connection between 'horn' and 'crown' was a very thin basis for an epithet, and a subsequent communication added: "Since deer do not have horns, the reference to the locality is thin indeed, but the 'horns' do indeed 'crown' the head of male deer.  I chose that name on purpose, as a euphonious substitute for 'cornensis'." (ref. Astragalus pulsiferae var. coronensis)
  • Coronil'la: from Latin corona, "a crown," in reference to the flowers. (ref. genus Coronilla)
  • coronopifo'lia: having leaves like those of Coronopus, a naturalized European member of the mustard family. (ref. Cotula coronopifolia)
  • Corono'pus/corono'pus: from the Greek korone, "crown," and pous, "foot," from the deeply cleft leaves like the points of a crown. (ref. genus Coronopus, also Chamaesaracha coronopus, Plantago coronopus)
  • correl'lii: named for botanist Donovan Stewart Correll (1908-1983), specialist in orchids. He was born in Wilson,
      North Carolina. He received a B.A. degree from Duke University in 1934, an M.A. in 1936, and a Ph.D. in 1939. Part of his doctoral reseach was done at Harvard under the supervision of orchid authority Oakes Ames who introduced him to economic botany, which was the focus of much of his career at USDA. From 1939 to 1943 he was a Research Associate at the Botanical Museum at Harvard. In 1943 he participated in the Alaska Highway Botanical-Geological Survey. He worked briefly in 1944 for USDA then served as a gunnery officery in the U.S. Navy, returning to Harvard
    to complete his research 1946-1947. He worked from 1947 to 1956 for the USDA. In 1950 his Native Orchids of North America North of Mexico was published and in 1952 and 1953 along with Oakes he released in two volumes Orchids of Guatemala. In 1956 he became ead of the botanical department of the Texas Research Foundation, publishing several works on Texas ferns, and then in 1970 the Manual of the Vascular Plants of Texas. From 1971 to 1973 he was Program Director for Systematic Biology at the National Science Foundation. Then Correll moved to the Fairchild Tropical Botanic Garden in Miami, where he researched together with his wife Helen B. Correll and the assistant Priscilla Fawcett to the flora of the Bahamas. The resulting work Flora of the Bahama Archipelago, Including the Turks and Caicos Islands appeared in 1982. He died the following year after months of illness. (ref. Platanthera x correllii) (Photo credit: Economic Botany, Vol. 38, No. 1, Jan. - Mar., 1984, pp. 134-136)
  • corrensia'na: possibly named for Carl Franz Josef Erich Correns (1864-1933), German botanist and geneticist who
      was born in Munich. Suffering from tuberculosis as a youth and orphaned at seventeen, he neverrtheless graduated from the University of Munich in 1889.  In 1892 he became a botany instructor at Tubingen University. That year he also was married and eventually had three children including one who was a minerologist and one who was a chemist. His researches included cell wall growth, floral morphology, and vegetatve reproduction in mosses and liverworts. However it was his series of experimental crosses using different maize and pea varieties that was most
    consequential. From 1900 all of his time was focused on plant genetics, sex determination in plants, becoming assistant professor of botany at Pfeffer's Institute, Leipzig in 1902, then professor of botany and director of the botanical garden at Münster University in 1909, and the first director of the Kaiser Wilhelm Institute for Biology, Berlin, in 1913. Wikipedia adds: “Between 1922 and 1927 Correns was a member of the Senate of the Kaiser Wilhelm Society. In 1925, Correns was elected a member of the Scholars Academy Leopoldina , in 1932 he was awarded by the British Royal Society, the Darwin Medal . In the same year he received the Harnack medal of the Kaiser Wilhelm Society as well as the Bavarian Maximilian Order for Science and Art. Since 1924 he was a corresponding member of the Bavarian Academy of Sciences. One of his major claims to fame was that he was one of several rediscoverers of the laws of Mendel. Correns died on February 14, 1933 in Berlin. (ref. Veronica persica var. corrensiana) (Photo credit: Revolvy)
  • corruga'ta: corrugated, wrinkled. (ref. Chorizanthe corrugata, Draba corrugata var. corrugata)
  • Cortader'ia: from cortadera, a native Argentinian word meaning "cutting," because of the leaf margins. (ref. genus Cortaderia)
  • cortusifo'lius: with leaves like Cortusa, a genus in the Primulaceae published by Linnaeus in 1753 and named for Giacomo Antonio Cortuso (1513-1603), Italian nobleman and botanist appointed from 1590 to 1603 as Prefect of the Botanical Garden of Padua by the Venetian Doge. He was an excellent field botanist and plant procurer and had his own international network of exchange with some of the foremost naturalists of his time including Jean Bauhin, Ulisse Aldrovandi, Pietro Andrea Gregorio Mattioli, Carolus Clusius, Matthias de l'Obel and Conrad Gessner. He was one of the Italians who sent rare bulbs to northern Europe. (ref. Ranunculus cortusifolius)
  • Corvisart'ia: named for Jean Nicolas Corvisart-Desmarets (1755-1821), French physician, professor of anatomy,
      physiology and surgery, doctor of the hospital of charity, professor in the Faculty of Paris and of the College of France, and member of the Academy of Sciences.  He was born in Dricourt (now Ardennes) and at the age of 12, at his fathers wish, entered the prestigious college of Sainte-Barbe. Although his father wanted him to be a lawyer, he became fascinated with medicine, worked as a male nurse for a while, and then studied at the Ecole de médecine in Paris beginning in 1777 and qualifying as docteur régent of the Faculté de Paris in1782. He began his practice as a doctor in
    the poor neighborhoods of Saint Sulpice in Paris, was a skilled clinician, rose to higher positions and was appointed to teach physiology, surgery, and obstetrics to medical school. In 1786 he became a professor of clinical pathology, and  by 1795 Corvisart was elected to the Chair of Clinical Medicine of a newly formed medical school at the Charite Hospital in Paris. In 1799, Corvisart and fellow French physician Paul Joseph Barthez were appointed by the French government as 'physicians of the Government'. When Barthez died in 1806, Corvisart was given the title of 'chief physician' and attended to Napoleon and his family, consisting of the Empress as well as the Imperial House and court. He was a favorite of Napoleon’s, insisting on a strict regimen for health to which the Emperor adhered. Corvisart also treated the Empress Josephine. A sign of Napoleon's trust in Corvisart is reflected in his quote "I don't believe in medicine but I believe in Corvisart". By 1806, Corvisart published his manuscript entitled Essai sur les maladies et les lésions organiques du cæur et des gros vaisseaux, which many consider to be the first writings of modern cardiology. Corvisart retired at age 60 after a third attack of apoplexy, which caused a hemiplegia, 4 months after Napoleon died. (ref. genus Corvisartia)
  • Cory'dalis: from the Latin Corydalus and the ancient Greek korydalos or korydos for the crested or tufted lark, korys being "helmet or helm." (ref. genus Corydalis)
  • Cor'ylus: from the Greek korylos and the Latin corylus or corulus, "hazel, " and a Latin name for the hazelnut or filbert. (ref. genus Corylus)
  • corymbo'sa: corymbose, that is, provided with corymbs, or flat-topped flower clusters in which the flower stalks emanate from different points on the stem. (ref. Antennaria corymbosa, Argemone corymbosa, Collinsia corymbosa, Orobanche corymbosa)
  • corymboso'ides: having a corymbose form. (ref. Eriogonum microthecum var. corymbosoides)
  • cory'phaeum: from the Greek koryphaios, "leading." (ref. Eriogonum pyrolifolium var. coryphaeum)
  • Coryphan'tha: from the Greek koryphe, "summit, hilltop, crown, apex," and anthos, "flower." (ref. genus Coryphantha)
  • Cos'mos: from the Greek kosmos, "ornament, decoration." (ref. genus Cosmos)
  • costafo'lia: from the Latin costa, "a rib," and folia, "leaves," thus "rib-leaved." (ref. Dudleya cymosa ssp. costafolia)
  • costa'ta: ribbed. (ref. Cryptantha costata)
  • Cotoneas'ter: from the Latin for "quince-like," possibly from the leaf shape. (ref. genus Cotoneaster)
  • cot'tonii: named for botanist John Storrs Cotton (1875-1954), author of Range Management in the State of Washington. He was born in Woodtsock, Connecticut, and was an agronomist with the U.S. Bureau of Plant Industry. (ref. Poa cottonii)
  • Cot'ula: from the Greek kotule meaning "a small cup" and referring to a hollow at the base of the amplexicaule leaves. (ref. genus Cotula, also Anthemis cotula)
  • cotulifo'lia: with leaves like genus Cotula (ref. Navarretia cotulifolia)
  • Cotyle'don: from the Greek cotule, "a cavity," from the cup-like leaves of some species. (ref. genus Cotyledon, also Lewisia cotyledon)
  • coul'teri: after John Merle Coulter (1851-1928). The following is quoted from the Virtual American Biographies
      website: "...botanist, born in Ningpo, China, 20 November, 1851. He was graduated at Hanover College, Indiana, in 1870, and during 1872-'3 was botanist to the United States geological survey of the territories in the Rocky mountain system. In 1874 he became professor of natural sciences in Hanover College, where he remained until 1879, when he was appointed to the chair of biology at Wabash. Prof. Coulter is editor of the "Botanical Gazette," published in Crawfordsville, Indiana, and is the author, in part, of "Synopsis of the Flora of Colorado" (Washington, 1874); "Manual of
    Rocky Mountain Botany" (New York, 1885); and in part of "HandBook of Plant Dissection" (New York, 1886). (ref. Botrychium multifidum ssp. coulteri, Erigeron coulteri) (Photo credit: Wikisource)
  • coul'teri/coulteria'num: named after Dr. Thomas Coulter (1793-1843), the Irish botanist, physician, explorer and
      great friend of Dr. Romney Robinson (see Romneya), who was in California 1831-32. He studied botany in Switzerland under Augustin de Candolle, discovered the Colorado Desert, first collected the Matilija Poppy and other plants, and was the first botanist to collect in Arizona. He was a doctor in a Mexican mining camp for the Real del Monte Company and was one of the first to collect in Mexico. He collected with David Douglas in California in 1831-32, where he first described the pine that now bears his name. After returning home from the New World, he made a
    gift of 50,000 herbarium specimens to Trinity College in Dublin. He was a member of the Royal Irish Academy, and a Fellow of Trinity College, Dublin, where he founded the college's herbarium of which he became the curator. E. Charles Nelson published a biography of him in 1994 called A Man Who Can Speak of Plants. (ref.Atriplex coulteri, Boerhavia coulteri, Caulanthus coulteri, Laennecia coulteri, Lyrocarpa coulteri, Malacothrix coulteri, Pinus coulteri, Romneya coulteri, Sphaeralcea coulteri, Antirrhinum coulterianum)
  • Courtois'ia: named for Belgian botanist Richard Joseph Courtois (1806-1835), co-author of Compendium florae belgicae (1827). He went to the Lycee in Liège, and then worked at the Hôpital de Bavière. He received a doctorate in medicine in 1825. At the same time he was sub-director of the botanical garden of the University of Liège and continued working with the botanist Alexandre Louis Simon Lejeune, and in collaboration with him produced a flora of Belgium (Choix des plantes de la Belgique). He investigated all regions of Liège and released in 1828 Recherches sur la statistique physique, agricole et médicale de la province de Liége(Researches on the physical, agricultural and medical statistics of the province of Liège), which publication focused on geography, geology, mineralogy, moors, water sources, flora and fauna, meteorology, and also on the physical and moral constitution of the population, hygiene, diseases, epidemics, hospitals, etc. of the province. In 1828 he was married, but not long after that came down with tuberculosis and eventually died at the age of 35. He was a member of a number of professional scientific societies. (ref. genus Courtoisia)
  • coves'ii: after Elliot Ladd Coues (1842-1899), naturalist, army doctor and frontier historian, best known as the
      author of the pioneering Key to North American Birds, one of America's most renowned ornithologists and the co-founder and first President of the American Ornithological Union. Coues began his career as a surgeon in the U.S. Army, serving on the Union side during the Civil War. He had been greatly interested in ornithology since boyhood, after the War, he published several important monographs on the subject, including Key to North American Birds (1872), Birds of the Northwest (1874) and Birds of the Colorado Valley (1878). Although known primarily as an
    ornithologist, he described many of the species in the Southwest, which were then named for him. One of those species was the Coues White-tailed Deer (Odocoileus virginianus couesi). Coues was a strong supporter for the rights of Native Americans and women. He is also famous for his role in the Sparrow War which broke out in 1874 between supporters and opponents of the House Sparrow which was becoming a huge pest in Eastern cities. In later years, he turned his attention to editing works on early travel in the West, including the celebrated History of the Expedition of Lewis and Clark (1893) and Expeditions of Zebulon Montgomery Pike (1895). During the 1880s, he became interested in psychical research. During a visit to Europe in 1884 he met Madame Blavatsky and became an ardent theosophist. He founded the Gnostic Branch of the Theosophical Society in Washington, D.C., and was elected president of the American Board of Control of the Theosophical Society. He was also active in the formation of the American Society for Psychical Research. He sought to become head of the American theosophical movement. However, in the late 1880s and early 1890s he broke with the movement, denounced the Theosophical Society, and was threatened with a libel suit by Madame Blavatsky. Blavatsky's death in 1891 brought an end to the suit. In 1899 he accompanied C. Hart Merriam on a two-month voyage on the steamship Elder along the Alaska coast which was funded entirely by Edward H. Harriman. On board were a noted group of scientists including zoologists, geologists, ornithologists, botanists, anthropologists and forestry experts interested in evaluating the health and vigor of the Alaska forests. The expedition collected numerous bird and plant species and made significant advances in the understanding of glaciers, and because Harriman wanted the widest possible dissemination of information regarding the expedition, he included two nature writers, two landscape painters, two photographers and a wildlife artist. The apparent discrepancy between the names Coves and Coues results from the fact that the Romans did not distinguish between 'u' and 'v,' thereby permitting authors when choosing Latin names to use either interchangeably. Some authors apparently had a distaste for long strings of vowels, so 'covesii' may have seemed preferable to 'couesii.' It is also possible that it was a deliberate Latinization of the name, and that just as Bigelow was Latinized to Bigelovius, thus producing 'bigelovii', Coues may have been Latinized to Covesius, thus producing 'covesii.' The referenced species of Senna is sometimes given the common name of Coves' senna and sometimes Coues' senna, although I have also seen Cove's senna, Coves's senna, and Coues's senna. Clearly Coves' and Cove's senna is an inappropriate name because his name was not Cove or Coves. (ref. Senna [formerly Cassia] covesii)
  • covillea'na/covillea'num: see covillei below. (ref. Cardamine nuttallii var. covilleana, Eriogonum covilleanum)
  • co'villei: after Dr. Frederick Vernon Coville (1867-1937), botanist on the Death Valley Expedition of 1890-91,
      first Director of the United States National Arboretum, chief botanist of the USDA and Honorary Curator of the National Herbarium 1893-1937. He was born in New York and matriculated at Cornell University where he received his B.A. in 1887. He briefly taught botany and then took a position with the USDA as assistant botanist for the Geological Survey of Arkansas in 1888. He remained with the Department of Agriculture for the rest of his life, and published around 170 papers and books. He took part in C. Hart Merriam and T. S. Palmer’s Death Valley Expedition
    and was the author of Botany of the Death Valley Expedition (1893). He was particularly interested in medicinal and desert plants and conducted in 1897-1898 the Medicinal Plants Survey. Wikipedia says: “Coville also participated in and wrote on the 1899 Harriman Alaska Expedition, although he never completed his Flora of Alaska. He was involved with the establishment of the Carnegie Institution's Desert Botanical Laboratory in 1903, the USDA Seed Laboratory, and spearheaded efforts that lead to the foundation of the United States National Arboretum in 1927. Coville was considered the American authority on Juncaceae and Grossulariaceae. After 1910 he began to work on blueberry, and was the first to discover the importance of soil acidity (blueberries need highly acidic soil), that blueberries do not self-pollinate, and the effects of cold on blueberries and other plant. In 1911, he began a program of research in conjunction with Elizabeth White, daughter of the owner of the extensive cranberry bogs at Whitesbog in the New Jersey Pine Barrens. His work doubled the size of some strains' fruit, and by 1916, he had succeeded in cultivating blueberries, making them a valuable crop in the Northeastern United States. For this work he received the George Roberts White Medal of Honor from the Massachusetts Horticultural Society. In 1919, Coville played an instrumental role in drawing attention to the threatened state of the only known box huckleberry colony, sparking a revival of interest that led to the discovery of many new specimens of the plant. From 1920 to his death, he was chairman of the National Geographic Society' Research Committee and was very influential in deciding areas of exploration. At the time of his death he was working on a revision of Botany of the Death Valley Expedition as a flora of the Valley.” (ref. Abronia nana ssp. covillei, Amelanchier covillei, Atriplex covillei, Cheilanthes covillei, Enceliopsis covillei, Erigeron breweri var. covillei, Eschscholzia covillei, Juncus covillei, Lupinus covillei, Phlox covillei, Sifdalcea covillei)
  • Cowan'ia: named after James Cowan (?-1823), a British amateur botanist. (ref. genus Cowania)
  • crac'ca: from the Latin cracca, a name given to a vetch. (ref. Vicia cracca)
  • craigiana: named for Sir William Gibson-Craig (1797-1878), Scottish advocate and politician, born at Edinburgh
      and educated at the High School there and then privately in Yorkshire. William became an advocate in 1820 and was Lord Clerk Register and Keeper of the Signet for Scotland from 1862 until his death. He was made a Privy Counsellor in 1863. He was the Member of Parliament for Midlothian from 1837 to 1841 and for Edinburgh from 1841 to 1852. He was a Junior Lord of the Treasury in Lord John Russell's government from 1846 to 1852. In 1828 he was elected a Fellow of the Royal Society of Edinburgh. He gained the title 2nd Baronet Gibson-Crai in 1850. He was
    married and had six children. (ref. Pinus craigiana, Thuja craigiana)
  • cran'dellii: named for Charles Spencer Crandall (1852-1929), botanist, horticulturist, professor and herbarium curator at Colorado Agricultural College, and plant collector in Colorado. He was born in Waverly, New York. JSTOR says “Between 1885 and 1889 he worked as a foreman in the gardens of Michigan Agricultural College. Later he became a professor of botany and horticulture at Colorado Agricultural College in Fort Collins (1890-1900) and while based there collected and published Colorado weeds (1893). Crandall also collected fungi in Colorado, producing an exsiccatae entitled Colorado Fungi which contained some 200 species. In 1894 he also produced a paper entitled "The Russian thistle." Moving to the University of Illinois in 1902, he was based in the horticulture department and served as Assistant Chief of Pomology in 1906. By 1916 he was Professor of Pomology and Chief in Plant Breeding at the Agricultural Experiment Station.” He published many articles including “Seed Production in Apples,” “Blight and Other Diseases,” “Colorado Weeds,” and others about pomology. (ref. Carex crandallii)
  • Crant'zia: named for Heinrich Johann Nepomuk von Crantz (1722-1789), botanist and physician, born in Roodt-sur-Eisch, Luxembourg, and obtained a doctorate of medicine in 1750 in Vienna. He studied obstetrics in Paris and London. He was married twice and had two sons and a daughter. In 1754 he became a lecturer in obstetrics at St. Mary's Hospital in Vienna, then from 1756 to 1774 taught physiology and materia medica at the University of Vienna. He was the author of Materia medica et chirurgica in three volumes. He also studied chemistry, botany, and the sources of mineral water. The genus Crantzia was named for him by Thomas Nuttall. (ref. genus Crantzia)
  • crassicau'le/crassicau'lis: thick-stemmed. (ref. Caulanthus crassicaulis, Sanicula crassicaulis)
  • crassifo'lia/crassifo'lium/crassifo'lius: thick-leaved. (ref. Physalis crassifolia, Eriodictyon crassifolium, Ceanothus crassifolius, Lotus crassifolius)
  • crass'ipes: with a thick stalk (compare brevipes, planipes, gracilipes, filipes). (ref. Eichhornia crassipes)
  • Cras'sula: from the Latin crassus, "thick," referring to the fleshy leaves. (ref. genus Crassula)
  • cras'sus: thick, fleshy. (ref. Rumex crassus)
  • Cratae'gus: from an ancient Greek name for a flowering thorn used by Theophrastus. (ref. genus Crataegus)
  • craterico'la: from the Greek krater, "a cup, the mouth of a volcano," and the -cola suffix indicating "dweller of." (ref. Allium cratericola)
  • craw'fordii: named for Larry Crawford, retired engineer with macrophotography experience and interest in Sierra Nevada and Great Basin mountain, chaparral and desert wildflowers, and his wife Suzanne Crawford. (ref. Claytonia crawfordii)
  • cre'ber: from the Latin creber, "thickly clustered, close, frequent." (ref. Sporobolus creber)
  • crebrifo'lia: from the Latin creber, crebra, crebrum, "thick, crowded, frequent," thus meaning "with thickly clustered leaves." (ref. Dudleya cymosa ssp. crebrifolia)
  • crena'ta: with shallow, rounded teeth.
  • crenatoserra'ta: meaning somewhere in between crenate and serrate. Originally written as crenato-serratus, the hyphen was dropped per rules of the International Code of Botanical Nomenclature. (ref. Pyracantha crenatoserrata)
  • Cre'pis: from the Greek krepis, "a sandal," and an ancient plant name. (ref. genus Crepis)
  • Cres'sa: a reference to Kressa, a Cretan woman (ref. genus Cressa)
  • cret'ica/cret'icus: of or from Crete. (ref. Hedypnois cretica, Lavatera cretica, Cistus creticus)
  • criniflor'um: with hair-like flowers or petals.
  • crin'iger: from the Latin crinis, "hair," and thus meaning "having or bearing hairs." (ref. Eleocharis criniger)
  • crin'ita/crin'itum: long-haired, having long hair. (ref. Arctostaphylos tomentosa ssp. crinita, Cryptantha crinita)
  • cris'pa/cris'pum/cris'pus: from Latin meaning "curled or wavy" in reference to the leaves. (ref. Cryptogramma crispa, Herissantia crispa, Stellaria crispa, Allium crispum, Potamogeton crispus, Rumex crispus)
  • crispifo'lia: with wavy or curly leaves. (ref. Malacothrix foliosa ssp. crispifolia)
  • crist'ae: a double meaning: (1) "in reference to the crests or narrow wings that nearly surround the achene" and (2) "the association of the taxon with the Pacific Crest Trail." (ref. Potentilla cristae)
  • crista'ta/crista'tum/crista'tus: crested or comb-like. (ref. Anoda cristata, Agropyron cristatum, Cynosurus cristatus)
  • critchfield'ii/critchfieldia'na: named for William Burke Critchfield (1923-1989), plant collector. A website for the U.S. Forest Service says: “He left a legacy unparalleled in forest genetics. Bill made major contributions to understanding genetic variation, hybridization, growth and development, biogeography, paleobotany, systematics, and taxonomy of forest trees, especially pines. In each of these fields, Bill's pioneering work earned him the position of world authority. These studies were mainly spinoffs from groundwork Bill was meticulously laying for his primary interest: unraveling the evolutionary history of conifers. And it is his evolutionary syntheses that best reveal Bill's breadth as geneticist and scholar.” He was born in Minneapolis, Minnesota, but soon moved with his family to North Dakota. He studied at the Agricultural College of North Dakota (now the University of North Dakota). He served in the Pacific Fleet during World War II, and after the war he studied at the University of California, Berkeley. In 1949 he received a Bachelor’s degree and in 1956 a Ph.D. He worked as a geneticist at Harvard from 1956 to 1959, then for the next 28 years he worked at UC Berkeley. He was particularly interested in hybridization in pines. He died of a massive heart attack at a theater in San Francisco. (ref. Abies magnifica var. critchfieldii, Pinus ponderosa ssp. critchfieldiana)
  • croca'tum: saffron yellow. (ref. Eriogonum crocatum)
  • cro'cea: saffron-colored. (ref. Bloomeria crocea, Malephora crocea, Rhamnus crocea)
  • Crocid'ium: from the Greek krokidion, diminutive of krokys or krokydos, "a flock or nap on woolen cloth, in turn from kroke or "thread," alluding to the hair in the leaf axils. (ref. genus Crocidium)
  • crock'eri/Crock'eria: named for Charles Frederick Crocker (1854-1987), vice president of the Southern Pacific
      Transportation Company. He was born in Sacramento, educated in Sacramento public schools, then at McClure’s Academy (California Military Academy) in Oakland for two years, and finally at the Brooklyn Polytechnic School where he failed to graduate due to poor eyesight. He joined the family railroad business as a clerk at the age of 22, was appointed by the Governor as a Colonel in the National Guard and by 1888 was president of the San Joaquin and Sierra Nevada Railroad. He was also President of the Board of Trustees of the California Academy of Sciences, a member of
    the Board of Regents of the University of California, and on the staff of the Governor of California. His wife died during the birth of their third child, and he died from complications of Bright’s Disease at his home in San Mateo. (ref. genus Crockeria, Draba douglasii var. crockeri)
  • Crocos'mia: from the Greek crocus, "saffron," and osme, "smell," because of the smell of the dried flowers in warm water. (ref. genus Crocosmia)
  • crocosmiiflor'a: with flowers like Crocosmia. (ref. Crocosmia Xcrocosmiiflora)
  • cros'byae: after Virginia Lee Crosby Pyles (1950- ) who graduated in botany from Oregon State University where a number of her specimens are in the herbarium, and the worked for the Bureau of Land Management and moved to Colorado. (ref. Eriogonum crosbyae)
  • Crossoso'ma: from the Greek krossoi, "fringe," and soma, "body," because of the aril, which is an extra seed covering. (ref. genus Crossosoma)
  • crotalar'iae: from the Greek krotalon, "a rattle or clapper," with reference to the rattling seeds in the inflated pods, this is one of the species of Astragalus that are often called rattleweed. (ref. Astragalus crotalariae)
  • Cro'ton: from the Greek word kroton meaning "a tick" because of the way the seeds look in some members of the family. (ref. genus Croton)
  • Crucianel'la: from the Latin crux, "a cross," and the diminutive ending, and according to Umberto Quattrocchi, "referring to the leaves, crosswise, or to the corolla lobes." (ref. genus Crucianella)
  • crucia'ta: in the form of a cross. (ref. Draba cruciata)
  • crucifor'mis: in the shape of a cross. (ref. Camissonia claviformis ssp. cruciformis)
  • cruen'tum/cruen'tus: blood red. (ref. Ribes roezlii var. cruentum, Amaranthus cruentus)
  • Crum'ia: named for bryologist Howard Alvin Crum (1922-2002). He was born in Mishawaka, Indiana and after
      high school he went to Western Michigan Teacher’s College (now Western Michigan University) in Kalamazoo. He volunteered for the US Army Air Force as a cryptographer in WWII serving from 1942 to 1945 in North Africa and the Middle East. After the war he returned to Western Michigan and changed his major from German and literature to botany. He was awarded a B.S. degree in 1947 and began graduate school at the University of Michigan. He was drawn to bryology and became a scholar, his Latin and German skills allowing him to
    easily access older literature. He travelled to Mexico to do gather material for his dissertation research. He examined many thousands of specimens during his career and gained a breadth of knowledge that was exceptional, and wrote many articles and books. He gained his Ph.D. in 1951, followed by a 3-year postdoc at Stanford working on Arctic and Canadian mosses. He next accepted a position in the Department of Biology at the University of Kentucky, and a year later took up the Curator of Cryptogams position at the National Museum of Canada in Ottawa in 1954 where he remained for eleven years. In 1965 he accepted the offer of Associate Professor of Botany at the University of Michigan. Because many mosses have wide distributions, he took a global view of his field, one of the first bryologists to do so. He was widely acknowledged as one of the finest bryological teachers of his day. He was the author of Mosses of the Great Lakes Forest, Structural Diversity of Bryophytes, Liverworts and Hornworts of Southern Michigan, The Moss Flora of Mexico, Mosses of Eastern North America, and other works. (ref. genus Crumia) (Photo credit: JSTOR)
  • crumia'na: named for botanist Ethel Katherine Crum (1886-1943). She was born in Lexington, Illinois, and studied literature and the classics at the University of Illinois where she graduated in 1907. From 1909 to 1929 she was a public school teacher and then was awarded an M.A. degree in botany from the University of California, Berkeley. She worked as a research assistant for Dr. Willis Linn Jepson on the manuscript for volume two of A Flora of California. In 1933 she was hired as assistant curator at the UC Herbarium, where she worked until her death in 1943. She also served as the Secretary to the editorial board of the California Botanical Society from 1933 to 1943. She died in Lexington, Illinois. (ref. Drymocallis pseudorupestris var. crumiana)
  • Crupi'na: I can't find anything about this name except the note in the Jepson Manual that it is an ancient Latin name. (ref. genus Crupina)
  • crus-gal'li: from the Latin crus, "the leg or thigh," and gallus, "a cock," this specific epithet is supposed to mean "cock's spur." (ref. Echinochloa crus-galli)
  • crus-pavon'is: from crus, "leg or thigh," and pavonis, "peacock," see previous entry. (ref. Echinochloa crus-pavonis)
  • crusta'cea: having a shell or rind. (ref. Arctostaphylos tomentosa ssp. crustacea)
  • crux-mal'tae: name refers to a Maltese cross. (ref. Tripterocalyx crux-maltae)
  • cruzen'sis: presumably named for the Arroyo de la Cruz Creek and/or Arroyo de la Cruz Lagoon in San Luis Obispo County. (ref. Arctostaphylos cruzensis
  • crymo'phila: from the Greek krymos, "frost, cold, ice," and the suffix -phila which means "loving," this species is called subalpine cryptantha, so it likes cold, icy environments. (ref. Cryptantha crymophila)
  • Cryp'sis: from the Greek krypsis, "hiding, suppression, concealment," from the partly hidden inflorescence. (ref. genus Crypsis)
  • cryptan'drus: with hidden anthers. (ref. Sporobolus cryptandrus)
  • Cryptan'tha: from the Greek krypto, "to hide, hidden," and anthos, "flower," and thus meaning "hidden flower," a reference to the first known species which had small inconspicuous flowers which self-fertilized without opening. (ref. genus Cryptantha, also species Phacelia cryptantha)
  • cryptocer'as: from cryptos, "hidden," and keras, "horn or antlers." (ref. Asclepias cryptoceras)
  • Cryptogram'ma: from the Greek cryptos, "hidden," and gramme, "line," perhaps because of the concealed or protected lines of sori. (ref. genus Cryptogramma)
  • cryptopleur'a: from the Greek cryptos, "hidden," and pleuron, "side, rib, lateral." (ref. Agoseris heterophylla var. cryptopleura)
  • crystallin'um: crystalline, referring to the many ice-like bubbles on the herbage. (ref. Mesembryanthemum crystallinum)
  • cuben'se: of or from Cuba. (ref. Teucrium cubense)
  • cucullar'ia: hood-like.
  • Cucu'mis: from the Greek kykyon, "cucumber." (ref. genus Cucumis)
  • Cucur'bita: a Latin name for the gourd. (ref. genus Cucurbita)
  • culbertson'ii: after James Downer Culbertson (1879-1954). David Hollombe has provided the following information: "He was born in Superior, Nebraska, earned a B. A. at Pomona College in the early 1900's, made collections in the southern Sierra Nevada (mostly Tulare County) in 1904 and in Alaska in 1905. He worked most of his life as assistant manager, foreman and manager for the Limoneira Company lemon ranch in Santa Paula." And from the LA Times, "Culbertson collected plants for Charles Fuller Baker. When he collected in the southern Sierra Nevada in 1904 he travelled with Ed. R. Milliken and Ernest M. Johnstone, who apparently were collecting geological specimens for Baker." (ref. Lupinus lepidus var. culbertsonii)
  • culinar'is: culinary, from the Latin culina, "kitchen, food." (ref. Lens culinaris)
  • -cula/-culum/-culus: a Latin suffix used as a diminutive for adjectives or nouns, e.g. arbuscula, "like a small tree," minuscula, "somewhat small," brevicula, "somewhat short," Dracunculus, "small dragon," Cardunculus, "small thistle," Ranunculus, "little frog."
  • cultrifor'mis: shaped like a knife blade. (Acacia cultriformis)
  • cumingia'num: named for Hugh Cuming (1791-1865), natural history collector in conchology and botany. He was
      born in Washbrook, Devon, England, He was very interested in shells and plants as a youth, and was inspired by his acquaintance with the naturalist George Montagu. He was apprenticed to a sailmaker at the age of 13 and in 1819 shipped out on a voyage to South America and settled in Valparaiso, Chile. He began collecting shells and in 1826 retired from the sailmaking business to devote himself entirely to natural history. He built a schooner specifically for collecting trips and in 1827 made his first voyage to Tahiti via the Juan Fernandez Islands, Easter Island and Pitcairn,
    seeking shells and plants.In 1828 his second voyage traversed the west coast of South America, reaching as far north as the edge of El Salvador and Chiloe Island in the south, stopping off in numerous locations to make collections. He returned to England in 1831 to sell collections. Many of his plant specimens were purchased by William Hooker and George Bentham. He was elected a Fellow of the Linnean Society in 1832. In 1836, therefore, he left for the Philippines, Singapore, St. Helena, and the Malacca area where he collected enormous amounts of plant and animal material over the next three-and-a-half years and pioneered the shipment of live orchids from Manila to England. He made a magnificent collection of land snail shells and assembled the richest collection gathered by a single individual up to that time. A few of the 147 cases with which he returned in 1840 were water damaged, but the fruits of the voyage (plants, birds, reptiles and insects) were eagerly studied by systematists. His dried plant specimens numbered over 100,000. He became a shrewd dealer in natural history objects and hired others to collect for him. Within a few years of his excursion to the Philippines, however, his health began to deteriorate and he suffered a stroke in 1846 which left him partially paralysed and with chronic bronchitis. Many important conchological works were based on this collection, including Lovell Reeve's Conchologia Iconica in 20 volumes and George Brettingham Sowerby's Thesaurus Conchyliorum in five volumes. (ref. Sisymbrium cumingianum)
  • -cundus: a Latin adjectival suffix intended to impart a sense of aptitude or constant tendency (e.g. verecundus, "bashful, modest," from verecundia, "modesty, shyness"; fecundus, "fecund, fertile," from fecundare, "to fertilize").
  • cuneifo'lia: with leaves tapered to the base. (ref. Draba cuneifolia)
  • Cuniculoti'nus: Flora of North America gives the derivation of this as from the Latin cuniculus, "rabbit," and tinus, "shrub." (ref. genus Cuniculotinus)
  • cupania'na: see next entry. (ref. Medicago lupulina var. cupaniana)
  • Cupaniop'sis: resembling the genus Cupania, which was named after the Sicilian botanist and Franciscan monk
      Francesco Cupani (1657-1710), an author of books on Sicilian plants. Born in Messina, he undertook medical studies and then pursued a religious vocation, studying philosophy and theology to take a degree in these disciplines and teach courses at Palermo and Verona and elsewhere in Italy. He soon however shifted his main focus to the natural sciences and in particular botany. He was a pupil of another botanist who already had a high reputation, Paulo ‘Silvio’ Boccone, author of Museo di piante rare, and the two became great friends. Boccone was already
    a systematist of note and his influence on Cupani was such that some of the classifications in Boccone’s work prefigured the binomial nomenclature of Linnaeus. Cupani became the first Director of the botanic garden at Misilmeri and established contacts with such highly regarded naturalists as Joseph Pitton de Tournefort, Caspar Commelin, William Sherard, James Petiver, Johann Georg Volckamer, Felice Viali and Giovanni Battista Triumfetti. Among his works were the Catalogus plantarum sicularum Noviter adinventarum (1692), Syllabus plantarum Siciliae (1694) and Pamphyton siculum (1713), but the work that made him most famous was the Hortus Catholicus (1696) which was dedicated to the Duke of Misilmeri and included illustrations of the plants present in the botanical garden there. He travelled all over Sicily collecting botanical, mineral and fossil specimens and also included in the garden plants from other parts of the world. He died on 19 January 1710. The genus Cupaniopsis was published by the Bavarian taxonomist Ludwig Adolph Timotheus Radlkofer in 1879. (ref. genus Cupaniopsis)
  • cu'preus: having a coppery color. (ref. Lotus oblongifolius var. cupreus)
  • Cupres'sus: the Latin name for the Italian cypress tree Cupressus sempervirens. (ref. genus Cupressus)
  • cupula'ta/cupula'tum/cupula'tus: cup-shaped. (ref. Eriogonum marifolium var. cupulatum, Myosurus cupulatus)
  • curassavi'ca/curassavi'cum: the -ica suffix indicates that this is a place name from Curacao, an island in the Dutch West Indies where one of the first collections was made. (ref. Asclepias curassavica, Heliotropium curassavicum)
  • curtipen'dula: seemingly derived from the Latin curtus, "short, shortened, mutilated," and pendulus, "hanging down or doubtful, uncertain," because of the hanging spikelets. (ref. Bouteloua curtipendula)
  • cur'tipes: with shortened 'feet' or stalks. (ref. Astragalus curtipes)
  • curtis'sii: named for botanist Allen Hiram Curtiss (1845-1907). He was born in Central Square, Oswego County, New York, but moved to Virginia with his family in 1862 and began his botanical collecting in that state the following year. He collected extensively in Bedford County, Virginia, and many of his specimens are identified as from the Peaks of Otter. From 1875 Curtiss was based in Florida where he continued his professional collecting activities in connection with the US Department of Agriculture. Later in his life he began to extend his botanical activity to some parts of the West Indies. Curtiss was editor of the Florida Farmer and Fruitgrower and also produced several floristic works including "Catalogue of the phaenogamous and vascular cryptogamous plants of Canada and the north-eastern portion of the United States" (1873) and "List of Forest Trees of Florida" (1884). He collected in the West Indies (1902-1905), Florida, Georgia, and Virginia (1884-1899), and  Texas and Arkansas (1881-1886). His specimen collections were widely dispersed to institutions such as the British Museum, the Herbarium of the National Museum of Ireland, the Herbarium of the Botanic Garden in Geneva, Kew Gardens, the Herbarium of the Russian Academy of Sciences, the Herbarium of Botanische Staatssammlung München, the Herbarium of the Botanical Museum, University of Oslo, the Department of Botany, Academy of Natural Sciences of Philadelphia, and others. Curtiss died in Jacksonville, Florida. (ref. Amorpha curtissii, Cicuta curtissii, Potamogeton curtissii)
  • cur'tum: shortened. (ref. Polystichum imbricans ssp. curtum)
  • curvicar'pus: with curved fruit. (ref. Astragalus curvicarpus)
  • cur'vipes: with curved 'feet or stalks.' (ref. Phacelia curvipes, Thysanocarpus curvipes)
  • curvisili'qua: from curvi for "curved" and siliqua, "a narrow many-seeded capsule of the family Brassicaceae." (ref. Rorippa curvisiliqua)
  • curvispi'na: with curved spines (ref. Opuntia curvispina)
  • cur'vula: from the Latin curvus, "bent, crooked" and the suffix -ula which is a diminutive, so this might mean something like "slightly bent or crooked," referring to the curved leaf blades. (ref. Eragrostis curvula)
  • Cuscu'ta: a name of Arabic derivation meaning "dodder." (ref. genus Cuscuta)
  • cushingia'na: named for Sidney Barlow Cushing (1857-1909). He was born in San Francisco and died in Mill Valley, Marin County. He was President of the San Rafael Gas and Electric Company and President of the Mill Valley and Mt. Tamalpais Scenic Railway. (ref. Arctostaphylos glandulosa ssp. cushingiana)
  • Cusickiel'la: see cusickii below. (ref. genus Cusickiella)
  • cusick'ii: after William Conklin Cusick (1842-1922), a teacher, rancher and plant collector in Oregon. He was
      born in Illinois and moved to Oregon while still a youth. He began botanical collecting and distribution sometime in the 1870s, encouraged by Harvard’s Asa Gray. Most of his plants came from the area of the Wallowa and Blue Mountains. He was profoundly interested in botany, and especially in mountain plants. His collection forms a substantial part of the herbarium collection of the Marion Ownbey Herbarium. In 1913 he sold the bulk of his original collection to Oregon State University, and it is his second major set of collections, which centered on the Wallowa and Blue
    Mountains, which resides in the Marion Ownbey Herbarium. Encouraged by Charles Vancouver Piper, Cusick’s second herbarium project included extensive and exhaustive botanical surveys of the area in the two mountain ranges (Wallowa and Blue Mountains). Unlike his earlier efforts, this second phase did not include large distributions of plants. (ref. Plagiobothrys cusickii, Poa cusickii) (Photo credit: Oregon Encyclopedia)
  • cuspida'ta/cuspida'tum/cuspida'tus: tipped with a firm point, usually the leaves. (ref. Downingia cuspidata, Frangula californica ssp. cuspidata, Polygonum cuspidatum, Orthocarpus cuspidatus)
  • Cutan'dia: named for Vicente Cutanda y Jaraula (1804-1865), Spanish botanist and Director of the Botanical Garden of Madrid 1846-1866. He was also a professor of plant physiology. He was a prominent explorer of the flora of the Madrid region. (ref. genus Cutandia)
  • cuyama'cae: of or from the area of Lake Cuyamaca. (ref. Delphinium hesperium ssp. cuyamacae)
  • cuyamen'sis: of or from the Cuyama Valley in Santa Barbara County. The name "Cuyama" comes from an Indian village named for the Chumash word kuyam, meaning "clam" or "freshwater mollusk." (ref. Gilia latiflora ssp. cuyamensis)
  • cyan'eus: blue. (ref. Ceanothus cyaneus)
  • cyanocar'pum: blue-fruited. (ref. Arceuthobium cyanocarpum)
  • cyan'us: from the Greek kyanos, old name of some dark blue substance or lapis-lazuli. (ref. Centaurea cyanus)
  • cyathif'erum: there is a Greek root, kyatheion, meaning "a little cup," so this could mean "bearing some cup-like structure." The involucre for this taxon is described in the Jepson Manual as bowl-shaped. (ref. Trifolium cyathiferum)
  • Cycladen'ia: from the Greek kyklos, "ring or circle," and aden, "a gland," referring to the annular disk. (ref. genus Cycladenia)
  • Cyclolo'ma: from the Greek cyclos or kyklos, "a ring or circle," and loma, referring to the calyx-wing, so "circular wing." (ref. genus Cycloloma)
  • cy'clops: gigantic, like the mythological Cyclops. (ref. Acacia cyclops)
  • cyclop'tera: from Greek kyklos, "circle, ring," and pteron, "wing," and alluding to the fact that the wing of the fruit (a nutlet) completely encircles the nutlet body in this variety. (ref. Cryptantha pterocarya var. cycloptera)
  • cyclosor'um: probably has something to do with the sori being in a circle or ring, or at least having appeared that way to the person who originally described it. (ref. Athyrium filix-femina var. cyclosorum)
  • Cyclosper'mum: from the Greek kyklos, "circle, ring," and sperma, "seed," referring to the shape of the fruit and its seeds. (ref. genus Cyclospermum)
  • cycloste'gia: from the Greek kyklos, "circle, ring," and stegos, "a covering or roof." (ref. Calystegia macrostegia ssp. cyclostegia)
  • Cydon'ia: from the Latin cydonia, "a quince, quince-apple," derived from the town of Cydon (now Khania) on the northwest coast of Crete. (ref. genus Cydonia)
  • cygnor'um: possibly "like a swan." (ref. Erodium cygnorum)
  • cylindra'ceus: long and round, cylindrical. (ref. Ferocactus cylindraceus var. cylindraceus, Ferocactus cylindraceus var. lecontei)
  • cylin'drica: cylindrical. (ref. Aegilops cylindrica, Clarkia cylindrica, Hainardia cylindrica)
  • Cylindropun'tia: from the Greek kylindros, "a cylinder," plus genus Opuntia, this is now the new genus of the so-called 'true chollas.' (ref. genus Cylindropuntia)
  • Cymbalar'ia/cymbalar'ia: a name for ivy-leaved toad flax, from the Greek kymbalon and/or the Latin cymbalum for "cymbal," and referring to the rounded leaf shapes of some species. (ref. genus Cymbalaria, also Lithophragma cymbalaria, Ranunculus cymbalaria)
  • cymbalario'ides: resembling the genus Cymbalaria. (ref. Senecio cymbalarioides)
  • Cymop'terus: from the Greek kuma, "wave," and pteron, "wing," some species having wavy wings. (ref. genus Cymopterus)
  • cymo'sa/cymo'sum: bearing cymes, more or less flattened flower heads blooming from the middle out. (ref. Dudleya cymosa ssp. crebifolia, Dudleya cymosa ssp. marcescens, Dudleya cymosa ssp. pumila)
  • cynancho'ides: like genus Cynanchum. (ref. Funastrum cynanchoides ssp. hartwegii)
  • Cynan'chum: from the Greek kyon or kynos, "dog," and anchein, "to strangle," in reference to its supposed use or capacity as a dog poison. (ref. genus Cynanchum)
  • Cynar'a: from the Greek kyon, "dog," the phyllaries likened to dogs' teeth. (ref. genus Cynara)
  • Cy'nodon: from the Greek meaning "dog tooth" from the hard tooth-like scales on the rhizomes or stolons. (ref. genus Cynodon)
  • Cynoglos'sum: Greek for "dog's tongue" from kynos, "dog," and glossa, "a tongue." (ref. genus Cynoglossum)
  • Cynosur'us: from the Greek kynos or kyon, "a dog," and oura, "a tail," thus dog's tail. (ref. genus Cynosurus)
  • cyperin'us: Linnaeus described this taxon as having the overall appearance of a Cyperus, but spikelets like a Scirpus. (ref. Scirpus cyperinus)
  • cypero'ides: resembling Cyperus. (ref. Juncus cyperoides)
  • Cy'perus: from a Greek word meaning 'sedge.' (ref. genus Cyperus)
  • Cypriped'ium: from the Greek Kypris, a name for Aphrodite, and pedilon, "a slipper," alluding to the shape of the flowers. (ref. genus Cypripedium)
  • Cypsel'ea: from the Greek kypsele, "beehive, basket, chest, box," in reference to its leaves. (ref. genus Cypselea)
  • Cyrto'mium: from the Greek kyrtos, "arch," in reference to the pattern of netted veins. (ref. genus Cyrtomium)
  • Cystop'teris: from the Greek cystis or kystis, "bladder," and pteris, "fern," alluding to the subglobose indusium. (ref. genus Cystopteris)
  • Cy'tisus: from kutisus, a Greek name for a kind of clover. (ref. genus Cytisus)


Fall bloom near Lightning Ridge in the San Gabriel Mts
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