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Scintillans Stock Photos and Images
RMHYWCKW–Sotheby's London, UK. 7th Apr, 2017. Silex Scintillans 1981 by CY Twombly. The piece is part of a collections from a range of artists including Andy Warhol, David Hockney and Monet that will be available at a Contemporary Art Evening Auction in New York on 18 May 2017, the pieces are on display in London from 7-12 April. Credit: Dinendra Haria/Alamy Live News
RM2AJ1WR9–Lectures on the comparative anatomy and physiology of the invertebrate animals : delivered at the Royal College of Surgeons . I, 2. Spirostomum vircns ; 3—8. Glaucoma scintillans. POLYGASTRIA. 19 serial animalcules, of a higher grade of organisation than themore diffusely ciliated group {figs, 5. & 6.), which is the subject of the present lecture. The species of this groupare essentially nucleatedcells, with a superaddedorganisation for locomotion,digestion, and, in some spe-cies, for circulation and ge-neration. The cell-wall in-closes a colourless and trans-parent gelatinous plasma,with nume
RM2D7AP92–Geihyin Temple, Mt Emei, Sichuan, China, Tenthredo scintillans Malaise, 1945, Animalia, Arthropoda, Insecta, Hymenoptera, Symphyta, Tenthredinidae
RMT2MH1J–A female Blue-eared Kingfisher (Alcedo meningting) returning to it's nest with a small fish for her chicks in the forest in Southern Thailand
RF2WF1R7D–Sea Sparkle (Noctiluca scintillans) blue glowing algae in water at night in the Derwent River, Hobart, Tasmania, Australia
RMPFYK46–. Fresh-water biology. Freshwater biology. Fig. 496. Frontonia leucas. V, vacuole. , canal; iV, macronucleus; «, micronucleus; X i6s. (After Calkins.) 86 (85) Ovate, flattened, rounded at each end. Mouth triangular or crescent- shaped, lateral, in front of the middle of the body. Glaucoma Ehrenberg. Representative species. Glaucoma scintillans Ehrenberg 1830. The vibratile membranes extending around the mouth pre- senting a bilabial appearance. Nucleus large, central. Con- tractile vacuole posterior. Length 75 ^t. Infusions. Fig. 497. Glaucoma scintillans. cv, contractile vacuole; macn, macro-
RMTYP31B–Bioluminescent phytoplankton illuminating the ocean along the coast at the Kogelberg Biosphere Reserve near Cape Town, South Africa.
RF2B91C42–Noctiluca miliaris, Print, Noctiluca scintillans, commonly known as the sea sparkle, and also published as Noctiluca miliaris, is a free-living, marine-dwelling species of dinoflagellate that exhibits bioluminescence when disturbed (popularly known as mareel). Its bioluminescence is produced throughout the cytoplasm of this single-celled protist, by a luciferin-luciferase reaction in thousands of spherically shaped organelles, called scintillons., Reimagined by Gibon, design of warm cheerful glowing of brightness and light rays radiance. Classic art reinvented with a modern twist. Photography
RMW7T2NA–An algal bloom of Noctiluca scintillans, commonly known as the 'sea sparkle', illuminates sea water at Yushan Islands in Xiangshan county, Ningbo city
RMME7P8J–. Die mutationstheorie. Versuche und beobachtungen über die entstehung von arten im pflanzenreich . Fig. 47. Oeiiothera scintillans. Gipfel einei- einjährigen Pflanze.
RMRWTDTW–Elemente der exakten erblichkeitslehre Deutsche Elemente der exakten erblichkeitslehre. Deutsche wesentlich erweiterte ausgabe in fünfundzwanig vorlesungen elementederexakt00joha 0 Year: 1909 — 316 — Differenzpunkte, u. a. in den quantitativ zu präzisierenden Charak- teren, vde z. B. Länge und Breite der Blätter, Dimensionen der Die vorliegenden beiden Typen Nachkommen von Lamarckiana L Nachkommen von Scintillans
RF2BTGJ01–A free-living non-parasitic marine-dwelling species of dinoflagellate that exhibits bioluminescence, vintage line drawing or engraving illustration.
RMMP27NF–May 21, 2018 - Dongying, Dongying, China - Dongying, CHINA-21st May 2018: Noctiluca scintillans can be seen along the coast in Dongying, east China's Shandong Province, May 21st, 2018. Noctiluca scintillans, commonly known as the sea sparkle and also published as Noctiluca miliaris, is a free-living, nonparasitic, marine-dwelling species of dinoflagellate that exhibits bioluminescence when disturbed (popularly known as mareel). Its bioluminescence is produced throughout the cytoplasm of this single-celled protist, by a luciferin-luciferase reaction in thousands of spherically shaped organelles
RM2RTD3BP–The bioluminescent dinoflagellates Noctiluca scintillans sampled from coastal water off Hidra (Agder, Norway) in September.
RM2RTGJ9K–Milky seas, sea fire, Milky seas, mareel, luminous, phenomenon, ocean, seawater, glow, translucently, shades of blue, night, noctiluca, Noctiluca,
RM2AXBG8T–Therapeutisches Lexikon : für praktische Ärzte . unterstützende für die gymnastischeBehandlung anzusehen ist, so ergibt es sichvon selbst, dass die Gypsmieder abnehmbarsein müssen. Lorenz hat die Sayre-Technikdes Gypsmieders wesentlich modificirt, undsind die nachfolgenden Bemerkungen über dieTechnik der Anfertigung einer MittheilungLoRENzs entnommen. Zur Imprägnirung dergut appretirten, feinmaschigen Organtinbinden 1485 SKOLIOSE — SKOTOMA SCINTILLANS. 1486 dient feinster und möglichst frischer Alabaster-gyps. Der Patient wird mit zwei faltenlos demRumpfe anliegenden Tricotstrümpfen bekleidet.
RM2D7AJBC–Pinned, Mt. Banahao, P.I., Quezon, Philippines, Halictus scintillans Cockerell, 1919, Animalia, Arthropoda, Insecta, Hymenoptera, Halictidae, Halictinae
RMTYP332–Bioluminescent phytoplankton illuminating the ocean along the coast at the Kogelberg Biosphere Reserve near Cape Town, South Africa.
RF2B92E2X–Turnix varia, Print, The painted buttonquail (Turnix varius) is a species of buttonquail, the family Turnicidae, which resemble, but are unrelated to, the quails of Phasianidae. This species is resident in Australia where numbers are believed to be in decline. A subspecies, the Abrolhos painted buttonquail (Turnix varius scintillans), is endemic to the Houtman Abrolhos islands., 1700-1880, Reimagined by Gibon, design of warm cheerful glowing of brightness and light rays radiance. Classic art reinvented with a modern twist. Photography inspired by futurism, embracing dynamic energy of modern te
RMW7T49D–An algal bloom of Noctiluca scintillans, commonly known as the 'sea sparkle', illuminates sea water at Yushan Islands in Xiangshan county, Ningbo city
RMTYP2TK–Bioluminescent phytoplankton illuminating the ocean along the coast at the Kogelberg Biosphere Reserve near Cape Town, South Africa.
RMME7N33–. Die mutationstheorie. Versuche und beobachtungen über die entstehung von arten im pflanzenreich . Oenotfaera scintillans. Verlag von Veit & Comp, in Leipzig.
RF2BTGK3X–A free-living non-parasitic marine-dwelling species of dinoflagellate that exhibits bioluminescence, vintage line drawing or engraving illustration.
RMMP27P5–May 21, 2018 - Dongying, Dongying, China - Dongying, CHINA-21st May 2018: Noctiluca scintillans can be seen along the coast in Dongying, east China's Shandong Province, May 21st, 2018. Noctiluca scintillans, commonly known as the sea sparkle and also published as Noctiluca miliaris, is a free-living, nonparasitic, marine-dwelling species of dinoflagellate that exhibits bioluminescence when disturbed (popularly known as mareel). Its bioluminescence is produced throughout the cytoplasm of this single-celled protist, by a luciferin-luciferase reaction in thousands of spherically shaped organelles
RF2BTGG62–A free-living non-parasitic marine-dwelling species of dinoflagellate that exhibits bioluminescence, vintage line drawing or engraving illustration.
RM2RTD3CF–The bioluminescent dinoflagellate Noctiluca scintillans colors the ocean orange. Photo from coastal water off Hidra (Agder, Norway) in September.
RMRWTDTX–Elemente der exakten erblichkeitslehre Deutsche Elemente der exakten erblichkeitslehre. Deutsche wesentlich erweiterte ausgabe in fünfundzwanig vorlesungen elementederexakt00joha 0 Year: 1909 L Nachkommen von Scintillans Fig. 31. Schematische Darstellung der Abspaltung des Lama7'ckiana-Tj-pus aus dem Scintillans-TypTiS', vgl. den Text sowie die Fig. 24 u. 25, S. 237. Früchte usw. Ob aber solche Differenzen alle oder teilweise selb- ständig genotypisch bedingt sind, läßt sich noch nicht entscheiden. Denn beim Vergleiche solcher verschiedener Biotypen meldet sich sofort die sehr wichtige Fr
![. Phosphorescence; or, The emission of light by minerals, plants, and animals. Fig. 22. species ofVeretlUa and Virgularici (Sea Rush) areknown to be self-luminous. The thick branchy. Fis. 23. Alcyonidium gelatinosum (fig. 23), -which is onlyfound, attached, to rocks situated in deep water, 122 i:Ml SSI ON OF LIGHT has been remarked to emit pliosplioric light at cer-tain seasons of the year.* Among the Rhizopodes, the species named byEhrenberg Mammaria scintillans, now better]£nowii.as Nodiluca miliaris, which is never largerthan the head of a small pin according to Hum-boldt (I never saw one h Stock Photo](https://c8.alamy.com/comp/2CETM58/phosphorescence-or-the-emission-of-light-by-minerals-plants-and-animals-fig-22-species-ofveretlua-and-virgularici-sea-rush-areknown-to-be-self-luminous-the-thick-branchy-fis-23-alcyonidium-gelatinosum-fig-23-which-is-onlyfound-attached-to-rocks-situated-in-deep-water-122-iml-ssi-on-of-light-has-been-remarked-to-emit-pliosplioric-light-at-cer-tain-seasons-of-the-year-among-the-rhizopodes-the-species-named-byehrenberg-mammaria-scintillans-now-better-nowiias-nodiluca-miliaris-which-is-never-largerthan-the-head-of-a-small-pin-according-to-hum-boldt-i-never-saw-one-h-2CETM58.jpg ". Phosphorescence; or, The emission of light by minerals, plants, and animals. Fig. 22. species ofVeretlUa and Virgularici (Sea Rush) areknown to be self-luminous. The thick branchy. Fis. 23. Alcyonidium gelatinosum (fig. 23), -which is onlyfound, attached, to rocks situated in deep water, 122 i:Ml SSI ON OF LIGHT has been remarked to emit pliosplioric light at cer-tain seasons of the year.* Among the Rhizopodes, the species named byEhrenberg Mammaria scintillans, now better]£nowii.as Nodiluca miliaris, which is never largerthan the head of a small pin according to Hum-boldt (I never saw one h Stock Photo")
RM2CETM58–. Phosphorescence; or, The emission of light by minerals, plants, and animals. Fig. 22. species ofVeretlUa and Virgularici (Sea Rush) areknown to be self-luminous. The thick branchy. Fis. 23. Alcyonidium gelatinosum (fig. 23), -which is onlyfound, attached, to rocks situated in deep water, 122 i:Ml SSI ON OF LIGHT has been remarked to emit pliosplioric light at cer-tain seasons of the year.* Among the Rhizopodes, the species named byEhrenberg Mammaria scintillans, now better]£nowii.as Nodiluca miliaris, which is never largerthan the head of a small pin according to Hum-boldt (I never saw one h
RM2D7BJT2–Pinned, St. Jean, Maroni, French Guiana, French Guiana, Hypometalla scintillans Warren, 1906, Animalia, Arthropoda, Insecta, Lepidoptera, Geometridae, Ennominae
RMW7T2R7–An algal bloom of Noctiluca scintillans, commonly known as the 'sea sparkle', illuminates sea water at Yushan Islands in Xiangshan county, Ningbo city
RMTYP2XK–Bioluminescent phytoplankton illuminating the ocean along the coast at the Kogelberg Biosphere Reserve near Cape Town, South Africa.
![. Die Gross-Schmetterlinge der Erde : eine systematische Bearbeitung der bis jetzt bekannten Gross-Schmetterlinge . bimaculata scintillans atomaria ;^:^ bipunct f'^--";- apex Stock Photo](https://c8.alamy.com/comp/ME6DP9/die-gross-schmetterlinge-der-erde-eine-systematische-bearbeitung-der-bis-jetzt-bekannten-gross-schmetterlinge-bimaculata-scintillans-atomaria-bipunct-f-quot-apex-ME6DP9.jpg ". Die Gross-Schmetterlinge der Erde : eine systematische Bearbeitung der bis jetzt bekannten Gross-Schmetterlinge . bimaculata scintillans atomaria ;^:^ bipunct f'^--";- apex Stock Photo")
RMME6DP9–. Die Gross-Schmetterlinge der Erde : eine systematische Bearbeitung der bis jetzt bekannten Gross-Schmetterlinge . bimaculata scintillans atomaria ;^:^ bipunct f'^--";- apex
RMTYP1Y7–Bioluminescent phytoplankton illuminating the ocean along the coast at the Kogelberg Biosphere Reserve near Cape Town, South Africa.
RM2RTD3BA–The bioluminescent dinoflagellate Noctiluca scintillans undergoed miotic division. Sampled from coastal water off Hidra (Agder, Norway) in September.
RM2CDA745–. Evolution and animal life; an elementary discussion of facts, processes, laws and theories relating to the life and evolution of animals . FIG. 97.—At left, section of chestnut, Castanea vesca, showing unusual variations; atright, a branch of Mercurialis annua, which presents several variations. (Afterde Vries.) duce always three other forms, 0. scintillans, 0. oblongata, and 0.lamarckiana. It differs in this respect from all the other elementaryspecies, which mutate not more than once in ten thousand individuals.From the seeds of one of the new forms, 0. Icevifolia, collected inthe field, p
RM2D7BJ8M–Pinned, San Antonio, Cali, Valle del Cauca, Colombia, Anisodes scintillans plenifasciata Dognin, 1910, Animalia, Arthropoda, Insecta, Lepidoptera, Geometridae, Sterrhinae
RMW7T3M4–An algal bloom of Noctiluca scintillans, commonly known as the 'sea sparkle', illuminates sea water at Yushan Islands in Xiangshan county, Ningbo city
RMME7NW0–. Die mutationstheorie. Versuche und beobachtungen über die entstehung von arten im pflanzenreich . Fig. 82. Oenofhera scintillans. Eine Rosette von Wixrzelblätteni. Ende Juni. DE Vries, Mutation. I. 18
RMTYP1TN–Bioluminescent phytoplankton illuminating the ocean along the coast at the Kogelberg Biosphere Reserve near Cape Town, South Africa.
RMTYP296–Bioluminescent phytoplankton illuminating the ocean along the coast at the Kogelberg Biosphere Reserve near Cape Town, South Africa.
RM2CDA77C–. Evolution and animal life; an elementary discussion of facts, processes, laws and theories relating to the life and evolution of animals . FIG. 97.—At left, section of chestnut, Castanea vesca, showing unusual variations; atright, a branch of Mercurialis annua, which presents several variations. (Afterde Vries.) duce always three other forms, 0. scintillans, 0. oblongata, and 0.lamarckiana. It differs in this respect from all the other elementaryspecies, which mutate not more than once in ten thousand individuals.From the seeds of one of the new forms, 0. Icevifolia, collected inthe field, p
RM2D7AC26–T.F.Amazonas, Basecamp, Cerro de la Neblina, Venezuela, Chalcopteryx scintillans McLachlan, 1870, Animalia, Arthropoda, Insecta, Odonata, Zygoptera, Polythoridae
RMW7T2R1–An algal bloom of Noctiluca scintillans, commonly known as the 'sea sparkle', illuminates sea water at Yushan Islands in Xiangshan county, Ningbo city
RMW8KB72–View of 'red tide' causing an algal bloom of noctiluca scintillans, also known as 'sea sparkle', near Dapeng Bay in Shenzhen city, South China's Guang
RMME7NA4–. Die mutationstheorie. Versuche und beobachtungen über die entstehung von arten im pflanzenreich . Fig. 82. Oenothera scintillans. Eine Rosette von Wurzelblättern. Ende Juni. de Veies, Mutation. L 18
RMTYP2G0–Bioluminescent phytoplankton illuminating the ocean along the coast at the Kogelberg Biosphere Reserve near Cape Town, South Africa.
RM2CNEWYC–. A hand-book to the game-birds . and the female bird, from which he expected somuch, is found dead or dying, her head scalped, her eyespicked out, or some other equally serious injury inflicted. Ihave found some species more inclined to this cruel practicethan others, the worst, according to my experience, being P,scemmerringii.^^ Eggs.—Pale greenish-white ; rather long ovals ; shell smoothand fine. Average measurements, 1*8 by 1-35 inch. VAR. a. PHASIANUS SCINTILLANS. Phasianus {Grapliophasianus) scintillaus^ Gould, Ann. Mag. N. H. (3) xvii. p. 150 (1866); id. B. Asia, vii. pi. 38 (1867).Pha
RMME7P7N–. Die mutationstheorie. Versuche und beobachtungen über die entstehung von arten im pflanzenreich . Fig. 52. Erwachsene Blätter junger Rosetten im Juni. L Oenothera Lamarckiana, n O. nanella, g O. gigas, r O. rubrinervis, l O. lata, S O. scintillans.
RMTYP2B8–Bioluminescent phytoplankton illuminating the ocean along the coast at the Kogelberg Biosphere Reserve near Cape Town, South Africa.
![. Bulletin of the Department of Geology. Geology. Vol. 5] Jordan.—The Fossil Fishes of California. 123. Fig. 18. Etringns scintillans Jordan. Brown's Canon (No. 29).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. University of California, Berkeley. Dept. of Geology. Berkeley : The University Press Stock Photo](https://c8.alamy.com/comp/RGHXW7/bulletin-of-the-department-of-geology-geology-vol-5-jordanthe-fossil-fishes-of-california-123-fig-18-etringns-scintillans-jordan-browns-canon-no-29-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-work-university-of-california-berkeley-dept-of-geology-berkeley-the-university-press-RGHXW7.jpg ". Bulletin of the Department of Geology. Geology. Vol. 5] Jordan.—The Fossil Fishes of California. 123. Fig. 18. Etringns scintillans Jordan. Brown's Canon (No. 29).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. University of California, Berkeley. Dept. of Geology. Berkeley : The University Press Stock Photo")
RMRGHXW7–. Bulletin of the Department of Geology. Geology. Vol. 5] Jordan.—The Fossil Fishes of California. 123. Fig. 18. Etringns scintillans Jordan. Brown's Canon (No. 29).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. University of California, Berkeley. Dept. of Geology. Berkeley : The University Press
![. Die Gross-Schmetterlinge der Erde : eine systematische Bearbeitung der bis jetzt bekannten Gross-Schmetterlinge . scintillans djrou-,c»iiaria ^â â rc^- -^-». v:--^ bimaculata y{,- evoiiyTTiana" â ^ ^ ⢠â "v^ y^ '.' } â ' evoiiymaria + ' ; y ^^^1^ jordariäri, 'â ' ^^^ H «IV^ aurantiaca ieopardana 1 /a Stock Photo](https://c8.alamy.com/comp/ME6D0G/die-gross-schmetterlinge-der-erde-eine-systematische-bearbeitung-der-bis-jetzt-bekannten-gross-schmetterlinge-scintillans-djrou-ciiaria-rc-v-bimaculata-y-evoiiyttianaquot-quotv-y-evoiiymaria-y-1-jordariri-h-iv-aurantiaca-ieopardana-1-a-ME6D0G.jpg ". Die Gross-Schmetterlinge der Erde : eine systematische Bearbeitung der bis jetzt bekannten Gross-Schmetterlinge . scintillans djrou-,c»iiaria ^â â rc^- -^-». v:--^ bimaculata y{,- evoiiyTTiana" â ^ ^ ⢠â "v^ y^ '.' } â ' evoiiymaria + ' ; y ^^^1^ jordariäri, 'â ' ^^^ H «IV^ aurantiaca ieopardana 1 /a Stock Photo")
RMME6D0G–. Die Gross-Schmetterlinge der Erde : eine systematische Bearbeitung der bis jetzt bekannten Gross-Schmetterlinge . scintillans djrou-,c»iiaria ^â â rc^- -^-». v:--^ bimaculata y{,- evoiiyTTiana" â ^ ^ ⢠â "v^ y^ '.' } â ' evoiiymaria + ' ; y ^^^1^ jordariäri, 'â ' ^^^ H «IV^ aurantiaca ieopardana 1 /a
RMTYP226–Bioluminescent phytoplankton illuminating the ocean along the coast at the Kogelberg Biosphere Reserve near Cape Town, South Africa.
RMTYP2HT–Bioluminescent phytoplankton illuminating the ocean along the coast at the Kogelberg Biosphere Reserve near Cape Town, South Africa.
RMTYP2DA–Bioluminescent phytoplankton illuminating the ocean along the coast at the Kogelberg Biosphere Reserve near Cape Town, South Africa.
RMRGHXTF–. Bulletin of the Department of Geology. Geology. Fig. 18. Etringns scintillans Jordan. Brown's Canon (No. 29).. Fig. 19. Etringus scintillans? No. 29. Brown's Canon.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. University of California, Berkeley. Dept. of Geology. Berkeley : The University Press
RFBT18T2–Heart on the beach from bioluminescent algae Noctiluca Scintillans on the Maldivian islands.
RMMCNR7B–. X- We '^^ Fig. 62. Somatische Chromosomengruppen von Oenothera scintillans mit verschiedenen Chromosomenzahlen. (Nach Hange.) hinsichtlich der Dominanz oder Rezessivität bestimmter Faktoren. Ein Männchen z. B., das die normal lokalisierten, rezessiven Gene für vermilion (scharlachrote Augen) und sable (Körper zobelfarben) enthält und außerdem angeheftet an das X-Chromosom mit diesen Faktoren noch ein überzähliges Stück mit den normalen Allelomorphen von vermilion und sahle, ist äußerlich eine Fliege vom wilden Typus anstatt vermilion-sahle, was der Fall sein würde ohne dieses über- zählige
RMRGJ9RT–. Bulletin of the British Museum (Natural History) Entom Supp. 4o4 D. S. FLETCHER. Figs 271, 272. Zamarada scintillans, genitalia (A.S.). 271, g; 272, aedeagus.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. British Museum (Natural History). London : BM(NH)
RMME7P83–. Die mutationstheorie. Versuche und beobachtungen über die entstehung von arten im pflanzenreich . Fig. 54. Stengelblätter blühender Pflanzen von g Oenothera gigas, r O. rubrinervis, 0 O. oblonga, a O, albida, s O. scintillans. Im Allgemeinen zeigten sich die neuen Arten viel weniger mu- tabel, als die ursprüngliche 0. Lamarckiana, aus der sie hervorgegangen sind. Doch giebt es auch gerade sehr stark mutable Formen unter ihnen, wie z. B. 0. scintillans. Bei Kreuzungen erhält sich die Mutabilität und wo aus Kreu- zungen die ursprüngliche Form, 0. Lamarckiana, hervorgeht, scheint sie solches mi
RMRFRTR1–. Carnegie Institution of Washington publication. . Oenothera scintillans. 1, leaf from rosette; 2, leaf from stem; 3, bract; 4, bud with bract; 5, flower with petals removed; 6, petal; 7, capsule.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Carnegie Institution of Washington. Washington, Carnegie Institution of Washington
![. Die mutationstheorie. Versuche und beobachtungen über die entstehung von arten im pflanzenreich . Fig. 158. Stammbaum von Oenothera LamarcMana, die jährliche Entstehung neuer Arten im Versuchsgarten in den Jahren 1889—1899 darstellend, g O. gigas, a 0. al- bida, lt O. lata, n 0. nanella, r 0. rubrinervis, o 0. oblonga, s O. scintillans. Die den Buchstaben vorgesetzten Zahlen bedeuten die Anzahl, in der die betreffende Art jedesmal auftrat. Die Zahlen an dem Hauptstamme geben den Umfang der Culturen an. solchen Fällen des bezeichnenden x^usdruckes „explosiv erfolgende Umgestaltungen".1 J Stock Photo](https://c8.alamy.com/comp/ME6MKT/die-mutationstheorie-versuche-und-beobachtungen-ber-die-entstehung-von-arten-im-pflanzenreich-fig-158-stammbaum-von-oenothera-lamarcmana-die-jhrliche-entstehung-neuer-arten-im-versuchsgarten-in-den-jahren-18891899-darstellend-g-o-gigas-a-0-al-bida-lt-o-lata-n-0-nanella-r-0-rubrinervis-o-0-oblonga-s-o-scintillans-die-den-buchstaben-vorgesetzten-zahlen-bedeuten-die-anzahl-in-der-die-betreffende-art-jedesmal-auftrat-die-zahlen-an-dem-hauptstamme-geben-den-umfang-der-culturen-an-solchen-fllen-des-bezeichnenden-xusdruckes-explosiv-erfolgende-umgestaltungenquot1-j-ME6MKT.jpg ". Die mutationstheorie. Versuche und beobachtungen über die entstehung von arten im pflanzenreich . Fig. 158. Stammbaum von Oenothera LamarcMana, die jährliche Entstehung neuer Arten im Versuchsgarten in den Jahren 1889—1899 darstellend, g O. gigas, a 0. al- bida, lt O. lata, n 0. nanella, r 0. rubrinervis, o 0. oblonga, s O. scintillans. Die den Buchstaben vorgesetzten Zahlen bedeuten die Anzahl, in der die betreffende Art jedesmal auftrat. Die Zahlen an dem Hauptstamme geben den Umfang der Culturen an. solchen Fällen des bezeichnenden x^usdruckes „explosiv erfolgende Umgestaltungen".1 J Stock Photo")
RMME6MKT–. Die mutationstheorie. Versuche und beobachtungen über die entstehung von arten im pflanzenreich . Fig. 158. Stammbaum von Oenothera LamarcMana, die jährliche Entstehung neuer Arten im Versuchsgarten in den Jahren 1889—1899 darstellend, g O. gigas, a 0. al- bida, lt O. lata, n 0. nanella, r 0. rubrinervis, o 0. oblonga, s O. scintillans. Die den Buchstaben vorgesetzten Zahlen bedeuten die Anzahl, in der die betreffende Art jedesmal auftrat. Die Zahlen an dem Hauptstamme geben den Umfang der Culturen an. solchen Fällen des bezeichnenden x^usdruckes „explosiv erfolgende Umgestaltungen".1 J
RMRHK2E8–. The biology of the protozoa. Protozoa; Protozoa. 224 BIOLOGY OF THE PROTOZOA similar division of the basal bodies of the cilia and grannies of the silver line system has not been fully established. Other evidence of protoplasmic reorganization at division is furnished by the history of some of the functional metaplastids of the cell. Trichocysts are apparently handed down without change. Fig. 114.—Glaucoma scintillans. A, individual at beginning of division with silver line system. The beginnings of the month of the posterior daughter cell are seen on striation No. 1. B—F, successive stages
RMRDKH6R–. The Cambridge natural history. Zoology. 148 PROTOZOA the twenty-four hours at a temperature of 65-69° F. {Glaucoma scintillans), so that in this period a single individual has resolved itself into a posterity of 32; but such a rapid increase is exceptional. At a minimum and a maximum temperature multiplication is arrested, the optimum lying midway. If the food-supply is cut off, encystment occurs in those species capable of the process; but when there is a mixture of members of different broods of the same species, subject to the limitations that we shall learn, conjugation ensues. Under the
![. The biology of the protozoa. Protozoa; Protozoa. 124 BIOLOGY OF THE PROTOZOA membranelles and cirri, the number varying with the species. Thus Maier describes 2 in the membranelles of Nyctoiherus cordi- formis and many of them arranged in a row in the membranelle of Sientor niger; in undulating membranes of the vorticellids Maier and Schroder describe 3 rows of basal granules while in the "par- oral" and "endoral" membranes of Glaucoma scintillans there are 5 and 10 rows of basal granules respectively (Maier). In the cirri of Stylonychia histrio which are circular in cros Stock Photo](https://c8.alamy.com/comp/RHK3G4/the-biology-of-the-protozoa-protozoa-protozoa-124-biology-of-the-protozoa-membranelles-and-cirri-the-number-varying-with-the-species-thus-maier-describes-2-in-the-membranelles-of-nyctoiherus-cordi-formis-and-many-of-them-arranged-in-a-row-in-the-membranelle-of-sientor-niger-in-undulating-membranes-of-the-vorticellids-maier-and-schroder-describe-3-rows-of-basal-granules-while-in-the-quotpar-oralquot-and-quotendoralquot-membranes-of-glaucoma-scintillans-there-are-5-and-10-rows-of-basal-granules-respectively-maier-in-the-cirri-of-stylonychia-histrio-which-are-circular-in-cros-RHK3G4.jpg ". The biology of the protozoa. Protozoa; Protozoa. 124 BIOLOGY OF THE PROTOZOA membranelles and cirri, the number varying with the species. Thus Maier describes 2 in the membranelles of Nyctoiherus cordi- formis and many of them arranged in a row in the membranelle of Sientor niger; in undulating membranes of the vorticellids Maier and Schroder describe 3 rows of basal granules while in the "par- oral" and "endoral" membranes of Glaucoma scintillans there are 5 and 10 rows of basal granules respectively (Maier). In the cirri of Stylonychia histrio which are circular in cros Stock Photo")
RMRHK3G4–. The biology of the protozoa. Protozoa; Protozoa. 124 BIOLOGY OF THE PROTOZOA membranelles and cirri, the number varying with the species. Thus Maier describes 2 in the membranelles of Nyctoiherus cordi- formis and many of them arranged in a row in the membranelle of Sientor niger; in undulating membranes of the vorticellids Maier and Schroder describe 3 rows of basal granules while in the "par- oral" and "endoral" membranes of Glaucoma scintillans there are 5 and 10 rows of basal granules respectively (Maier). In the cirri of Stylonychia histrio which are circular in cros
RMRG3WH9–. The Cambridge natural history. Zoology; Zoologia Geral. 148 PROTOZOA CHAP. the twenty-four hours at a temperature of 65-69° F. (Glaucoma scintillans so that in this period a single individual has resolved itself into a posterity of 32; but such a rapid increase is exceptional. At a minimum and a maximum temperature multiplication is arrested, the optimum lying midway. If the food-supply is cut off, encystment occurs in those species capable of the process; but when there is a mixture of members of different broods of the same species, subject to the limitations that we shall learn, conjugat
RMRG3183–. The Canadian entomologist. Insects; Entomology. 58 THE CANADIAN ENTOMOLOGIST when observed close at hand, is se'en not to be a continuous steady flash, but a series of very rapid pulsations, or a flash of very rapid variations in intensity, such as may be observed in a moving mirror image of an arc-lamp operation on alternating current. (See diagram). As compared with the phenomenon of the alternating. 1. Pyractomena borealis. 2. Pyractomena angulata. .3. Pyractomena iucifeia. 4. Photinus pyralis. o. Photinus consanguineiis. 6. Photinus scintillans. 7. Pnotinus marginellus. S. Photinus castu
![. Pheasants; their natural history and practical management. Pheasants. Plumage. 221 the marks are broader, and not so pure ; throat, deep buff ; feathers of the under surface, brown, largely striped down the centre, and tipped with pale or creamy buff, and bordered on each side with tawny ; tail, short, central feathers greyish brown, freckled with dark brown; lateral feathers rufous, crossed obhquely near the tip with dark brown, beyond which the end is white." Under the title of P. scintillans, a variety of this pheasant has been described as a distinct species, but it appears to diffe Stock Photo](https://c8.alamy.com/comp/RE4PJN/pheasants-their-natural-history-and-practical-management-pheasants-plumage-221-the-marks-are-broader-and-not-so-pure-throat-deep-buff-feathers-of-the-under-surface-brown-largely-striped-down-the-centre-and-tipped-with-pale-or-creamy-buff-and-bordered-on-each-side-with-tawny-tail-short-central-feathers-greyish-brown-freckled-with-dark-brown-lateral-feathers-rufous-crossed-obhquely-near-the-tip-with-dark-brown-beyond-which-the-end-is-whitequot-under-the-title-of-p-scintillans-a-variety-of-this-pheasant-has-been-described-as-a-distinct-species-but-it-appears-to-diffe-RE4PJN.jpg ". Pheasants; their natural history and practical management. Pheasants. Plumage. 221 the marks are broader, and not so pure ; throat, deep buff ; feathers of the under surface, brown, largely striped down the centre, and tipped with pale or creamy buff, and bordered on each side with tawny ; tail, short, central feathers greyish brown, freckled with dark brown; lateral feathers rufous, crossed obhquely near the tip with dark brown, beyond which the end is white." Under the title of P. scintillans, a variety of this pheasant has been described as a distinct species, but it appears to diffe Stock Photo")
RMRE4PJN–. Pheasants; their natural history and practical management. Pheasants. Plumage. 221 the marks are broader, and not so pure ; throat, deep buff ; feathers of the under surface, brown, largely striped down the centre, and tipped with pale or creamy buff, and bordered on each side with tawny ; tail, short, central feathers greyish brown, freckled with dark brown; lateral feathers rufous, crossed obhquely near the tip with dark brown, beyond which the end is white." Under the title of P. scintillans, a variety of this pheasant has been described as a distinct species, but it appears to diffe
![. Genetics in relation to agriculture. Livestock; Heredity; Variation (Biology); Plant breeding. MUTATIONS 281 broader and of a deeper green, as is shown by Fig. 117. De Vries classified tliis form also as a progressive species. Albida and oblonga were classified as distinct but weak species, incapable of perpetuating themselves in a state of nature and hence were called "degressive." The seventh form, scintillans, proved to be inconstant from the beginning, self-fertilized seed always producing some lamarddana seedlings, as. Fig. 117.—CE. lamarckiana {left) and giyas (right), flower Stock Photo](https://c8.alamy.com/comp/RDYW9A/genetics-in-relation-to-agriculture-livestock-heredity-variation-biology-plant-breeding-mutations-281-broader-and-of-a-deeper-green-as-is-shown-by-fig-117-de-vries-classified-tliis-form-also-as-a-progressive-species-albida-and-oblonga-were-classified-as-distinct-but-weak-species-incapable-of-perpetuating-themselves-in-a-state-of-nature-and-hence-were-called-quotdegressivequot-the-seventh-form-scintillans-proved-to-be-inconstant-from-the-beginning-self-fertilized-seed-always-producing-some-lamarddana-seedlings-as-fig-117ce-lamarckiana-left-and-giyas-right-flower-RDYW9A.jpg ". Genetics in relation to agriculture. Livestock; Heredity; Variation (Biology); Plant breeding. MUTATIONS 281 broader and of a deeper green, as is shown by Fig. 117. De Vries classified tliis form also as a progressive species. Albida and oblonga were classified as distinct but weak species, incapable of perpetuating themselves in a state of nature and hence were called "degressive." The seventh form, scintillans, proved to be inconstant from the beginning, self-fertilized seed always producing some lamarddana seedlings, as. Fig. 117.—CE. lamarckiana {left) and giyas (right), flower Stock Photo")
RMRDYW9A–. Genetics in relation to agriculture. Livestock; Heredity; Variation (Biology); Plant breeding. MUTATIONS 281 broader and of a deeper green, as is shown by Fig. 117. De Vries classified tliis form also as a progressive species. Albida and oblonga were classified as distinct but weak species, incapable of perpetuating themselves in a state of nature and hence were called "degressive." The seventh form, scintillans, proved to be inconstant from the beginning, self-fertilized seed always producing some lamarddana seedlings, as. Fig. 117.—CE. lamarckiana {left) and giyas (right), flower
RMRFT6N9–. Carnegie Institution of Washington publication. 6 A PHYSICAL STUDY OF THE FIREFLY. The Photinus scintillans and the Photinus consanguineus were found together among shrubbery, in small isolated spots of an acre or less in area. The scintillans is only about 3 to 5 mm. long and is therefore very difficult to handle. On the spectrometer slit it would flash but a few times, when fortunately it would emit a rich glow. A female scintillans was caught while flying about dining the daytime. As in the female pyralis, the light organ occupies one-third of the ventral area of the third abdominal segme
![. Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. Fig. 22. Sergestes (Sergio) scintillans a. Carapace in lateral view; b. Petasma; c. Male outer antennular flagellum; d. Scaphocerite; e. Uropod; /". Female coxa pereiopod three.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. South African Museum. Cape Town : The Museum Stock Photo](https://c8.alamy.com/comp/RMKY73/annals-of-the-south-african-museum-=-annale-van-die-suid-afrikaanse-museum-natural-history-fig-22-sergestes-sergio-scintillans-a-carapace-in-lateral-view-b-petasma-c-male-outer-antennular-flagellum-d-scaphocerite-e-uropod-quot-female-coxa-pereiopod-three-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-work-south-african-museum-cape-town-the-museum-RMKY73.jpg ". Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. Fig. 22. Sergestes (Sergio) scintillans a. Carapace in lateral view; b. Petasma; c. Male outer antennular flagellum; d. Scaphocerite; e. Uropod; /". Female coxa pereiopod three.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. South African Museum. Cape Town : The Museum Stock Photo")
RMRMKY73–. Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. Fig. 22. Sergestes (Sergio) scintillans a. Carapace in lateral view; b. Petasma; c. Male outer antennular flagellum; d. Scaphocerite; e. Uropod; /". Female coxa pereiopod three.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. South African Museum. Cape Town : The Museum
RMRDTJK8–. Miscellaneous papers on oenothera. Oenothera; Primroses. 266 BOTAXICAL GAZETTE LamarcMana in 1913, and got from the seeds a uniform generation of 60 flowering individuals, all of which proved to be Lamarckiana. I conclude from this fact that the pollen of the pallesceiis plants does not transmit the characters of the race, exactly as in 0. scintillans and O. caiia. 0. Lamarckiana lata mut. Lactuca (tig. 5, C).—In the summer of 1Q13 I found, in a race of 0. lata which had been fertilized in the previous generations (1905 and 1907) by 0. Lamarck- iana, a weak plant which seemed to be new to me
RMRG8WXH–. Bulletin - United States National Museum. Science. AMERICAN MOTHS OF THE SUBFAMILY PHYCITINAE 335. Figures 25-32.—Venation (male tjnless OTHERWISE noted). 25. Nephopteryx rhenella (Zincken). 26. Epischnia prodromella (Hubner). 27. Monoplilota pergratialis (Hulst). 28. Tlascala reduclella (Walker). 29. Pyla scintillans (Grote). 30. Stylopalpia lunigerella Hampsoii. 31. Lipographis fenestrella (Packard). 32. Selagia argyrella (SchiffermuUer). This genus occurs in our lists, but is not rep- resented in the American fauna.. Please note that these images are extracted from scanned page images tha
RMRGHXWT–. Bulletin of the Department of Geology. Geology. 122 University of California Publications. [Geology the belly prominent. Head large, rather pointed, the bones ap- parently thin, but enameled. Scales thirty-five to forty. Mouth large, oblique, the lower jaw prominent, the cleft probably not reaching the front of the large orbit. Vertebrae thirty-seven, ap- parently well ossified, the centrum large, the neural and haemal spines slightly curved and posteriorly strongly inclined back- ward. Scales large, quadrate in form, distinctly enameled; prob-. Pig. 17. E1 riiigits scintillans Jordan. Mioce
RMRHP5J7–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. K FIG. 6. Glaucoma scintillans. Camera lucida drawings from material fixed in Schaudinn's fluid and stained with the Feulgen nucleic acid reaction. < 567. A. Resting individual. B. Early division stage. The micronucleus is in the early prophase and a small bead of central chromatin has appeared in the macronucleus. C. Slightly later than B. D. Later stage. The central chromatin is large and deeply staining and the micronucleus is in the late prophase. E. The micronucleus is in the anaphase and the central chromatin is at
![. Biologisches Zentralblatt. Biology. If. Verhalten des Zellf)lasmas verschiedenen Chemikalien gegenüber. Im „Zoologischen Anzeiger" Bd. XXIII Nr. 618 1900 wurde im Anschluss an Loeb's merkwürdige Experimente über vorläufige Ver- suche an Seeigeleiern, die in verschiedenen Salzlösungen durch einige Zeit belassen wurden, berichtet; anknüpfend an diese Versuchsserie wur- den auch im gleichen Sinne Experimente an Protozoen angestellt. Die Glaucoma scintillans verringerte zunächst in dem Wasser, dem einige Tropfen konzentrierter MgCU-Lösuug zugesetzt wurden, ihre Be- wegungsfunktion, später s Stock Photo](https://c8.alamy.com/comp/RHKE42/biologisches-zentralblatt-biology-if-verhalten-des-zellflasmas-verschiedenen-chemikalien-gegenber-im-zoologischen-anzeigerquot-bd-xxiii-nr-618-1900-wurde-im-anschluss-an-loebs-merkwrdige-experimente-ber-vorlufige-ver-suche-an-seeigeleiern-die-in-verschiedenen-salzlsungen-durch-einige-zeit-belassen-wurden-berichtet-anknpfend-an-diese-versuchsserie-wur-den-auch-im-gleichen-sinne-experimente-an-protozoen-angestellt-die-glaucoma-scintillans-verringerte-zunchst-in-dem-wasser-dem-einige-tropfen-konzentrierter-mgcu-lsuug-zugesetzt-wurden-ihre-be-wegungsfunktion-spter-s-RHKE42.jpg ". Biologisches Zentralblatt. Biology. If. Verhalten des Zellf)lasmas verschiedenen Chemikalien gegenüber. Im „Zoologischen Anzeiger" Bd. XXIII Nr. 618 1900 wurde im Anschluss an Loeb's merkwürdige Experimente über vorläufige Ver- suche an Seeigeleiern, die in verschiedenen Salzlösungen durch einige Zeit belassen wurden, berichtet; anknüpfend an diese Versuchsserie wur- den auch im gleichen Sinne Experimente an Protozoen angestellt. Die Glaucoma scintillans verringerte zunächst in dem Wasser, dem einige Tropfen konzentrierter MgCU-Lösuug zugesetzt wurden, ihre Be- wegungsfunktion, später s Stock Photo")
RMRHKE42–. Biologisches Zentralblatt. Biology. If. Verhalten des Zellf)lasmas verschiedenen Chemikalien gegenüber. Im „Zoologischen Anzeiger" Bd. XXIII Nr. 618 1900 wurde im Anschluss an Loeb's merkwürdige Experimente über vorläufige Ver- suche an Seeigeleiern, die in verschiedenen Salzlösungen durch einige Zeit belassen wurden, berichtet; anknüpfend an diese Versuchsserie wur- den auch im gleichen Sinne Experimente an Protozoen angestellt. Die Glaucoma scintillans verringerte zunächst in dem Wasser, dem einige Tropfen konzentrierter MgCU-Lösuug zugesetzt wurden, ihre Be- wegungsfunktion, später s
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