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Ceratium Black & White Stock Photos
Labels: 1. Glenodinium; 2. Ceratium; 3. Prorocentrum; 4. Polykrikos; 4a is an undischarged, and b a discharged stinging-capsule; and other, vintage li Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/labels-1-glenodinium-2-ceratium-3-prorocentrum-4-polykrikos-4a-is-an-undischarged-and-b-a-discharged-stinging-capsule-and-other-vintage-li-image348666394.htmlRF2B773F6–Labels: 1. Glenodinium; 2. Ceratium; 3. Prorocentrum; 4. Polykrikos; 4a is an undischarged, and b a discharged stinging-capsule; and other, vintage li
Ceratium hirundinella Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-ceratium-hirundinella-139506823.htmlRMJ2Y2AF–Ceratium hirundinella
Ceratium hirundinella. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/ceratium-hirundinella-image237204581.htmlRMRNWGT5–Ceratium hirundinella.
. The analysis of food and drugs . 30 CHEMICAL AND BIOLOGICAL ANALYSIS OF -WATER Infusoria. It may be said generally of the infusoria that they arecharacteristic of pond-water containing suspended deadorganic matter. Most ef the flagellated infusorians are tobe found in putrid vegetable infusions in immense numbers,and they ought not to be present in pure water, exceptperhaps very sparingly. Anthophysa. (40). Ceratium (41).—A fairly large infusorian. It is goblet-shaped, and has long projections or spines round the mouthpart. The opposite end is drawn out into a spine.. Coleps (42) is a globul Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-analysis-of-food-and-drugs-30-chemical-and-biological-analysis-of-water-infusoria-it-may-be-said-generally-of-the-infusoria-that-they-arecharacteristic-of-pond-water-containing-suspended-deadorganic-matter-most-ef-the-flagellated-infusorians-are-tobe-found-in-putrid-vegetable-infusions-in-immense-numbersand-they-ought-not-to-be-present-in-pure-water-exceptperhaps-very-sparingly-anthophysa-40-ceratium-41a-fairly-large-infusorian-it-is-goblet-shaped-and-has-long-projections-or-spines-round-the-mouthpart-the-opposite-end-is-drawn-out-into-a-spine-coleps-42-is-a-globul-image371640472.htmlRM2CGHK60–. The analysis of food and drugs . 30 CHEMICAL AND BIOLOGICAL ANALYSIS OF -WATER Infusoria. It may be said generally of the infusoria that they arecharacteristic of pond-water containing suspended deadorganic matter. Most ef the flagellated infusorians are tobe found in putrid vegetable infusions in immense numbers,and they ought not to be present in pure water, exceptperhaps very sparingly. Anthophysa. (40). Ceratium (41).—A fairly large infusorian. It is goblet-shaped, and has long projections or spines round the mouthpart. The opposite end is drawn out into a spine.. Coleps (42) is a globul
. Protozoo?logy. Protozoa; Protozoa, Pathogenic. 24 GENERAL ORGANIZATION OF THE PROTOZOA the protozoon has the power of manufacturing by chemical processes, over and above those which are devoted to nutrition, various products which are secreted just within or outside the peripheral protoplasm, where they may form a protective armor in the shape of shells, or tests. The materials thus formed within the cell body may be chitin (as in the case of Arcella vulgaris or in any other shelled rhizopod where the shell material is always laid down upon a chitin base); cellulose (as Fig. 6. Ceratium tri| Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/protozoology-protozoa-protozoa-pathogenic-24-general-organization-of-the-protozoa-the-protozoon-has-the-power-of-manufacturing-by-chemical-processes-over-and-above-those-which-are-devoted-to-nutrition-various-products-which-are-secreted-just-within-or-outside-the-peripheral-protoplasm-where-they-may-form-a-protective-armor-in-the-shape-of-shells-or-tests-the-materials-thus-formed-within-the-cell-body-may-be-chitin-as-in-the-case-of-arcella-vulgaris-or-in-any-other-shelled-rhizopod-where-the-shell-material-is-always-laid-down-upon-a-chitin-base-cellulose-as-fig-6-ceratium-tri-image232305606.htmlRMRDXC4P–. Protozoo?logy. Protozoa; Protozoa, Pathogenic. 24 GENERAL ORGANIZATION OF THE PROTOZOA the protozoon has the power of manufacturing by chemical processes, over and above those which are devoted to nutrition, various products which are secreted just within or outside the peripheral protoplasm, where they may form a protective armor in the shape of shells, or tests. The materials thus formed within the cell body may be chitin (as in the case of Arcella vulgaris or in any other shelled rhizopod where the shell material is always laid down upon a chitin base); cellulose (as Fig. 6. Ceratium tri|
. An introduction to the study of seaweeds. Algae. Fig. 56.—a, Ceratium Tripos (in catena), after J. Murray ; b, single Cerafiwtn Both highly magnilied. (After Scliiitt.) coasts, causing the waters to be brightly luminous at night. They form, with the Diatoms, a very large proportion of the primary food of marine animals. The occurrence of Ceratium Tripos in catena (Fig. 56). 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.. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-introduction-to-the-study-of-seaweeds-algae-fig-56a-ceratium-tripos-in-catena-after-j-murray-b-single-cerafiwtn-both-highly-magnilied-after-scliiitt-coasts-causing-the-waters-to-be-brightly-luminous-at-night-they-form-with-the-diatoms-a-very-large-proportion-of-the-primary-food-of-marine-animals-the-occurrence-of-ceratium-tripos-in-catena-fig-56-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-image232313108.htmlRMRDXNMM–. An introduction to the study of seaweeds. Algae. Fig. 56.—a, Ceratium Tripos (in catena), after J. Murray ; b, single Cerafiwtn Both highly magnilied. (After Scliiitt.) coasts, causing the waters to be brightly luminous at night. They form, with the Diatoms, a very large proportion of the primary food of marine animals. The occurrence of Ceratium Tripos in catena (Fig. 56). 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..
. The life of inland waters; an elementary text book of fresh-water biology for American students. Freshwater biology. io8 Aquatic Organisms and a singularly persistent bad flavor, and under such circumstances it becomes a pest in water supplies. Glenodinium (fig. 30/), Peridinium, and Ceratium (fig. 30J) are three brownish shell-bearing flagellates of wide distribution often locally abundant, especially in spring and summer. These all have one of the two long flagella laid in a transverse groove encircling the body, the other flagellum free (fig. 33). Glenodinium is the smallest, Ceratium, mu Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-life-of-inland-waters-an-elementary-text-book-of-fresh-water-biology-for-american-students-freshwater-biology-io8-aquatic-organisms-and-a-singularly-persistent-bad-flavor-and-under-such-circumstances-it-becomes-a-pest-in-water-supplies-glenodinium-fig-30-peridinium-and-ceratium-fig-30j-are-three-brownish-shell-bearing-flagellates-of-wide-distribution-often-locally-abundant-especially-in-spring-and-summer-these-all-have-one-of-the-two-long-flagella-laid-in-a-transverse-groove-encircling-the-body-the-other-flagellum-free-fig-33-glenodinium-is-the-smallest-ceratium-mu-image232350087.htmlRMRE0CWB–. The life of inland waters; an elementary text book of fresh-water biology for American students. Freshwater biology. io8 Aquatic Organisms and a singularly persistent bad flavor, and under such circumstances it becomes a pest in water supplies. Glenodinium (fig. 30/), Peridinium, and Ceratium (fig. 30J) are three brownish shell-bearing flagellates of wide distribution often locally abundant, especially in spring and summer. These all have one of the two long flagella laid in a transverse groove encircling the body, the other flagellum free (fig. 33). Glenodinium is the smallest, Ceratium, mu
. ProtozooÌlogy. Protozoa; Protozoa, Pathogenic. CLASSIFICATION OF THE MASTIGOPHORA 49 Order 1. Adinida. Dinoflagellates -n-ithout furrows, the two flagella free in the water, the transverse with movement the same as though the furrow were present. Typical genera: Prorocentrum, Ehr., 1S33; Exuviella, Cienk., 1882. â¢Order 2. Diniferida. Dinoflagellates â with furrows, one transverse, the other longitudinal. Family 1. Peridinidw. The transverse furrow is without wide ledges and the shell may be absent. Typical genera: Peridinium, Ehr., 18.32; Ceratium, Schrank, 1793; Gleno- dinium, Ehr., 1835; Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/protozoology-protozoa-protozoa-pathogenic-classification-of-the-mastigophora-49-order-1-adinida-dinoflagellates-n-ithout-furrows-the-two-flagella-free-in-the-water-the-transverse-with-movement-the-same-as-though-the-furrow-were-present-typical-genera-prorocentrum-ehr-1s33-exuviella-cienk-1882-order-2-diniferida-dinoflagellates-with-furrows-one-transverse-the-other-longitudinal-family-1-peridinidw-the-transverse-furrow-is-without-wide-ledges-and-the-shell-may-be-absent-typical-genera-peridinium-ehr-1832-ceratium-schrank-1793-gleno-dinium-ehr-1835-image232305524.htmlRMRDXC1T–. ProtozooÌlogy. Protozoa; Protozoa, Pathogenic. CLASSIFICATION OF THE MASTIGOPHORA 49 Order 1. Adinida. Dinoflagellates -n-ithout furrows, the two flagella free in the water, the transverse with movement the same as though the furrow were present. Typical genera: Prorocentrum, Ehr., 1S33; Exuviella, Cienk., 1882. â¢Order 2. Diniferida. Dinoflagellates â with furrows, one transverse, the other longitudinal. Family 1. Peridinidw. The transverse furrow is without wide ledges and the shell may be absent. Typical genera: Peridinium, Ehr., 18.32; Ceratium, Schrank, 1793; Gleno- dinium, Ehr., 1835;
![. The Protozoa. Protozoa. Fig. 13.— Shells and tests. [A, SCHEWIAKOFF; B, ORIGINAL; C, Butschli; D, STEIN.] A. Euglypha alveolata Duj. The shell consists of oval siliceous plates glued together by a sili- ceous (?) cement. B. Cockliopodium digitatum, n. sp. The test is membranous and perforated for pseudopodia. C. Pseudochlamys patella Clp. and Lach. The test is membranous and shield- like. D. Ceratium tripos Nitsch. The shell consists of cellulose plates of diverse size and shape.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for r Stock Photo](https://c8.alamy.com/comp/RE0F78/the-protozoa-protozoa-fig-13-shells-and-tests-a-schewiakoff-b-original-c-butschli-d-stein-a-euglypha-alveolata-duj-the-shell-consists-of-oval-siliceous-plates-glued-together-by-a-sili-ceous-cement-b-cockliopodium-digitatum-n-sp-the-test-is-membranous-and-perforated-for-pseudopodia-c-pseudochlamys-patella-clp-and-lach-the-test-is-membranous-and-shield-like-d-ceratium-tripos-nitsch-the-shell-consists-of-cellulose-plates-of-diverse-size-and-shape-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-r-RE0F78.jpg ". The Protozoa. Protozoa. Fig. 13.— Shells and tests. [A, SCHEWIAKOFF; B, ORIGINAL; C, Butschli; D, STEIN.] A. Euglypha alveolata Duj. The shell consists of oval siliceous plates glued together by a sili- ceous (?) cement. B. Cockliopodium digitatum, n. sp. The test is membranous and perforated for pseudopodia. C. Pseudochlamys patella Clp. and Lach. The test is membranous and shield- like. D. Ceratium tripos Nitsch. The shell consists of cellulose plates of diverse size and shape.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for r Stock Photo")
. The Protozoa. Protozoa. Fig. 13.— Shells and tests. [A, SCHEWIAKOFF; B, ORIGINAL; C, Butschli; D, STEIN.] A. Euglypha alveolata Duj. The shell consists of oval siliceous plates glued together by a sili- ceous (?) cement. B. Cockliopodium digitatum, n. sp. The test is membranous and perforated for pseudopodia. C. Pseudochlamys patella Clp. and Lach. The test is membranous and shield- like. D. Ceratium tripos Nitsch. The shell consists of cellulose plates of diverse size and shape.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for r Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-protozoa-protozoa-fig-13-shells-and-tests-a-schewiakoff-b-original-c-butschli-d-stein-a-euglypha-alveolata-duj-the-shell-consists-of-oval-siliceous-plates-glued-together-by-a-sili-ceous-cement-b-cockliopodium-digitatum-n-sp-the-test-is-membranous-and-perforated-for-pseudopodia-c-pseudochlamys-patella-clp-and-lach-the-test-is-membranous-and-shield-like-d-ceratium-tripos-nitsch-the-shell-consists-of-cellulose-plates-of-diverse-size-and-shape-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-r-image232351932.htmlRMRE0F78–. The Protozoa. Protozoa. Fig. 13.— Shells and tests. [A, SCHEWIAKOFF; B, ORIGINAL; C, Butschli; D, STEIN.] A. Euglypha alveolata Duj. The shell consists of oval siliceous plates glued together by a sili- ceous (?) cement. B. Cockliopodium digitatum, n. sp. The test is membranous and perforated for pseudopodia. C. Pseudochlamys patella Clp. and Lach. The test is membranous and shield- like. D. Ceratium tripos Nitsch. The shell consists of cellulose plates of diverse size and shape.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for r
. Flora of Koh Chang : contributions to the knowledge of the vegetation in the Gulf of Siam . Botany. Fig. 3. Ceratium curvicorne (Daday) Cleve. Ventral view. Fig. 4. Ceratium curvicorne (Daday) Cleve Lateral view. This species seems to be abundant in the Gulf of Siam. The spe- cimens observed agree well with Dadays figures; but sometimes the curvature of the right posterior horns is less pronounced. As shown in fig. 4 the ventral face of the body is concave and the basilar parts of the posterior horns proceed in a nearly right angle to the transversal axis. 2(rj - 3(-f) - 4(+) - 5(rr) - 6 (+) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/flora-of-koh-chang-contributions-to-the-knowledge-of-the-vegetation-in-the-gulf-of-siam-botany-fig-3-ceratium-curvicorne-daday-cleve-ventral-view-fig-4-ceratium-curvicorne-daday-cleve-lateral-view-this-species-seems-to-be-abundant-in-the-gulf-of-siam-the-spe-cimens-observed-agree-well-with-dadays-figures-but-sometimes-the-curvature-of-the-right-posterior-horns-is-less-pronounced-as-shown-in-fig-4-the-ventral-face-of-the-body-is-concave-and-the-basilar-parts-of-the-posterior-horns-proceed-in-a-nearly-right-angle-to-the-transversal-axis-2rj-3-f-4-5rr-6-image232221001.htmlRMRDPG75–. Flora of Koh Chang : contributions to the knowledge of the vegetation in the Gulf of Siam . Botany. Fig. 3. Ceratium curvicorne (Daday) Cleve. Ventral view. Fig. 4. Ceratium curvicorne (Daday) Cleve Lateral view. This species seems to be abundant in the Gulf of Siam. The spe- cimens observed agree well with Dadays figures; but sometimes the curvature of the right posterior horns is less pronounced. As shown in fig. 4 the ventral face of the body is concave and the basilar parts of the posterior horns proceed in a nearly right angle to the transversal axis. 2(rj - 3(-f) - 4(+) - 5(rr) - 6 (+)
. An introduction to the study of seaweeds. Algae. CHLOROPHYCE^ 183 The Geographical Bistrihution of the marine forms is principally in the temperate waters of the ocean, more abundantly in coastal waters than far from land. Vast banks of Ceratium occur on the British. 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.. Murray, George Robert Milne, 1858-1911. London, New York, Macmillan Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-introduction-to-the-study-of-seaweeds-algae-chlorophyce-183-the-geographical-bistrihution-of-the-marine-forms-is-principally-in-the-temperate-waters-of-the-ocean-more-abundantly-in-coastal-waters-than-far-from-land-vast-banks-of-ceratium-occur-on-the-british-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-murray-george-robert-milne-1858-1911-london-new-york-macmillan-image232313114.htmlRMRDXNMX–. An introduction to the study of seaweeds. Algae. CHLOROPHYCE^ 183 The Geographical Bistrihution of the marine forms is principally in the temperate waters of the ocean, more abundantly in coastal waters than far from land. Vast banks of Ceratium occur on the British. 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.. Murray, George Robert Milne, 1858-1911. London, New York, Macmillan
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