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Rotifers rotatoria Stock Photos and Images
rotifers (Rotatoria), portrait Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifers-rotatoria-portrait-97252913.htmlRMFJ6729–rotifers (Rotatoria), portrait
Rotifers as microscopic plankton in drops of water Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifers-as-microscopic-plankton-in-drops-of-water-image348348881.htmlRF2B6MJFD–Rotifers as microscopic plankton in drops of water
. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 555 great family of Notommatidae, and there is much reason to beheve that all other rotifers have been derived from forms essentially similar to those found in this family. The different members of the Notommatidae are so much alike that it is hardly necessary to select precisely some one species for a type. But it will be well in following this account to have in mind such an animal as Proales (Fig. 856), or Notommata truncata (Fig. 857, A and B), or Copeus on-. fng;- ^m. Please note that these images are extracted f Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/fresh-water-biology-freshwater-biology-the-wheel-animalcules-rotatoria-555-great-family-of-notommatidae-and-there-is-much-reason-to-beheve-that-all-other-rotifers-have-been-derived-from-forms-essentially-similar-to-those-found-in-this-family-the-different-members-of-the-notommatidae-are-so-much-alike-that-it-is-hardly-necessary-to-select-precisely-some-one-species-for-a-type-but-it-will-be-well-in-following-this-account-to-have-in-mind-such-an-animal-as-proales-fig-856-or-notommata-truncata-fig-857-a-and-b-or-copeus-on-fng-m-please-note-that-these-images-are-extracted-f-image231964888.htmlRMRDAWG8–. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 555 great family of Notommatidae, and there is much reason to beheve that all other rotifers have been derived from forms essentially similar to those found in this family. The different members of the Notommatidae are so much alike that it is hardly necessary to select precisely some one species for a type. But it will be well in following this account to have in mind such an animal as Proales (Fig. 856), or Notommata truncata (Fig. 857, A and B), or Copeus on-. fng;- ^m. Please note that these images are extracted f
. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 555 great family of Notommatidae, and there is much reason to beheve that all other rotifers have been derived from forms essentially similar to those found in this family. The different members of the Notommatidae are so much alike that it is hardly necessary to select precisely some one species for a type. But it will be well in following this account to have in mind such an animal as Proales (Fig. 856), or Notommata truncata (Fig. 857, A and B), or Copeus on-. fng;- ^m. Please note that these images are extracted f Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/fresh-water-biology-freshwater-biology-the-wheel-animalcules-rotatoria-555-great-family-of-notommatidae-and-there-is-much-reason-to-beheve-that-all-other-rotifers-have-been-derived-from-forms-essentially-similar-to-those-found-in-this-family-the-different-members-of-the-notommatidae-are-so-much-alike-that-it-is-hardly-necessary-to-select-precisely-some-one-species-for-a-type-but-it-will-be-well-in-following-this-account-to-have-in-mind-such-an-animal-as-proales-fig-856-or-notommata-truncata-fig-857-a-and-b-or-copeus-on-fng-m-please-note-that-these-images-are-extracted-f-image216351368.htmlRMPFYJAG–. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 555 great family of Notommatidae, and there is much reason to beheve that all other rotifers have been derived from forms essentially similar to those found in this family. The different members of the Notommatidae are so much alike that it is hardly necessary to select precisely some one species for a type. But it will be well in following this account to have in mind such an animal as Proales (Fig. 856), or Notommata truncata (Fig. 857, A and B), or Copeus on-. fng;- ^m. Please note that these images are extracted f
rotifers (Rotatoria), Philodina spec. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifers-rotatoria-philodina-spec-97254426.htmlRMFJ690A–rotifers (Rotatoria), Philodina spec.
Rotifers as microscopic plankton in drops of water Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifers-as-microscopic-plankton-in-drops-of-water-image348348874.htmlRF2B6MJF6–Rotifers as microscopic plankton in drops of water
. Zoology : for students and general readers . Zoology. 176 ZOOLOOT. Class III.—Rotatoria {Rotifers). General Characters of Rotifers.—The Rotifers, or wheel- animalcules, are abundant in standing water, in damp moss, etc., and in the ocean, and are so transparent that their in- ternal anatomy can be studied without dissection, while they are so minute, being from one fortieth to three hundredths of an inch in length (f to f mm.), that high powers of the microscope are needed in studying them. They are of special interest from the fact that after being dried for months to such a degi-ee that li Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/zoology-for-students-and-general-readers-zoology-176-zooloot-class-iiirotatoria-rotifers-general-characters-of-rotifersthe-rotifers-or-wheel-animalcules-are-abundant-in-standing-water-in-damp-moss-etc-and-in-the-ocean-and-are-so-transparent-that-their-in-ternal-anatomy-can-be-studied-without-dissection-while-they-are-so-minute-being-from-one-fortieth-to-three-hundredths-of-an-inch-in-length-f-to-f-mm-that-high-powers-of-the-microscope-are-needed-in-studying-them-they-are-of-special-interest-from-the-fact-that-after-being-dried-for-months-to-such-a-degi-ee-that-li-image231938216.htmlRMRD9KFM–. Zoology : for students and general readers . Zoology. 176 ZOOLOOT. Class III.—Rotatoria {Rotifers). General Characters of Rotifers.—The Rotifers, or wheel- animalcules, are abundant in standing water, in damp moss, etc., and in the ocean, and are so transparent that their in- ternal anatomy can be studied without dissection, while they are so minute, being from one fortieth to three hundredths of an inch in length (f to f mm.), that high powers of the microscope are needed in studying them. They are of special interest from the fact that after being dried for months to such a degi-ee that li
. Zoology : for students and general readers . Zoology. 176 ZOOLOOT. Class III.—Rotatoria {Rotifers). General Characters of Rotifers.—The Rotifers, or wheel- animalcules, are abundant in standing water, in damp moss, etc., and in the ocean, and are so transparent that their in- ternal anatomy can be studied without dissection, while they are so minute, being from one fortieth to three hundredths of an inch in length (f to f mm.), that high powers of the microscope are needed in studying them. They are of special interest from the fact that after being dried for months to such a degi-ee that li Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/zoology-for-students-and-general-readers-zoology-176-zooloot-class-iiirotatoria-rotifers-general-characters-of-rotifersthe-rotifers-or-wheel-animalcules-are-abundant-in-standing-water-in-damp-moss-etc-and-in-the-ocean-and-are-so-transparent-that-their-in-ternal-anatomy-can-be-studied-without-dissection-while-they-are-so-minute-being-from-one-fortieth-to-three-hundredths-of-an-inch-in-length-f-to-f-mm-that-high-powers-of-the-microscope-are-needed-in-studying-them-they-are-of-special-interest-from-the-fact-that-after-being-dried-for-months-to-such-a-degi-ee-that-li-image216394381.htmlRMPG1H6N–. Zoology : for students and general readers . Zoology. 176 ZOOLOOT. Class III.—Rotatoria {Rotifers). General Characters of Rotifers.—The Rotifers, or wheel- animalcules, are abundant in standing water, in damp moss, etc., and in the ocean, and are so transparent that their in- ternal anatomy can be studied without dissection, while they are so minute, being from one fortieth to three hundredths of an inch in length (f to f mm.), that high powers of the microscope are needed in studying them. They are of special interest from the fact that after being dried for months to such a degi-ee that li
rotifers (Rotatoria), Philodina spec. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifers-rotatoria-philodina-spec-97239188.htmlRMFJ5HG4–rotifers (Rotatoria), Philodina spec.
Rotifers as microscopic plankton in drops of water Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifers-as-microscopic-plankton-in-drops-of-water-image348348870.htmlRF2B6MJF2–Rotifers as microscopic plankton in drops of water
rotifers (Rotatoria), rotatoria and paramecia Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifers-rotatoria-rotatoria-and-paramecia-76067926.htmlRMEBN5BJ–rotifers (Rotatoria), rotatoria and paramecia
. Zoology for high schools and colleges. Zoology. 17f5 ZOOLOG r. Class III.—Rotatoria {Rotifers), General Characters of Rotifers.—The Eotifers, or wheel- animalcules, are abundant in standing water, in damp moss, etc., and in the oc(;an, and are so transparent that their in- ternal anatomy can be studied without dissection, while they are so minute, being from one fortieth to three hundredths of an inch in length (| to f mm.), that high powers of the microscope are needed in. studying them. They are of special interest from the fact that after being dried for months to such a degree that littl Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/zoology-for-high-schools-and-colleges-zoology-17f5-zoolog-r-class-iiirotatoria-rotifers-general-characters-of-rotifersthe-eotifers-or-wheel-animalcules-are-abundant-in-standing-water-in-damp-moss-etc-and-in-the-ocan-and-are-so-transparent-that-their-in-ternal-anatomy-can-be-studied-without-dissection-while-they-are-so-minute-being-from-one-fortieth-to-three-hundredths-of-an-inch-in-length-to-f-mm-that-high-powers-of-the-microscope-are-needed-in-studying-them-they-are-of-special-interest-from-the-fact-that-after-being-dried-for-months-to-such-a-degree-that-littl-image232352386.htmlRMRE0FRE–. Zoology for high schools and colleges. Zoology. 17f5 ZOOLOG r. Class III.—Rotatoria {Rotifers), General Characters of Rotifers.—The Eotifers, or wheel- animalcules, are abundant in standing water, in damp moss, etc., and in the oc(;an, and are so transparent that their in- ternal anatomy can be studied without dissection, while they are so minute, being from one fortieth to three hundredths of an inch in length (| to f mm.), that high powers of the microscope are needed in. studying them. They are of special interest from the fact that after being dried for months to such a degree that littl
. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 56s other. Such a survey gives strongly the impression that the other rotifers have been derived by various modifications from rotifers having in general the characteristics of the Notommatidae. Space will not permit setting forth in detail the grounds for this impres- sion, nor will it allow describing the many forms transitional be- tween the Notommatidae and other groups. But in giving an. —CO Fig. 863. Mule oi Rhinops nlrea, Hudson, showing presence of the ahmentary canal, co, cop- uiatory organ; mx, mastax; 0, es Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/fresh-water-biology-freshwater-biology-the-wheel-animalcules-rotatoria-56s-other-such-a-survey-gives-strongly-the-impression-that-the-other-rotifers-have-been-derived-by-various-modifications-from-rotifers-having-in-general-the-characteristics-of-the-notommatidae-space-will-not-permit-setting-forth-in-detail-the-grounds-for-this-impres-sion-nor-will-it-allow-describing-the-many-forms-transitional-be-tween-the-notommatidae-and-other-groups-but-in-giving-an-co-fig-863-mule-oi-rhinops-nlrea-hudson-showing-presence-of-the-ahmentary-canal-co-cop-uiatory-organ-mx-mastax-0-es-image216351324.htmlRMPFYJ90–. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 56s other. Such a survey gives strongly the impression that the other rotifers have been derived by various modifications from rotifers having in general the characteristics of the Notommatidae. Space will not permit setting forth in detail the grounds for this impres- sion, nor will it allow describing the many forms transitional be- tween the Notommatidae and other groups. But in giving an. —CO Fig. 863. Mule oi Rhinops nlrea, Hudson, showing presence of the ahmentary canal, co, cop- uiatory organ; mx, mastax; 0, es
Rotifers as microscopic plankton in drops of water Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifers-as-microscopic-plankton-in-drops-of-water-image348348861.htmlRF2B6MJEN–Rotifers as microscopic plankton in drops of water
rotifers (Rotatoria), red rotifer Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifers-rotatoria-red-rotifer-76067924.htmlRMEBN5BG–rotifers (Rotatoria), red rotifer
. Animal Ecology. Animal ecology. tenia and otlier fungi ; ami among tla- zooplankton, all classes of Protozoa except Sixirozoa, Rotatoria, Kntoniostraca (especially Cladocera. Copepoda, and Ostracoda), some immature Diptcra, the statoblasts and gemmules of bryozoans and sponges, the rare fresh-water jellyfish, Crast^edacusta. and occasional aquatic mites, gastrotrichs, and others. Fresh-water plankton lack many forms common in the plankton of the ocean. On the other hand, the rotifers, aquatic insects, and water-mites are mostly absent from the sea, and the Cladocera are only poorly represent Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/animal-ecology-animal-ecology-tenia-and-otlier-fungi-ami-among-tla-zooplankton-all-classes-of-protozoa-except-sixirozoa-rotatoria-kntoniostraca-especially-cladocera-copepoda-and-ostracoda-some-immature-diptcra-the-statoblasts-and-gemmules-of-bryozoans-and-sponges-the-rare-fresh-water-jellyfish-crastedacusta-and-occasional-aquatic-mites-gastrotrichs-and-others-fresh-water-plankton-lack-many-forms-common-in-the-plankton-of-the-ocean-on-the-other-hand-the-rotifers-aquatic-insects-and-water-mites-are-mostly-absent-from-the-sea-and-the-cladocera-are-only-poorly-represent-image236770562.htmlRMRN5R7E–. Animal Ecology. Animal ecology. tenia and otlier fungi ; ami among tla- zooplankton, all classes of Protozoa except Sixirozoa, Rotatoria, Kntoniostraca (especially Cladocera. Copepoda, and Ostracoda), some immature Diptcra, the statoblasts and gemmules of bryozoans and sponges, the rare fresh-water jellyfish, Crast^edacusta. and occasional aquatic mites, gastrotrichs, and others. Fresh-water plankton lack many forms common in the plankton of the ocean. On the other hand, the rotifers, aquatic insects, and water-mites are mostly absent from the sea, and the Cladocera are only poorly represent
![. Fresh-water biology. Freshwater biology. THE WHEEL ANTMALCULES (ROTATORIA) 577 which the animals attach themselves; it bears also a pair of "spurs" on its dorsal side, a short distance from the end. These spurs perhaps represent the two toes of other rotifers. The trophi (Fig. 867) present perhaps the most modified type found in the Rotifera; they show clearly that this group is not a primitive one. In most species the trophi are represented by two pieces shaped like a quarter of a sphere and placed side by side (Fig. 867, A). Across the free surface of these pieces extend two or m Stock Photo](https://c8.alamy.com/comp/PFYJ81/fresh-water-biology-freshwater-biology-the-wheel-antmalcules-rotatoria-577-which-the-animals-attach-themselves-it-bears-also-a-pair-of-quotspursquot-on-its-dorsal-side-a-short-distance-from-the-end-these-spurs-perhaps-represent-the-two-toes-of-other-rotifers-the-trophi-fig-867-present-perhaps-the-most-modified-type-found-in-the-rotifera-they-show-clearly-that-this-group-is-not-a-primitive-one-in-most-species-the-trophi-are-represented-by-two-pieces-shaped-like-a-quarter-of-a-sphere-and-placed-side-by-side-fig-867-a-across-the-free-surface-of-these-pieces-extend-two-or-m-PFYJ81.jpg ". Fresh-water biology. Freshwater biology. THE WHEEL ANTMALCULES (ROTATORIA) 577 which the animals attach themselves; it bears also a pair of "spurs" on its dorsal side, a short distance from the end. These spurs perhaps represent the two toes of other rotifers. The trophi (Fig. 867) present perhaps the most modified type found in the Rotifera; they show clearly that this group is not a primitive one. In most species the trophi are represented by two pieces shaped like a quarter of a sphere and placed side by side (Fig. 867, A). Across the free surface of these pieces extend two or m Stock Photo")
. Fresh-water biology. Freshwater biology. THE WHEEL ANTMALCULES (ROTATORIA) 577 which the animals attach themselves; it bears also a pair of "spurs" on its dorsal side, a short distance from the end. These spurs perhaps represent the two toes of other rotifers. The trophi (Fig. 867) present perhaps the most modified type found in the Rotifera; they show clearly that this group is not a primitive one. In most species the trophi are represented by two pieces shaped like a quarter of a sphere and placed side by side (Fig. 867, A). Across the free surface of these pieces extend two or m Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/fresh-water-biology-freshwater-biology-the-wheel-antmalcules-rotatoria-577-which-the-animals-attach-themselves-it-bears-also-a-pair-of-quotspursquot-on-its-dorsal-side-a-short-distance-from-the-end-these-spurs-perhaps-represent-the-two-toes-of-other-rotifers-the-trophi-fig-867-present-perhaps-the-most-modified-type-found-in-the-rotifera-they-show-clearly-that-this-group-is-not-a-primitive-one-in-most-species-the-trophi-are-represented-by-two-pieces-shaped-like-a-quarter-of-a-sphere-and-placed-side-by-side-fig-867-a-across-the-free-surface-of-these-pieces-extend-two-or-m-image216351297.htmlRMPFYJ81–. Fresh-water biology. Freshwater biology. THE WHEEL ANTMALCULES (ROTATORIA) 577 which the animals attach themselves; it bears also a pair of "spurs" on its dorsal side, a short distance from the end. These spurs perhaps represent the two toes of other rotifers. The trophi (Fig. 867) present perhaps the most modified type found in the Rotifera; they show clearly that this group is not a primitive one. In most species the trophi are represented by two pieces shaped like a quarter of a sphere and placed side by side (Fig. 867, A). Across the free surface of these pieces extend two or m
Rotifers as microscopic plankton in drops of water Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifers-as-microscopic-plankton-in-drops-of-water-image348348864.htmlRF2B6MJET–Rotifers as microscopic plankton in drops of water
rotifers (Rotatoria), rotatoria and paramecia Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifers-rotatoria-rotatoria-and-paramecia-76067921.htmlRMEBN5BD–rotifers (Rotatoria), rotatoria and paramecia
. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 56s other. Such a survey gives strongly the impression that the other rotifers have been derived by various modifications from rotifers having in general the characteristics of the Notommatidae. Space will not permit setting forth in detail the grounds for this impres- sion, nor will it allow describing the many forms transitional be- tween the Notommatidae and other groups. But in giving an. —CO Fig. 863. Mule oi Rhinops nlrea, Hudson, showing presence of the ahmentary canal, co, cop- uiatory organ; mx, mastax; 0, es Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/fresh-water-biology-freshwater-biology-the-wheel-animalcules-rotatoria-56s-other-such-a-survey-gives-strongly-the-impression-that-the-other-rotifers-have-been-derived-by-various-modifications-from-rotifers-having-in-general-the-characteristics-of-the-notommatidae-space-will-not-permit-setting-forth-in-detail-the-grounds-for-this-impres-sion-nor-will-it-allow-describing-the-many-forms-transitional-be-tween-the-notommatidae-and-other-groups-but-in-giving-an-co-fig-863-mule-oi-rhinops-nlrea-hudson-showing-presence-of-the-ahmentary-canal-co-cop-uiatory-organ-mx-mastax-0-es-image231948088.htmlRMRDA448–. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 56s other. Such a survey gives strongly the impression that the other rotifers have been derived by various modifications from rotifers having in general the characteristics of the Notommatidae. Space will not permit setting forth in detail the grounds for this impres- sion, nor will it allow describing the many forms transitional be- tween the Notommatidae and other groups. But in giving an. —CO Fig. 863. Mule oi Rhinops nlrea, Hudson, showing presence of the ahmentary canal, co, cop- uiatory organ; mx, mastax; 0, es
rotifers (Rotatoria), Philodina spec. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifers-rotatoria-philodina-spec-97255758.htmlRMFJ6AKX–rotifers (Rotatoria), Philodina spec.
. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 575 the typical free-swimming rotifers. Yet again, as in most other cases, free-swimming species form a transition to these extreme types. One finds the same pecuKar corona, the same remarkable type of jaws, and various other features in common with the MeUcertidae, in a number of free-swimming rotifers. These in- clude the genera Pterodina (Fig. 942), Pompholyx, Pedalion (Fig. 946),. Fig. 865. Corona oi Lacinularia socialis Ehr., to show the two wreaths of cilia. A, Dorsal view. B, Side view. (After Wesenberg-Luod.) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/fresh-water-biology-freshwater-biology-the-wheel-animalcules-rotatoria-575-the-typical-free-swimming-rotifers-yet-again-as-in-most-other-cases-free-swimming-species-form-a-transition-to-these-extreme-types-one-finds-the-same-pecukar-corona-the-same-remarkable-type-of-jaws-and-various-other-features-in-common-with-the-meucertidae-in-a-number-of-free-swimming-rotifers-these-in-clude-the-genera-pterodina-fig-942-pompholyx-pedalion-fig-946-fig-865-corona-oi-lacinularia-socialis-ehr-to-show-the-two-wreaths-of-cilia-a-dorsal-view-b-side-view-after-wesenberg-luod-image216351307.htmlRMPFYJ8B–. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 575 the typical free-swimming rotifers. Yet again, as in most other cases, free-swimming species form a transition to these extreme types. One finds the same pecuKar corona, the same remarkable type of jaws, and various other features in common with the MeUcertidae, in a number of free-swimming rotifers. These in- clude the genera Pterodina (Fig. 942), Pompholyx, Pedalion (Fig. 946),. Fig. 865. Corona oi Lacinularia socialis Ehr., to show the two wreaths of cilia. A, Dorsal view. B, Side view. (After Wesenberg-Luod.)
![. Fresh-water biology. Freshwater biology. THE WHEEL ANTMALCULES (ROTATORIA) 577 which the animals attach themselves; it bears also a pair of "spurs" on its dorsal side, a short distance from the end. These spurs perhaps represent the two toes of other rotifers. The trophi (Fig. 867) present perhaps the most modified type found in the Rotifera; they show clearly that this group is not a primitive one. In most species the trophi are represented by two pieces shaped like a quarter of a sphere and placed side by side (Fig. 867, A). Across the free surface of these pieces extend two or m Stock Photo](https://c8.alamy.com/comp/RDA429/fresh-water-biology-freshwater-biology-the-wheel-antmalcules-rotatoria-577-which-the-animals-attach-themselves-it-bears-also-a-pair-of-quotspursquot-on-its-dorsal-side-a-short-distance-from-the-end-these-spurs-perhaps-represent-the-two-toes-of-other-rotifers-the-trophi-fig-867-present-perhaps-the-most-modified-type-found-in-the-rotifera-they-show-clearly-that-this-group-is-not-a-primitive-one-in-most-species-the-trophi-are-represented-by-two-pieces-shaped-like-a-quarter-of-a-sphere-and-placed-side-by-side-fig-867-a-across-the-free-surface-of-these-pieces-extend-two-or-m-RDA429.jpg ". Fresh-water biology. Freshwater biology. THE WHEEL ANTMALCULES (ROTATORIA) 577 which the animals attach themselves; it bears also a pair of "spurs" on its dorsal side, a short distance from the end. These spurs perhaps represent the two toes of other rotifers. The trophi (Fig. 867) present perhaps the most modified type found in the Rotifera; they show clearly that this group is not a primitive one. In most species the trophi are represented by two pieces shaped like a quarter of a sphere and placed side by side (Fig. 867, A). Across the free surface of these pieces extend two or m Stock Photo")
. Fresh-water biology. Freshwater biology. THE WHEEL ANTMALCULES (ROTATORIA) 577 which the animals attach themselves; it bears also a pair of "spurs" on its dorsal side, a short distance from the end. These spurs perhaps represent the two toes of other rotifers. The trophi (Fig. 867) present perhaps the most modified type found in the Rotifera; they show clearly that this group is not a primitive one. In most species the trophi are represented by two pieces shaped like a quarter of a sphere and placed side by side (Fig. 867, A). Across the free surface of these pieces extend two or m Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/fresh-water-biology-freshwater-biology-the-wheel-antmalcules-rotatoria-577-which-the-animals-attach-themselves-it-bears-also-a-pair-of-quotspursquot-on-its-dorsal-side-a-short-distance-from-the-end-these-spurs-perhaps-represent-the-two-toes-of-other-rotifers-the-trophi-fig-867-present-perhaps-the-most-modified-type-found-in-the-rotifera-they-show-clearly-that-this-group-is-not-a-primitive-one-in-most-species-the-trophi-are-represented-by-two-pieces-shaped-like-a-quarter-of-a-sphere-and-placed-side-by-side-fig-867-a-across-the-free-surface-of-these-pieces-extend-two-or-m-image231948033.htmlRMRDA429–. Fresh-water biology. Freshwater biology. THE WHEEL ANTMALCULES (ROTATORIA) 577 which the animals attach themselves; it bears also a pair of "spurs" on its dorsal side, a short distance from the end. These spurs perhaps represent the two toes of other rotifers. The trophi (Fig. 867) present perhaps the most modified type found in the Rotifera; they show clearly that this group is not a primitive one. In most species the trophi are represented by two pieces shaped like a quarter of a sphere and placed side by side (Fig. 867, A). Across the free surface of these pieces extend two or m
rotifers (Rotatoria), Philodina spec. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifers-rotatoria-philodina-spec-97252717.htmlRMFJ66R9–rotifers (Rotatoria), Philodina spec.
. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 561 or a bunch of long cilia. The membrane or the bunch of cilia is always in rapid movement, giving the appearance of a minute flame, so that these structures are called flame cells. The cilia or membrane doubtless serve to propel a current through the tubes. In many rotifers a transverse tube in the head region unites the. Fig. 85i. Excretory organs. A, Lacinularia socialis Ehr., showing the thin-walled tube a, the thick- walled tube b, the transverse connecting tube c, and the flame cells/c. Modified from a figure Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/fresh-water-biology-freshwater-biology-the-wheel-animalcules-rotatoria-561-or-a-bunch-of-long-cilia-the-membrane-or-the-bunch-of-cilia-is-always-in-rapid-movement-giving-the-appearance-of-a-minute-flame-so-that-these-structures-are-called-flame-cells-the-cilia-or-membrane-doubtless-serve-to-propel-a-current-through-the-tubes-in-many-rotifers-a-transverse-tube-in-the-head-region-unites-the-fig-85i-excretory-organs-a-lacinularia-socialis-ehr-showing-the-thin-walled-tube-a-the-thick-walled-tube-b-the-transverse-connecting-tube-c-and-the-flame-cellsc-modified-from-a-figure-image216351342.htmlRMPFYJ9J–. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 561 or a bunch of long cilia. The membrane or the bunch of cilia is always in rapid movement, giving the appearance of a minute flame, so that these structures are called flame cells. The cilia or membrane doubtless serve to propel a current through the tubes. In many rotifers a transverse tube in the head region unites the. Fig. 85i. Excretory organs. A, Lacinularia socialis Ehr., showing the thin-walled tube a, the thick- walled tube b, the transverse connecting tube c, and the flame cells/c. Modified from a figure
rotifers (Rotatoria), red rotifer Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifers-rotatoria-red-rotifer-76067920.htmlRMEBN5BC–rotifers (Rotatoria), red rotifer
. Fourteen weeks in zoology. Zoology. 338 SUBKINGDOM AETICDLATA. The Hirudinidae (Leeches) are aquatic without bristles or gills. They are used iu medicine for bleeding, Prance alone using a hundred million annually. A saw-like move- ment of their tri-radiate jaws readily cuts the skin, and with the aid of the vacuum produced by the sucker, causes a „ .„ copious flow of blood. So slow is its I digestion that a single meal will answer for a year. Over thirty species are known to inhabit the fresh waters of North America. (Fig. 406.) ORDER ROTATORIA. The Rotifers (wheelbearers) are I aquatic and Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/fourteen-weeks-in-zoology-zoology-338-subkingdom-aeticdlata-the-hirudinidae-leeches-are-aquatic-without-bristles-or-gills-they-are-used-iu-medicine-for-bleeding-prance-alone-using-a-hundred-million-annually-a-saw-like-move-ment-of-their-tri-radiate-jaws-readily-cuts-the-skin-and-with-the-aid-of-the-vacuum-produced-by-the-sucker-causes-a-copious-flow-of-blood-so-slow-is-its-i-digestion-that-a-single-meal-will-answer-for-a-year-over-thirty-species-are-known-to-inhabit-the-fresh-waters-of-north-america-fig-406-order-rotatoria-the-rotifers-wheelbearers-are-i-aquatic-and-image232259097.htmlRMRDT8RN–. Fourteen weeks in zoology. Zoology. 338 SUBKINGDOM AETICDLATA. The Hirudinidae (Leeches) are aquatic without bristles or gills. They are used iu medicine for bleeding, Prance alone using a hundred million annually. A saw-like move- ment of their tri-radiate jaws readily cuts the skin, and with the aid of the vacuum produced by the sucker, causes a „ .„ copious flow of blood. So slow is its I digestion that a single meal will answer for a year. Over thirty species are known to inhabit the fresh waters of North America. (Fig. 406.) ORDER ROTATORIA. The Rotifers (wheelbearers) are I aquatic and
rotifers (Rotatoria), pregnant rotifer, DIC Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifers-rotatoria-pregnant-rotifer-dic-76067905.htmlRMEBN5AW–rotifers (Rotatoria), pregnant rotifer, DIC
. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 561 or a bunch of long cilia. The membrane or the bunch of cilia is always in rapid movement, giving the appearance of a minute flame, so that these structures are called flame cells. The cilia or membrane doubtless serve to propel a current through the tubes. In many rotifers a transverse tube in the head region unites the. Fig. 85i. Excretory organs. A, Lacinularia socialis Ehr., showing the thin-walled tube a, the thick- walled tube b, the transverse connecting tube c, and the flame cells/c. Modified from a figure Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/fresh-water-biology-freshwater-biology-the-wheel-animalcules-rotatoria-561-or-a-bunch-of-long-cilia-the-membrane-or-the-bunch-of-cilia-is-always-in-rapid-movement-giving-the-appearance-of-a-minute-flame-so-that-these-structures-are-called-flame-cells-the-cilia-or-membrane-doubtless-serve-to-propel-a-current-through-the-tubes-in-many-rotifers-a-transverse-tube-in-the-head-region-unites-the-fig-85i-excretory-organs-a-lacinularia-socialis-ehr-showing-the-thin-walled-tube-a-the-thick-walled-tube-b-the-transverse-connecting-tube-c-and-the-flame-cellsc-modified-from-a-figure-image231948124.htmlRMRDA45G–. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 561 or a bunch of long cilia. The membrane or the bunch of cilia is always in rapid movement, giving the appearance of a minute flame, so that these structures are called flame cells. The cilia or membrane doubtless serve to propel a current through the tubes. In many rotifers a transverse tube in the head region unites the. Fig. 85i. Excretory organs. A, Lacinularia socialis Ehr., showing the thin-walled tube a, the thick- walled tube b, the transverse connecting tube c, and the flame cells/c. Modified from a figure
rotifers (Rotatoria), pregnant rotifer, DIC Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifers-rotatoria-pregnant-rotifer-dic-76067922.htmlRMEBN5BE–rotifers (Rotatoria), pregnant rotifer, DIC
. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 575 the typical free-swimming rotifers. Yet again, as in most other cases, free-swimming species form a transition to these extreme types. One finds the same pecuKar corona, the same remarkable type of jaws, and various other features in common with the MeUcertidae, in a number of free-swimming rotifers. These in- clude the genera Pterodina (Fig. 942), Pompholyx, Pedalion (Fig. 946),. Fig. 865. Corona oi Lacinularia socialis Ehr., to show the two wreaths of cilia. A, Dorsal view. B, Side view. (After Wesenberg-Luod.) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/fresh-water-biology-freshwater-biology-the-wheel-animalcules-rotatoria-575-the-typical-free-swimming-rotifers-yet-again-as-in-most-other-cases-free-swimming-species-form-a-transition-to-these-extreme-types-one-finds-the-same-pecukar-corona-the-same-remarkable-type-of-jaws-and-various-other-features-in-common-with-the-meucertidae-in-a-number-of-free-swimming-rotifers-these-in-clude-the-genera-pterodina-fig-942-pompholyx-pedalion-fig-946-fig-865-corona-oi-lacinularia-socialis-ehr-to-show-the-two-wreaths-of-cilia-a-dorsal-view-b-side-view-after-wesenberg-luod-image231948055.htmlRMRDA433–. Fresh-water biology. Freshwater biology. THE WHEEL ANIMALCULES (ROTATORIA) 575 the typical free-swimming rotifers. Yet again, as in most other cases, free-swimming species form a transition to these extreme types. One finds the same pecuKar corona, the same remarkable type of jaws, and various other features in common with the MeUcertidae, in a number of free-swimming rotifers. These in- clude the genera Pterodina (Fig. 942), Pompholyx, Pedalion (Fig. 946),. Fig. 865. Corona oi Lacinularia socialis Ehr., to show the two wreaths of cilia. A, Dorsal view. B, Side view. (After Wesenberg-Luod.)
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rotifers (Brachionus), eating, darkfield, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifers-brachionus-eating-darkfield-germany-image255238670.htmlRMTR73EP–rotifers (Brachionus), eating, darkfield, Germany
Rotatoria in differential interference contrast Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotatoria-in-differential-interference-contrast-76067887.htmlRMEBN5A7–Rotatoria in differential interference contrast
rotifers (Brachionus), rotifer in Nomarski Interference Contrast, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifers-brachionus-rotifer-in-nomarski-interference-contrast-germany-image255238666.htmlRMTR73EJ–rotifers (Brachionus), rotifer in Nomarski Interference Contrast, Germany
rotifer (Rotatoria spec.), rotifer, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifer-rotatoria-spec-rotifer-germany-47948143.htmlRMCP069K–rotifer (Rotatoria spec.), rotifer, Germany
rotifers (Synchaeta spec.), Differential interference contrast microscope image, magnification: x 50 related to 36 mm, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifers-synchaeta-spec-differential-interference-contrast-microscope-image-magnification-x-50-related-to-36-mm-germany-image408213305.htmlRM2EM3M6H–rotifers (Synchaeta spec.), Differential interference contrast microscope image, magnification: x 50 related to 36 mm, Germany
rotifers (Synchaeta spec.), Differential interference contrast microscope image, magnification: x 50 related to 36 mm, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifers-synchaeta-spec-differential-interference-contrast-microscope-image-magnification-x-50-related-to-36-mm-germany-image408212922.htmlRM2EM3KMX–rotifers (Synchaeta spec.), Differential interference contrast microscope image, magnification: x 50 related to 36 mm, Germany
rotifers (Collotheca spec.), on filamentous algae, differential interference contrast microscopy, x 100, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifers-collotheca-spec-on-filamentous-algae-differential-interference-contrast-microscopy-x-100-germany-image255238928.htmlRMTR73T0–rotifers (Collotheca spec.), on filamentous algae, differential interference contrast microscopy, x 100, Germany
rotifers (Collotheca spec.), on filamentous algae, differential interference contrast microscopy, x 80, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifers-collotheca-spec-on-filamentous-algae-differential-interference-contrast-microscopy-x-80-germany-image255238932.htmlRMTR73T4–rotifers (Collotheca spec.), on filamentous algae, differential interference contrast microscopy, x 80, Germany
rotifers (Collotheca spec.), on filamentous algae, differential interference contrast microscopy, x 80, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifers-collotheca-spec-on-filamentous-algae-differential-interference-contrast-microscopy-x-80-germany-image255238931.htmlRMTR73T3–rotifers (Collotheca spec.), on filamentous algae, differential interference contrast microscopy, x 80, Germany
rotifer (Lepadella spec), rotifers browsing bakteria from the glass, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifer-lepadella-spec-rotifers-browsing-bakteria-from-the-glass-germany-47948311.htmlRMCP06FK–rotifer (Lepadella spec), rotifers browsing bakteria from the glass, Germany
rotifer (Philodina roseola), Differential interference contrast microscope image, magnification: x 50 related to 36 mm, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifer-philodina-roseola-differential-interference-contrast-microscope-image-magnification-x-50-related-to-36-mm-germany-image408213702.htmlRM2EM3MMP–rotifer (Philodina roseola), Differential interference contrast microscope image, magnification: x 50 related to 36 mm, Germany
rotifer (Philodina roseola), Differential interference contrast microscope image, magnification: x 50 related to 36 mm, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifer-philodina-roseola-differential-interference-contrast-microscope-image-magnification-x-50-related-to-36-mm-germany-image408213052.htmlRM2EM3KWG–rotifer (Philodina roseola), Differential interference contrast microscope image, magnification: x 50 related to 36 mm, Germany
rotifer (Philodina roseola), Differential interference contrast microscope image, magnification: x 50 related to 36 mm, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifer-philodina-roseola-differential-interference-contrast-microscope-image-magnification-x-50-related-to-36-mm-germany-image408213047.htmlRM2EM3KWB–rotifer (Philodina roseola), Differential interference contrast microscope image, magnification: x 50 related to 36 mm, Germany
rotifer (Philodina roseola), Differential interference contrast microscope image, magnification: x 50 related to 36 mm, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifer-philodina-roseola-differential-interference-contrast-microscope-image-magnification-x-50-related-to-36-mm-germany-image408213655.htmlRM2EM3MK3–rotifer (Philodina roseola), Differential interference contrast microscope image, magnification: x 50 related to 36 mm, Germany
Rotifera (Stephanoceros fimbriatus), in darkfield, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifera-stephanoceros-fimbriatus-in-darkfield-germany-image255238629.htmlRMTR73D9–Rotifera (Stephanoceros fimbriatus), in darkfield, Germany
Rotifera (Stephanoceros fimbriatus), in darkfield, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifera-stephanoceros-fimbriatus-in-darkfield-germany-image255238638.htmlRMTR73DJ–Rotifera (Stephanoceros fimbriatus), in darkfield, Germany
Rotifera (Stephanoceros fimbriatus), in darkfield, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifera-stephanoceros-fimbriatus-in-darkfield-germany-image255238642.htmlRMTR73DP–Rotifera (Stephanoceros fimbriatus), in darkfield, Germany
rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifer-stephanoceros-fimbriatus-rotifer-in-darkfield-germany-image255238658.htmlRMTR73EA–rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany
rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifer-stephanoceros-fimbriatus-rotifer-in-darkfield-germany-image255238653.htmlRMTR73E5–rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany
rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifer-stephanoceros-fimbriatus-rotifer-in-darkfield-germany-image255238660.htmlRMTR73EC–rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany
rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifer-stephanoceros-fimbriatus-rotifer-in-darkfield-germany-image255238667.htmlRMTR73EK–rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany
rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifer-stephanoceros-fimbriatus-rotifer-in-darkfield-germany-image255238659.htmlRMTR73EB–rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany
rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifer-stephanoceros-fimbriatus-rotifer-in-darkfield-germany-image255238656.htmlRMTR73E8–rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany
rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifer-stephanoceros-fimbriatus-rotifer-in-darkfield-germany-image255238652.htmlRMTR73E4–rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany
rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifer-stephanoceros-fimbriatus-rotifer-in-darkfield-germany-image255238661.htmlRMTR73ED–rotifer (Stephanoceros fimbriatus), rotifer in darkfield, Germany
rotifer (Brachionus spec.), with uearthenogenetic eggs in darkfield, magnification x 100 at 10 cm width, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifer-brachionus-spec-with-uearthenogenetic-eggs-in-darkfield-magnification-x-100-at-10-cm-width-germany-image344435970.htmlRM2B0ABGJ–rotifer (Brachionus spec.), with uearthenogenetic eggs in darkfield, magnification x 100 at 10 cm width, Germany
rotifer (Brachionus spec.), with uearthenogenetic eggs, DIK picture, magnification x 100 at 10 cm width, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifer-brachionus-spec-with-uearthenogenetic-eggs-dik-picture-magnification-x-100-at-10-cm-width-germany-image343941591.htmlRM2AYFW07–rotifer (Brachionus spec.), with uearthenogenetic eggs, DIK picture, magnification x 100 at 10 cm width, Germany
rotifer (Brachionus spec.), with uearthenogenetic eggs, DIK picture, magnification x 100 at 10 cm width, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rotifer-brachionus-spec-with-uearthenogenetic-eggs-dik-picture-magnification-x-100-at-10-cm-width-germany-image344200419.htmlRM2AYYK43–rotifer (Brachionus spec.), with uearthenogenetic eggs, DIK picture, magnification x 100 at 10 cm width, Germany
Collotheca rotifer (Collotheca spec.), interphako picture, x 200, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/collotheca-rotifer-collotheca-spec-interphako-picture-x-200-germany-image344371545.htmlRM2B07DBN–Collotheca rotifer (Collotheca spec.), interphako picture, x 200, Germany
Collotheca rotifer (Collotheca spec.), interphako picture, x 200, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/collotheca-rotifer-collotheca-spec-interphako-picture-x-200-germany-image344247340.htmlRM2B01PYT–Collotheca rotifer (Collotheca spec.), interphako picture, x 200, Germany
Collotheca rotifer (Collotheca spec.), interphako picture, x 200, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/collotheca-rotifer-collotheca-spec-interphako-picture-x-200-germany-image343941013.htmlRM2AYFT7H–Collotheca rotifer (Collotheca spec.), interphako picture, x 200, Germany
rotifer (Collotheca spec.,), in differential interference contrast Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifer-collotheca-spec-in-differential-interference-contrast-97254423.htmlRMFJ6907–rotifer (Collotheca spec.,), in differential interference contrast
rotifer (Testudinella spec,), with well developed muscles, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifer-testudinella-spec-with-well-developed-muscles-germany-47948397.htmlRMCP06JN–rotifer (Testudinella spec,), with well developed muscles, Germany
rotifer (Testudinella spec,), with well developed muscles, Germany Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-rotifer-testudinella-spec-with-well-developed-muscles-germany-47948390.htmlRMCP06JE–rotifer (Testudinella spec,), with well developed muscles, Germany
Search Results for Rotifers rotatoria Stock Photos and Images (101)
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