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Cyclops copepod Stock Photos and Images
RFP6NPK5–Microscopic view of freshwater copepod (Cyclops). View from above. Oblique Rheinberg illumination.
RFP83YB5–Microscopic view of algae covered Freshwater copepod (Cyclops). View from above. Darkfield illumination.
RM2GP7085–Bernhard Luginbuehl, Small Cyclops, Kunsthalle Hamburg, Glockengiesserwall, Hamburg, Germany
RF2JA1BXN–Ostracod and Copepod Cyclops is small crustacean found in freshwater pond. Zooplankton, micro crustacean under the light microscope. Magnification of
RF2FYDNFM–Copepod Cyclops is small crustacean found in freshwater pond. Zooplankton, micro crustacean under the light microscope. Magnification of 100 times, mi
RFEW9061–Freshwater Copepod or Cyclops sp., vintage engraved illustration. Le Magasin Pittoresque - Larive and Fleury - 1874
RMP6H9TT–Four horned monoculus, Monoculus quadricornis. Illustration drawn and engraved by Richard Polydore Nodder. Handcoloured copperplate engraving from George Shaw and Frederick Nodder's 'The Naturalist's Miscellany,' London, 1809.
RFP83YC5–Microscopic view of algae covered Freshwater copepod (Cyclops). Back part with eggs, above view. Darkfield illumination.
RMG16EF9–Limnetis (unidentifiable). Cyclops is one of the most common genera of freshwater copepods, comprising over 400 species. Liernaeocera (Lernaeocera) is a genus of marine copepods in the family Pennellidae. Lepas is a genus of goose barnacles in the family
RMG5X7J1–zoology / animals, crustacea, oar-footed crustaceans (Copepoda), colour lithograph, out of: Ernst Haeckel, 'Kunstformen der Natur', Leipzig - Vienna, 1899 - 1904, Additional-Rights-Clearences-Not Available
RM2BE0J0B–Entitled: 'Nauplius - Youth form of six Crab fish.', plate X from 'The History of Creation' by Ernst Heinrich Philipp August Haeckel, 1884. The genus name Nauplius was published posthumously by Otto Friedrich Müller in 1785 for animals now known to be the larvae of copepods. The nauplius stage (plural: nauplii) is characterized by the use of the appendages of the head (the antennae) for swimming. The nauplius is also the stage at which a simple, unpaired eye first appears. The eye is known for that reason as the naupliar eye, and is often absent in later developmental stages, although it is re
RF2HD4PKD–Copepod Cyclops is small crustacean found in freshwater pond. Zooplankton, micro crustacean under the light microscope. Magnification of 100 times, mi
RFEW9FXK–Freshwater Copepod or Cyclops sp., vintage engraved illustration. Le Magasin Pittoresque - Larive and Fleury - 1874
RF2WEAE69–Diaptomus cyclops (Cyclopidae, Copepoda, Diaptomus) in a spring snow melt water. Hydrobionts, microplankton. Eastern of the Ladoga Lake, Pasha river.
![. Senescence and rejuvenescence. Age; Reproduction. Figs. 143, 144.—First and second division in egg of Cyclops, showing at one pole of spindle the granules which mark the" germ path. From Amma, '11. become the nuclei of germ cells is determined, not primarily by the nuclei themselves, but by the soma of the cell; the germ plasm is not then an independent entity, but is determined by correlative factors, like any other part of the organism, except the apical or head region. Hacker ('97, '02) has described a germ path for Cyclops and other copepod Crustacea, and his observations have been Stock Photo](https://c8.alamy.com/comp/RE0C1K/senescence-and-rejuvenescence-age-reproduction-figs-143-144first-and-second-division-in-egg-of-cyclops-showing-at-one-pole-of-spindle-the-granules-which-mark-thequot-germ-path-from-amma-11-become-the-nuclei-of-germ-cells-is-determined-not-primarily-by-the-nuclei-themselves-but-by-the-soma-of-the-cell-the-germ-plasm-is-not-then-an-independent-entity-but-is-determined-by-correlative-factors-like-any-other-part-of-the-organism-except-the-apical-or-head-region-hacker-97-02-has-described-a-germ-path-for-cyclops-and-other-copepod-crustacea-and-his-observations-have-been-RE0C1K.jpg ". Senescence and rejuvenescence. Age; Reproduction. Figs. 143, 144.—First and second division in egg of Cyclops, showing at one pole of spindle the granules which mark the" germ path. From Amma, '11. become the nuclei of germ cells is determined, not primarily by the nuclei themselves, but by the soma of the cell; the germ plasm is not then an independent entity, but is determined by correlative factors, like any other part of the organism, except the apical or head region. Hacker ('97, '02) has described a germ path for Cyclops and other copepod Crustacea, and his observations have been Stock Photo")
RMRE0C1K–. Senescence and rejuvenescence. Age; Reproduction. Figs. 143, 144.—First and second division in egg of Cyclops, showing at one pole of spindle the granules which mark the" germ path. From Amma, '11. become the nuclei of germ cells is determined, not primarily by the nuclei themselves, but by the soma of the cell; the germ plasm is not then an independent entity, but is determined by correlative factors, like any other part of the organism, except the apical or head region. Hacker ('97, '02) has described a germ path for Cyclops and other copepod Crustacea, and his observations have been
RMRWRJFH–Elements of comparative zoology (1904) Elements of comparative zoology elementsofcompar1904king Year: 1904 CRUSTACEA. 223 they pass through a free-swimming nauplius stage, then attach themselves to a fish, after which the retrogression cat 4.. FIG. 50.—A Copepod (Cyclops). From Hertwig. sets in. It is noticeable that the female becomes much more degenerate than the male.
RF2FYDNE3–Copepod Cyclops is small crustacean found in freshwater pond. Zooplankton, micro crustacean under the light microscope. Magnification of 40 times, mic
RM2BE10K9–Entitled: 'Nauplius - Youth form of six Crab fish.', plate X from 'The History of Creation' by Ernst Heinrich Philipp August Haeckel, 1884. The genus name Nauplius was published posthumously by Otto Friedrich Müller in 1785 for animals now known to be the larvae of copepods. The nauplius stage (plural: nauplii) is characterized by the use of the appendages of the head (the antennae) for swimming. The nauplius is also the stage at which a simple, unpaired eye first appears. The eye is known for that reason as the naupliar eye, and is often absent in later developmental stages, although it is re
RMPG3YGP–. A manual of zoology. Zoology. 70 ARTllROrOOA scu'iiientalion ir the lolknving fealnres: (r) Most of them liae the t}-|neal Copepod egg-sacs attached to the hinder end. ^J') A conipk'le series ol intermediate forms allows one to trace, ,ste|) In- step, the alterations of form from the freediving species to the most modil'ied parasites. 13^ Ontogcnv is conincing. Most parasitic Copepoda leave the egg as a nauplius and pass through a Cyclops-stage before attaching themselves. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readabi
RMRHK9C6–. A biology of Crustacea. Crustacea. GROWTH AND LIFE HISTORIES 73. Fig. 33. A, first nauplius of Cyclops fuscus (Copepoda), dorsal view. towards the adult form, as found in the Notostraca and Anostraca (figs. 34A-B) or there may be a number of very different stages involved. The nauplius of a copepod, such as Calanus, may moult five times, still retaining the nauplius form. At the next moult it will change into a copepodid, which is similar to the adult, except that it is not sexually mature, and the limbs are not fully developed.. Please note that these images are extracted from scanned page
RMRWTAXN–Elements of Comparative Anatomy (1878) Elements of Comparative Anatomy elementsofcompar78gege Year: 1878 Fig. 117. Nauplius of a Copepod (Cyclops), a h c Appendages. Form of the Body. § 183. Among the Crustacea tlie simplest stage of tlie Arthropod body- is seen in the Nauplius-form (Fig. 117). The unsegmented body carries several pairs of appendages. The body only becomes segmented by a gradual process of gem- matiouj which has many points of resem- blance to the process which brings about metamerism in most of the Annulata. The most anterior portion of the body of the Nauplius which carries
RMRDJF4W–. A manual of zoology. Zoology. 70 ARTllROrOOA scu'iiientalion ir the lolknving fealnres: (r) Most of them liae the t}-|neal Copepod egg-sacs attached to the hinder end. ^J') A conipk'le series ol intermediate forms allows one to trace, ,ste|) In- step, the alterations of form from the freediving species to the most modil'ied parasites. 13^ Ontogcnv is conincing. Most parasitic Copepoda leave the egg as a nauplius and pass through a Cyclops-stage before attaching themselves. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readabi
RMRN5R00–. Animal communities in temperate America : as illustrated in the Chicago region; a study in animal ecology. Animal ecology; Zoology -- Illinois Chicago. TEMPORARY POND COMMUNITIES 177 the ostracod (Cyprois marglnata X147) (Fig. 129), and the fairy shrimp (Eubranchipus) (148) (Fig. 130), all of which are characteristic of tempo- rary ponds. Red mites (Fig. 131) are also common (149). Professor Child (unpublished) has noted that the distribution each spring of Eubranchipus and of other temporary pond species is modified. Temporary Grassy Pond Animals Fig. 127.—A temporary pond copepod {Cyclops
RMRN5TG8–. Animal communities in temperate America, as illustrated in the Chicago region ; a study in animal ecology. Animal ecology; Zoology. TEMPORARY POND COMMUNITIES 177 the ostraccd {Cyprois marg'niata )(i47) (Fig. 129), and the i-airy shrimp (Eubranchipus) (148) (Fig. 130), all of which are characteristic of tempo- rary ponds. Red mites (Fig. 131) are also common (149). Professor Child (unpublished) has noted that the distribution each spring of Eubranchipus and of other temporary pond species is modified. Temporary Grassy Pond Animals Fig. 127.—A temporary pond copepod {Cyclops viridis amcricanu
RMAB8WE6–perch, European perch, redfin perch (Perca fluviatilis), larva attacked by cyclops, Germany, Oberbayern, Isental, Apr 04.
RMRH016K–. Bulletin. Geography. TEMPORARY POND COMMUNITIES 177 the ostraccd {Cyprois marginata )(i47) (Fig. 129), and the fairy shrimp (Eubranchipus) (148) (Fig. 130), all of which are characteristic of tempo- rary ponds. Red mites (Fig. 131) are also common (149). Professor Child (unpublished) has noted that the distribution each spring of Eubranchipus and of other temporary pond species is modified. Temporary Grassy Pond Animals Fig. 127.—A temporary pond copepod (Cyclops viridis americanus Marsh); 35 times natural size (after Herrick and Turner). Fig. 128.—The red copepod [Diaptomus stagualis) from
Search Results for Cyclops copepod Stock Photos and Images (113)
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