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Nitella algae Stock Photos and Images

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Nitella algae Stock Photos and Images

Nitella charophyte algae on lake bottom Stock Photo
RF2DH24YB–Nitella charophyte algae on lake bottom
Smooth stonewort (Nitella flexilis) growing in a garden pond, Wiltshire, UK, May. Stock Photo
RM2K3KBW9–Smooth stonewort (Nitella flexilis) growing in a garden pond, Wiltshire, UK, May.
Nitella mucronata - a genus of charophyte green algae. Hand drawn vector illustration Stock Vector
RF2A1PEK4–Nitella mucronata - a genus of charophyte green algae. Hand drawn vector illustration
Smooth stonewort (Nitella flexilis) growing in a garden pond, Wiltshire, UK, May. Stock Photo
RM2JHTETY–Smooth stonewort (Nitella flexilis) growing in a garden pond, Wiltshire, UK, May.
Nitella algae icon. Cartoon green water plant Stock Vector
RF2RPXPHJ–Nitella algae icon. Cartoon green water plant
Smooth stonewort (Nitella flexilis) growing in a garden pond, Wiltshire, UK, May. Stock Photo
RM2EE2XR3–Smooth stonewort (Nitella flexilis) growing in a garden pond, Wiltshire, UK, May.
Nitella seaweed. Green algae. Aquatic flora symbol Stock Vector
RF2HXP0KN–Nitella seaweed. Green algae. Aquatic flora symbol
Algae, 1. Hijiki (Sargassum fusiforme), 2. Leaf Algae, 3. Dabberlocks or Winged Kelp (Alaria esculenta), 4. Florideae (Florideop Stock Photo
RFE5D2WR–Algae, 1. Hijiki (Sargassum fusiforme), 2. Leaf Algae, 3. Dabberlocks or Winged Kelp (Alaria esculenta), 4. Florideae (Florideop
Algae, 1. Hijiki (Sargassum fusiforme), 2. Leaf Algae, 3. Dabberlocks or Winged Kelp (Alaria esculenta), 4. Florideae Stock Photo
RMRCCNF4–Algae, 1. Hijiki (Sargassum fusiforme), 2. Leaf Algae, 3. Dabberlocks or Winged Kelp (Alaria esculenta), 4. Florideae
. Algæ. Vol. I. Myxophyceæ, Peridinieæ, Bacillarieæ, Chlorophyceæ, together with a brief summary of the occurrence and distribution of freshwat4er Algæ . t improbable, however, that this articu-lation is only apparent, as in Aphanoch&te, and that the bristles are nottruly septate. Lambert found that the bristles attained a length of4*5 mm. The most curious species of the genus is C. Nitellarum Jost (95;Lewis, 07), which is endophytic in the outer layers of the wall of speciesof Nitella. In consequence of its habit the cells are greatly flattened withthin cell-walls; they are also of a much mor Stock Photo
RM2CGMB6H–. Algæ. Vol. I. Myxophyceæ, Peridinieæ, Bacillarieæ, Chlorophyceæ, together with a brief summary of the occurrence and distribution of freshwat4er Algæ . t improbable, however, that this articu-lation is only apparent, as in Aphanoch&te, and that the bristles are nottruly septate. Lambert found that the bristles attained a length of4*5 mm. The most curious species of the genus is C. Nitellarum Jost (95;Lewis, 07), which is endophytic in the outer layers of the wall of speciesof Nitella. In consequence of its habit the cells are greatly flattened withthin cell-walls; they are also of a much mor
Cartoon underwater Nitella seaweed plant. Aquarium and sea algae. Tropical sea undersea algae, ocean marine flora or aquarium water plant, coral reef underwater deep isolated vector green weed Stock Vector
RF2T92XYK–Cartoon underwater Nitella seaweed plant. Aquarium and sea algae. Tropical sea undersea algae, ocean marine flora or aquarium water plant, coral reef underwater deep isolated vector green weed
Underwater seaweed plants. Corral reef flora, isolated aquatic plant. Laminaria, macrocystis, fucus and codium, delesseria, rhodymenia, nitella and ca Stock Vector
RF2RFFHH8–Underwater seaweed plants. Corral reef flora, isolated aquatic plant. Laminaria, macrocystis, fucus and codium, delesseria, rhodymenia, nitella and ca
. Algæ. Vol. I. Myxophyceæ, Peridinieæ, Bacillarieæ, Chlorophyceæ, together with a brief summary of the occurrence and distribution of freshwat4er Algæ . is not improbable, however, that this articu-lation is only apparent, as in Aphanochsete, and that the bristles are nottruly septate. Lambert found that the bristles attained a length of45 mm. The most curious species of the genus is C. Nitellarwm Jost (95;Lewis, 07), which is endophytic in the outer layers of the wall of speciesof Nitella. In consequence of its habit the cells are greatly flattened withthin cell-walls; they are also of a muc Stock Photo
RM2CDEXRY–. Algæ. Vol. I. Myxophyceæ, Peridinieæ, Bacillarieæ, Chlorophyceæ, together with a brief summary of the occurrence and distribution of freshwat4er Algæ . is not improbable, however, that this articu-lation is only apparent, as in Aphanochsete, and that the bristles are nottruly septate. Lambert found that the bristles attained a length of45 mm. The most curious species of the genus is C. Nitellarwm Jost (95;Lewis, 07), which is endophytic in the outer layers of the wall of speciesof Nitella. In consequence of its habit the cells are greatly flattened withthin cell-walls; they are also of a muc
Underwater seaweed plants. Aquarium and sea algae. Laminaria, Codium and Nitella underwater plant, Kelp, Fucus and Phyllophora ocean or aquarium flora Stock Vector
RF2R0K6N6–Underwater seaweed plants. Aquarium and sea algae. Laminaria, Codium and Nitella underwater plant, Kelp, Fucus and Phyllophora ocean or aquarium flora
. Principles of modern biology. Biology. Nutrition of Multicellular Plants - 237 it lacks chlorophyll. The rhizoid cell is de- pendent on the other cells of the filament, and sugars produced by photosynthesis in the green cells are transferred to this colorless cell by diffusion through the intervening cell membranes. Among the most highly differentiated of fresh-water algae is Nitella (Fig. 13-2). This relatively large green alga may measure al- most a foot in length. Nitella exhibits a branching green "stem," which is attached to colorless rhizoids at the lower end, and which is su Stock Photo
RMRDYW49–. Principles of modern biology. Biology. Nutrition of Multicellular Plants - 237 it lacks chlorophyll. The rhizoid cell is de- pendent on the other cells of the filament, and sugars produced by photosynthesis in the green cells are transferred to this colorless cell by diffusion through the intervening cell membranes. Among the most highly differentiated of fresh-water algae is Nitella (Fig. 13-2). This relatively large green alga may measure al- most a foot in length. Nitella exhibits a branching green "stem," which is attached to colorless rhizoids at the lower end, and which is su
Underwater seaweed plants. Aquarium water algae, coral reef undersea deep weed or ocean isolated vector plants. Fucus, Lamunaria, Rhodymenia, Macrocys Stock Vector
RF2NH61X8–Underwater seaweed plants. Aquarium water algae, coral reef undersea deep weed or ocean isolated vector plants. Fucus, Lamunaria, Rhodymenia, Macrocys
. Principles of modern biology. Biology. 168 - The Cell. Fig. 9-8. One complete cell in a filament of the green alga, Spirogyra. The nu- cleus, with a distinct darkly stained nucleolus, lies at the center, suspended in place by delicate strands of cytoplasm. The chloroplast has the form of a spiral ribbon, on which numerous small stained bodies, the pyrenoids, are discernible in this re- touched photograph. (Copyright, General Biological Supply House, Inc.) such as Nitella (Fig. 13-2), are true multi- cellular organisms. Algae differ from the simple animals in that they all possess chlo- rophy Stock Photo
RMRDXY70–. Principles of modern biology. Biology. 168 - The Cell. Fig. 9-8. One complete cell in a filament of the green alga, Spirogyra. The nu- cleus, with a distinct darkly stained nucleolus, lies at the center, suspended in place by delicate strands of cytoplasm. The chloroplast has the form of a spiral ribbon, on which numerous small stained bodies, the pyrenoids, are discernible in this re- touched photograph. (Copyright, General Biological Supply House, Inc.) such as Nitella (Fig. 13-2), are true multi- cellular organisms. Algae differ from the simple animals in that they all possess chlo- rophy
Underwater seaweed plants. Aquarium, ocean deep weed, tropical sea water plant, undersea aquatic vector seaweed set. Phyllophora, Kelp, Laminaria and Stock Vector
RF2NH6199–Underwater seaweed plants. Aquarium, ocean deep weed, tropical sea water plant, undersea aquatic vector seaweed set. Phyllophora, Kelp, Laminaria and
. Principles of modern biology. Biology. Fig. 9-8. One complete cell in a filament of the green alga, Spirogyra. The nu- cleus, with a distinct darkly stained nucleolus, lies at the center, suspended in place by delicate strands of cytoplasm. The chloroplast has the form of a spiral ribbon, on which numerous small stained bodies, the pyrenoids, are discernible in this re- touched photograph. (Copyright, General Biological Supply House, Inc.) such as Nitella (Fig. 13-2), are true multi- cellular organisms. Algae differ from the simple animals in that they all possess chlo- rophyll, and most hav Stock Photo
RMRDXY6T–. Principles of modern biology. Biology. Fig. 9-8. One complete cell in a filament of the green alga, Spirogyra. The nu- cleus, with a distinct darkly stained nucleolus, lies at the center, suspended in place by delicate strands of cytoplasm. The chloroplast has the form of a spiral ribbon, on which numerous small stained bodies, the pyrenoids, are discernible in this re- touched photograph. (Copyright, General Biological Supply House, Inc.) such as Nitella (Fig. 13-2), are true multi- cellular organisms. Algae differ from the simple animals in that they all possess chlo- rophyll, and most hav
. The algae. Algae. Ii6 THE ALGAE nodes. The nodes are formed by a transverse layer of cells in con- tradistinction to the internodes, which consist of one large cell whose individual length may extend up to 25 cm. in Nitella cernua. The height of the different species varies up to i m., growth being. Fig. 66 Charales. A, Nitella batrachosperma. B, Char a hispida. C, underground bulbil of C. aspera. D, germinating oospore. E, protonema oiC.fragilis. F, young plant of C. crinita. ap = accessory protonema, i =intemode, p = protonema, r =rhizoids, rn =rhizoid node, s = shoot, 5n =stem node, v = i Stock Photo
RMRPX7X8–. The algae. Algae. Ii6 THE ALGAE nodes. The nodes are formed by a transverse layer of cells in con- tradistinction to the internodes, which consist of one large cell whose individual length may extend up to 25 cm. in Nitella cernua. The height of the different species varies up to i m., growth being. Fig. 66 Charales. A, Nitella batrachosperma. B, Char a hispida. C, underground bulbil of C. aspera. D, germinating oospore. E, protonema oiC.fragilis. F, young plant of C. crinita. ap = accessory protonema, i =intemode, p = protonema, r =rhizoids, rn =rhizoid node, s = shoot, 5n =stem node, v = i
. Contributions from the Botanical Laboratory, vol. 12. Botany; Botany. 114 The Fresh Water Algae of Plate V PASQUE IS. Numher Name ^^«^*^^ ^^ ^^^ 216PASQUE-A Southeast 217 PASQUE-B Southeast 218 PASQUE-C Southwest 219 PASQUE-D (NITELLA POND) Southwest 220 PASQUE-E - Northeast 221 PASQUE-F (HOURGLASS POND) Northeast 222 PASQUE-G (SKATING POND) Northeast 223 PASQUE-H Northeast 224 PASQUE-I (ICEHOUSE POND) Northeast 225 PASQUE-J Southwest 226PASQUE-K Southwest 227 PASQUE>L Northwest 228 PASQUE-M Northwest 229 PASQUE-N Northwest 230PASQUE-O Northwest 231 PASQUE-P Northwest 232 PASQUE-Q Northwe Stock Photo
RMREA3RA–. Contributions from the Botanical Laboratory, vol. 12. Botany; Botany. 114 The Fresh Water Algae of Plate V PASQUE IS. Numher Name ^^«^*^^ ^^ ^^^ 216PASQUE-A Southeast 217 PASQUE-B Southeast 218 PASQUE-C Southwest 219 PASQUE-D (NITELLA POND) Southwest 220 PASQUE-E - Northeast 221 PASQUE-F (HOURGLASS POND) Northeast 222 PASQUE-G (SKATING POND) Northeast 223 PASQUE-H Northeast 224 PASQUE-I (ICEHOUSE POND) Northeast 225 PASQUE-J Southwest 226PASQUE-K Southwest 227 PASQUE>L Northwest 228 PASQUE-M Northwest 229 PASQUE-N Northwest 230PASQUE-O Northwest 231 PASQUE-P Northwest 232 PASQUE-Q Northwe
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