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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 30. Liosphærida et Astrosphærida. Diam. Fig. 1. Cromyechinus icosacanthus, n. sp., × 300 Fig. 2. Cromyomma villosum, n. sp., × 300 Fig. 3. Cromyechinus dodecacanthus, n. sp., × 400 Fig. 3a. The innermost shells. Fig. 4. Cromyomma circumtextum, n. sp., × 300 Fig. 5. Cromyomma mucronatum, n. sp., × 200 Fig. 5a. The innermost shells. Fig. 6. Cromyodrymus abietinus, n. sp., × 300 Fig. 7. Cromyodrymus quadricuspis, n. sp., × 400 Fig. 7a. The inner concentric shells. Fig. 8. Cromyomma perspicuum, n. sp., × 300 Fig. 9. Cromyosphæra quadruplex, n. sp., × 300 Fig. 9a. The innermost shells.
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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 10. Tholonida. Diam. Fig. 1. Tholartus tricolus, n. sp., × 200 Fig. 2. Tholodes cupula, n. sp., × 500 Fig. 3. Amphitholus artiscus, n. sp., × 400 Fig. 4. Amphitholus panicium, n. sp., × 500 Fig. 5. Amphitholus acanthometra, n. sp., × 300 Fig. 6. Amphitholus acanthometra, n. sp., × 300 Frontal section of the shell. Fig. 7. Amphitholonium tricolonium, n. sp., × 300 Fig. 8. Staurotholus tetrastylus, n. sp., × 300 Fig. 9. Staurotholus dodecastylus, n. sp., × 400 Fig. 10. Tholoma quadrigeminum, n. sp., × 200 Fig. 11. Staurotholonium octodoronium, n. sp., × 300 Fig. 12. Tholocubus tessallatus, n. sp., × 200 Fig. 13. Tholoma metallasson, n. sp., × 300 Fig. 14. Cubotholus regularis, n. sp., × 200 Fig. 15. Cubotholonium ellipsoides, n. sp., × 300 Fig. 16. Tholocubus tesseralis, n. sp., × 400 Fig. 17. Tholonium hexonium, × 400
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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 24. Cubosphærida. Diam. Fig. 1. Hexacontium sceptrum, n. sp., × 400 Fig. 1a. The two medullary shells. Fig. 2. Hexacontium favosum, n. sp., × 400 Fig. 2a. The two medullary shells. Fig. 3. Hexacontium axotrias, n. sp., × 300 The six lattice-plates, which form the cortical shell, are not yet fully developed. Fig. 4. Hexacontium floridum, n. sp., × 300 Fig. 4a. The two medullary shells. Fig. 5. Hexacontium papillosum, n. sp., × 400 Fig. 5a. The two medullary shells. Fig. 6. Hexacontium lævigatum, n. sp., × 400 The contours of the two medullary shells are visible in the centre. Fig. 7. Hexacontium prionacanthum, n. sp., × 400 Fig. 7a. The two medullary shells, connected with a fragment of the cortical shell. Fig. 8. Cubosphæra cubaxonia, n. sp., × 400 Fig. 8a. A single radial spine. Fig. 9. Hexacromyum elegans, n. sp., × 400 A part of the two cortical shells is broken off.
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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 19. Astrosphærida. Diam. Fig. 1. Drymosphæra polygonalis, n. sp., × 200 Fig. 2. Leptosphæra hexagonalis, n. sp., × 200 Showing the central capsule (forming numerous club-shaped protuberances) and the simple spherical nucleus in its centre. The skeleton is nearly the same as in Diplosphæra hexagonalis (fig. 3). Fig. 3. Diplosphæra hexagonalis, n. sp., × 200 The spherical central capsule, with radially striped protoplasm, is enclosed in the inner shell, and exhibits in its centre the clear spherical nucleus. Fig. 4. Astrosphæra hexagonalis, n. sp., × 300 Fig. 5. Astrosphæra stellata, n. sp., × 300 The central capsule, enclosed in the inner shell, exhibits a distinct radial striation of the protoplasm, and in the centre a clear spherical nucleus. Fig. 6. Haliomma rhodococcus, n. sp. (vel Sethosphæra rhodococcus), × 400 The greater part of the outer shell is removed.
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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 26. Liosphærida et Astrosphærida. Diam. Fig. 1. Coscinomma amphisiphon, n. sp., × 300 Fig. 1a. A piece of the lattice-shell, × 600 Fig. 1b. Vertical section through the shell-wall, × 600 Fig. 2. Heliosphæra hexagonaria, n. sp., × 300 Fig. 3. Acanthosphæra castanea, n. sp., × 400 Fig. 4. Acanthosphæra angulata, n. sp., × 300 Fig. 5. Acanthosphæra reticulata, n. sp., × 300 Fig. 6. Heliosphæra coronata, n. sp., × 400 Fig. 6a. A single pore with its coronal, × 300 Fig. 7. Acanthosphæra mucronata, n. sp., × 400 Fig. 8. Acanthosphæra clavata, n. sp., × 400 Fig. 9. Heliosphæra pectinata, n. sp., × 400 Fig. 10. Cenosphæra perforata, n. sp., × 400 Fig. 11. Cenosphæra coronata, n. sp., × 400
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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 18. Liosphærida et Astrosphærida. Diam. Fig. 1. Centrocubus cladostylus, n. sp., × 100 Fig. 2. Octodendron spathillatum, n. sp., × 300 The entire inner shell, but a small part only of the outer shell is represented. Fig. 3. Octodendron cubocentron, n. sp., × 400 The central capsule (somewhat irregular by compression?) exhibits a large excentric nucleus (probably dislocated artificially?). Fig. 4. Octodendron spathillatum, n. sp., × 800 Free distal end of a radial spine, with the spathillæ on the end of the branches. Fig. 5. Rhizosphæra serrata, n. sp., × 300 Fig. 6. Rhizosphæra serrata, n. sp., × 300 Medullary shell. Fig. 7. Rhizosphæra serrata, n. sp., × 600 A single radial spine. Fig. 8. Plegmosphæra exodictyon, n. sp., × 200 The central shell-cavity encloses the spherical central capsule and the concentric nucleus. Fig. 9. Spongodrymus elaphococcus, n. sp., × 150 The entire inner shell, but only a small part of the outer spongy envelope is represented.
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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 28. Liosphærida et Astrosphærida. Diam. Fig. 1. Haliomma lirianthus, n. sp., × 300 Fig. 1a. Medullary shell, × 300 Fig. 1b. Three pores of the cortical shell, × 900 Fig. 2. Carposphæra nodosa, n. sp., × 300 Fig. 2a. The medullary shell is visible, the upper half of the cortical shell being taken off, × 300 Fig. 3. Heliosoma radians, n. sp., × 300 Fig. 3a. Medullary shell, × 300 Fig. 4. Heliosoma hastatum, n. sp., × 400 Fig. 5. Haliomma compactum, n. sp., × 400 Fig. 5a. The upper half of the cortical shell is removed, × 300 Fig. 6. Haliomma macrodoras, n. sp., × 400 Fig. 7. Haliomma circumtextum, n sp., × 400 Fig. 8. Elatomma juniperinum, n. sp., × 400 Fig. 8a. Medullary shell, × 400
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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 11. Astrosphærida. Diam. Fig. 1. Lychnosphæra regina, n. sp., × 200 The entire shell and the central capsule. Numerous club-shaped radial apophyses or cœcal sacs arise from the pink central capsule and are protruded through the pores of the medullary shell, which is completely hidden by them. The sarcomatrix in the calymma, surrounding the central capsule, exhibits a fine radial striation. Numerous retracted pseudopodia, bearing red granules, arise from the sarcomatrix and pierce the calymma radially. The interval between the two concentric shells is filled up by the hyaline calymma. Fig. 2. Lychnosphæra regina, n. sp., × 400 A part of the cortical shell, with a radial spine. Fig. 3. Lychnosphæra regina, n. sp., × 400 The medullary shell and the basal parts of the radial spines arising from it. Fig. 4. Lychnosphæra regina, n. sp., × 400 Distal end of a radial spine. Fig. 5. Rhizoplegma lychnosphæra, n. sp., × 200 The central capsule and the enclosed parts of the skeleton. The protoplasm is radially striped. The central nucleus (red) sends out numerous radial apophyses, which are protruded through the pores of the medullary shell.
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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 25. Cubosphærida. Diam. Fig. 1. Hexadoridium streptacanthum, n. sp., × 400 Fig. 1a. The two concentric medullary shells. Fig. 2. Hexalonche amphisiphon, n. sp., × 300 Fig. 2a. Medullary shell connected with a fragment of the cortical shell. Fig. 2b. Vertical section through the wall of the cortical shell. (Below the centre of the Plate, also lettered 3a by mistake.) Fig. 3. Hexalonche rosetta, n. sp., × 400 Fig. 3a. Medullary shell. Fig. 3b. Vertical section through the wall of the cortical shell. Fig. 4. Hexalonche curvicornis, n. sp., × 300 Outer shell not yet complete, or partly broken off (?). Fig. 5. Hexalonche anaximenis, n. sp., × 400 Fig. 6. Hexalonche hystricina, n. sp., × 300 Fig. 7. Hexacontium circumtextum, n. sp., × 400 Fig. 7a. Vertical section through the double wall of the cortical shell. Fig. 8. Hexacontium gladiatum, n. sp., × 400 A part of the two outer shells and of the radial spines is broken off.
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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 50. Larcarida, Larnacida et Zonarida. Diam. Fig. 1. Larnacilla typus, n. sp., × 300 From the sagittal pole (dorsal view). Fig. 1a. From the lateral pole (sagittal section). Fig. 1b. From the principal pole (equatorial section). Fig. 2. Larnacalpis lentellipsis, n. sp., × 400 From the sagittal pole (dorsal view). Fig. 2a. From the lateral pole (sagittal section). Fig. 2b. From the principal pole (equatorial section). Fig. 3. Larnacalpis triaxonia, n. sp., × 400 From the sagittal pole (dorsal view). Fig. 4. Larnacantha hexacantha, n. sp., × 400 From the sagittal pole (dorsal view). Fig. 5. Larnacantha bicruciata, n. sp., × 300 Frontal view. Fig. 6. Larnacantha prismatica, n. sp., × 300 Half frontal, half lateral view. Fig. 7. Cenolarcus primordialis, n. sp., × 300 From the sagittal pole. Fig. 7a. From the lateral pole. Fig. 7b. From the principal pole. Fig. 8. Larcidium dodecanthum, n. sp., × 300 From the sagittal pole. Fig. 8a. From the principal pole. Fig. 9. Zonarium octangulum, n. sp., × 300 Frontal view. Fig. 10. Zoniscus tetracanthus, n. sp., × 300 Frontal view. Fig. 11. Zoniscus hexatholius, n. sp., × 400 Dorsal view (from the sagittal pole). Fig. 11a. Lateral view (from the frontal pole). Fig. 12. Zonidium octotholium, n. sp., × 300 Frontal section (from the sagittal pole). Fig. 12a. Lateral view (from the frontal pole).
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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 39. Ellipsida, Druppulida, Artiscida et Cyphinida. Diam. Fig. 1. Cenellipsis faceta, n. sp. (vel Ellipsis faceta), × 300 Fig. 2. Cenellipsis infundibulum, n. sp. (vel Ellipsis infundibulum), × 300 Fig. 3. Druppula pandanus, n. sp. (vel Coccymelium pandanus), × 300 Fig. 4. Prunulum coccymelium, n. sp. (vel Coccymelium prunulum), × 300 Fig. 5. Prunocarpus artocarpium, n. sp. (vel Artocarpium indicum), × 300 Fig. 6. Pipettella prismatica, n. sp., × 300 Fig. 7. Pipetta tuba, n. sp., × 300 Fig. 8. Pipetta fusus, n. sp., × 300 Fig. 8a. The enclosed medullary shell. Fig. 9. Artiscus nodosus, n. sp. (vel Artidium nodosum), × 400 Fig. 10. Cannartus violina, n. sp., × 300 Fig. 11. Cyphonium cribellum, n. sp., × 200 Fig. 12. Cyphonium virgineum, n. sp. (vel Ommatospyris virginea), × 400 Fig. 12a. Vertical section through the double medullary shell. Fig. 13. Cypassis puella, n. sp. (vel Didymospyris puella), × 400 The enclosed central capsule is visible. Fig. 14. Cyphinus amphilophus, N. sp., × 300 Fig. 15. Pipettaria tubaria, n. sp., × 300 Fig. 16. Cannartidium mammiferum, n. sp., × 300 Fig. 17. Cannartidium mastophorum, n. sp., × 150 Fig. 18. Cannartidium bicinctum, n. sp., × 300 Fig. 18a. Vertical section through the main axis. Fig. 19. Cannartiscus amphiconiscus, n. sp., × 300
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Summary[
edit] Description: Magnification: 250x, bright field (negative image), stacked image Fundort / Site: Barbados Alter / Age: approx. 32-35 million years (late Eocene - early Oligocene) Präparation / Preparation: Andreas Drews Radiolarians are unicellulars of diameter 0.1–0.2 mm that produce intricate mineral skeletons, typically with a central capsule dividing the cell into the inner and outer portions of endoplasm and ectoplasm.The elaborate mineral skeleton is usually made of silica. They are found as zooplankton throughout the ocean, and their skeletal remains make up a large part of the cover of the ocean floor as siliceous ooze. Due to their rapid turn-over of species, they represent an important diagnostic fossil found from the Cambrian onwards. (Source: Wikipedia) This is a stacked image, made by using a microscope and composed of dozens of single photos at different focus levels. For any information about stacking technique, please see:
digital-photography-school.com/a-beginners-guide-to-focus... Date: 17 April 2017, 19:45. Source:
Druppatractus sp - Radiolarian. Author:
Picturepest.
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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 22. Cubosphærida. Diam. Fig. 1. Hexalonche pythagoræa, n. sp., × 300 Fig. 2. Hexalonche conicornis, n. sp., × 300 Fig. 3. Hexalonche aristarchi, n. sp., × 400 Fig. 4. Hexalonche philosophica, n. sp., × 400 Fig. 5. Hexalonche anaximandri, n. sp., × 400 Fig. 6. Hexalonche octocolpa, n. sp., × 300 Fig. 6a. The inner shell alone. Fig. 7. Hexalonche heracliti, n. sp., × 300 Fig. 8. Hexalonche octahedra, n. sp., × 400 Fig. 8a. The inner shell alone. Fig. 9. Hexancistra tricuspis, n. sp., × 300 Fig. 10. Hexancistra triserrata, n. sp., × 300 Fig. 11. Hexancistra quadricuspis, n. sp., × 300
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Summary[
edit] Description: English: Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 23. Cubosphærida. Diam. Fig. 1. Hexadendron bipinnatum, n. sp.,: ×: 400. Fig. 2. Hexacromyum octahedrum, n. sp.,: ×: 400. Fig. 3. Hexancistra mirabilis, n. sp. (= Hexapitys mirabilis),: ×: 400. The spherical central capsule encloses the concentric spherical inner shell (which is filled up by the nucleus), and is surrounded by the octahedral outer shell. The latter is enveloped by the octahedral calymma, which is radially striated and contains numerous xanthellæ. Fig. 4. Hexacaryum arborescens, n. sp.,: ×: 400. Fig. 5. Hexacontium clavigerum, n. sp.,: ×: 300. Date: 1887. Source:
https://archive.org/details/reportonradiolar00haecrich. Author: Ernst Haeckel (1834-1919); engravings by Adolf Giltsch (1852-1911).
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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 44. Porodiscida. Diam. Fig. 1. Stephanastrum capitatum, n. sp., × 200 Fig. 2. Pentinastrum asteriscus, n. sp., × 300 Fig. 3. Pentalastrum ophidiaster, n. sp., × 100 Fig. 4. Hexinastrum geryonidum, n. sp., × 300 Fig. 5. Hexalastrum orchidaceum, n. sp., × 50 Fig. 6. Amphibrachium dilatatum, n. sp., × 50 Fig. 7. Amphymenium zygartus, n. sp., × 400 Fig. 8. Amphymenium pupula, n. sp., × 300 Fig. 9. Amphymenium amphistylium, n. sp., × 200 Fig. 10. Amphicraspedum murrayanum, n. sp., × 300 Fig. 11. Amphymenium monstrosum, n. sp., × 300
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Summary[
edit] Description: See
here for index to numbers Astrosphaera stellata (Haeckel) =
Astrosphaera sp.? Hexancistra quadricuspis (Haeckel) =
Hexancistra quadricuspis (Haeckel, 1887) Cannartidium mammiferum (Haeckel) =
Didymocyrtis mammifera (Haeckel, 1887) Cannartidium mastophorum (Haeckel) =
Artiscinae sp.? Cannartiscus amphiconiscus (Haeckel) =
Cannartus violina Haeckel, 1887? Cyphinus amphilophus (Haeckel) =
Cyphinus amphilophus Haeckel, 1887 Panartus diploconus (Haeckel) =
Panartus diploconus Haeckel, 1887 Peripanartus amphiconus (Haeckel) =
Peripanartus amphiconus Haeckel, 1887 Panicium coronatum (Haeckel) =
Panicium coronatum Haeckel, 1887 Peripanicium amphicorona (Haeckel) =
Peripanicium amphicorona Haeckel, 1887 Trochodiscus stellaris (Haeckel) =
Trochodiscus stellaris Haeckel, 1887 Dicranastrum bifurcatum (Haeckel) =
Tetracranastrum bifurcatum (Haeckel, 1887) Archidiscus pyloniscus (Haeckel) =
Archidiscus sp.? Pylodiscus triangularis (Haeckel) =
Hexapyle cf. dodecantha Haeckel, 1887 Tholoma metallasson (Haeckel) =
Cubotholus octoceras Haeckel, 1887?. Date: 1904. Source: Kunstformen der Natur (1904), plate 91: Spumellaria (see
here,
here,
here and
here). Author:
Ernst Haeckel (1834–1919)
.
. Alternative names: Haeckel; Ernst Heinrich Philipp August Haeckel; Ernst Heinrich Haeckel. Description: German naturalist, philosopher and artist. Date of birth/death: 16 February 1834
9 August 1919
. Location of birth/death:
Potsdam Jena.
Authority control:
:
Q48246 VIAF:
73923565 ISNI:
0000 0001 2281 8485 LCCN:
n50032763 NLA:
35850550 MusicBrainz:
ec9955c3-3d0b-44c9-909d-16c7d0395c05 MGP:
159000 Botanist:
Haeckel Open Library:
OL2749194A DBNL:
hack014 GND:
118544381 SELIBR:
208848 SUDOC:
032207689 BNF:
12328331d NDL:
00522309 BIBSYS:
90141879 NKC:
jn20000700655 SBN:
ITICCU
AVV 20128 BNE:
XX1299881 RKD:
236982 NLI:
000058765 Koninklijke:
180341928 NLK:
KAC200714948 WorldCat. creator QS:P170,Q48246. Permission(
Reusing this file): public domain due to age. Other versions:
This file has an extracted image:
File:Haeckel Radiolarian detail.png.
.
This file has an extracted image:
File:Haeckel Spumellaria detail.png.
.
-
Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 15. Staurosphærida et Druppulida. Diam. Fig. 1. Cromyatractus tetracelyphus, n. sp., × 300 Fig. 1a. The two inner medullary shells. Fig. 2. Cromyatractus tetraphractus, n. sp., × 300 Fig. 3. Cromyatractus cepicius, n. sp., × 300 The spongy distal part of a polar spine. Fig. 4. Cromyatractus ceparius, n. sp. (vel Caryostylus ceparius), × 300 Fig. 5. Staurolonche pertusa, n. sp., × 300 Fig. 5a. Its medullary shell. Fig. 6. Staurosphæra philippi, n. sp., × 300 Fig. 7. Stauroxiphus gladius, n. sp., × 400 Fig. 8. Staurocaryum arborescens, n. sp., × 300 Fig. 9. Rhizoplegma radicatum, n. sp., × 200 Fig. 9a. The medullary shell, which is completely hidden in fig. 9 by the numerous club-shaped apophyses of the central capsule.
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Summary[
edit] Description: English: Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 20. Liosphærida et Astrosphærida. Diam. Fig. 1. Drymosphæra dendrophora, n. sp.,: ×: 300. Fig. 1a. Meridional section through the central capsule. In the centre the large spherical nucleus is visible. The protoplasm around it is distinctly radiate. From the central capsule arise numerous club-shaped apophyses or cæcal sacs, which are protruded through the meshes of the inner shell,: ×: 300. Fig. 1b. Basal part of a single radial spine, and its connection with the network of the two shells,: ×: 400. Fig. 2. Liosphæra polypora, n. sp.,: ×: 300. The greater part of the outer shell is removed. Fig. 3. Liosphæra hexagonia, n. sp.,: ×: 400. Fig. 4. Carposphæra melitomma, n. sp. (vel Melitomma melittosphæra),: ×: 400. Date: 1887. Source:
https://archive.org/details/reportonradiolar00haecrich. Author: Ernst Haeckel (1834-1919); engravings by Adolf Giltsch (1852-1911).
-
Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 49. Lithelida, Streblonida, Phorticida et Soreumida. Diam. Fig. 1. Spirema melonia, n. sp., × 300 Fig. 2. Lithelius solaris, n. sp. (the first central convolutions only), × 300 Fig. 3. Larcospira quadrangula, n. sp., × 300 Fig. 4. Pylospira octopyle, n. sp., × 300 Fig. 5. Tholospira cervicornis, n. sp., × 300 Fig. 6. Tholospira dendrophora, n. sp., × 300 Fig. 7. Spironium octonium, n. sp., × 300 Fig. 8. Streblacantha siderolina, n. sp., × 300 Fig. 8a. Outlines of the chambers, × 200 Fig. 9. Streblopyle helicina, n. sp., × 300 Fig. 10. Phorticium pylonium, n. sp., × 300 Fig. 11. Spongophortis larnacilla, n. sp., × 200 Fig. 11a. The upper half of the cortical shell is removed. Figs. 11b to 11d. The enclosed medullary Larnacilla-shell. b, Dorsal view; c, lateral view; d, basal view. Fig. 12. Soreuma irregulare, n. sp., × 200 Fig. 13. Sorolarcus larnacillifer, n. sp., × 300
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Summary[
edit] Description: Enlarge image for index to numbers. Histiastrum Boseanum (Haeckel) =
Histiastrum boseanum Haeckel, 1887? Stephanastrum quadratum (Haeckel) =
Stephanastrum quadratum Haeckel, 1887 Dicranastrum furcatum (Haeckel) =
Dicranastrum furcatum Haeckel, 1887 Rhopalastrum trispinosum (Haeckel) =
Dictyastrum trispinosum (Haeckel, 1887) Chitonastrum lyra (Haeckel) =
Amphirhopalum virchowii lyra (Haeckel, 1887) Euchitonia carcinus (Haeckel) =
Euchitonia sp.? Myelastrum dodecaceros (Haeckel) =
Myelastrum sp.? Myelastrum papilio (Haeckel) =
Myelastrum papilio Haeckel, 1887 Pentinastrum asteriscus (Haeckel) =
Spongodiscidae sp.? Hexinastrum geryonidum (Haeckel) =
Larnacillidae sp.? Heliodrymus dendrocyclus (Haeckel) =
Heliodiscidae sp.? Heliodiscus glyphodon (Haeckel) = Heliodiscidae /
Actinommidae sp.?. Date: 1904. Source: Kunstformen der Natur (1904), plate 11: Discoidea (see
here,
here and
here). Author:
Ernst Haeckel (1834–1919)
.
. Alternative names: Haeckel; Ernst Heinrich Philipp August Haeckel; Ernst Heinrich Haeckel. Description: German naturalist, philosopher and artist. Date of birth/death: 16 February 1834
9 August 1919
. Location of birth/death:
Potsdam Jena.
Authority control:
:
Q48246 VIAF:
73923565 ISNI:
0000 0001 2281 8485 LCCN:
n50032763 NLA:
35850550 MusicBrainz:
ec9955c3-3d0b-44c9-909d-16c7d0395c05 MGP:
159000 Botanist:
Haeckel Open Library:
OL2749194A DBNL:
hack014 GND:
118544381 SELIBR:
208848 SUDOC:
032207689 BNF:
12328331d NDL:
00522309 BIBSYS:
90141879 NKC:
jn20000700655 SBN:
ITICCU
AVV 20128 BNE:
XX1299881 RKD:
236982 NLI:
000058765 Koninklijke:
180341928 NLK:
KAC200714948 WorldCat. creator QS:P170,Q48246. Permission(
Reusing this file): public domain due to age.
-
Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 12. Orosphærida, Astrosphærida et Liosphærida. Diam. Fig. 1. Orosphæra huxleyii, n. sp. (vel Oroscena huxleyii), × 50 Fig. 1a. A piece of the network, the bars of which contain partly an axial canal, × 200 Fig. 2. Conosphæra orthoconus, n. sp., × 200 Fig. 3. Conosphæra platyconus, n. sp., × 300 Fig. 4. Conosphæra plagioconus, n. sp., × 300 Fig. 5. Ethmosphæra conosiphonia, n. sp., × 400 Fig. 5a. Vertical section through the wall. Fig. 6. Ethmosphæra polysiphonia, n. sp., × 400 Fig. 7. Cenosphæra compacta, n. sp., × 300 Fig. 8. Cenosphæra elysia, n. sp., × 300 Fig. 8a. Vertical section through the wall. Fig. 9. Cenosphæra mellifica, n. sp., × 300 Fig. 10. Cenosphæra favosa, n. sp., × 300 Fig. 10a. Vertical section through the wall. Fig. 11. Cenosphæra vesparia, n. sp., × 300 Fig. 11a. Vertical section through the wall.
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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 37. Coccodiscida. Diam. Fig. 1. Staurocyclia cruciata, n. sp., × 400 Fig. 2. Staurocyclia phacostaurus, n. sp., × 300 Fig. 3. Staurocyclia phacostaurus, n. sp., × 300 Vertical section through the centre. Fig. 4. Staurocyclia magniducis, n. sp. (Coccostaurus magniducis), × 300 Fig. 5. Trigonocyclia triangularis, n. sp., × 400 Fig. 6. Stylocyclia prionacantha, n. sp., × 500 A great part of the peripheral shell is removed. Fig. 7. Amphicyclia amphistyla, n. sp., × 300 Vertical section through the centre. Fig. 8. Stylocyclia excavata, n. sp., × 200 Vertical section through the centre.
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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 42. Porodiscida. Diam. Fig. 1. Staurodictya elegans, n. sp., × 500 Fig. 2. Staurodictya ciliata, n. sp., × 400 Fig. 3. Staurodictya medusa, n. sp., × 400 Fig. 4. Staurodictya cruciata, n. sp., × 300 Fig. 5. Staurodictya cruciata, n. sp., × 300 Vertical section through the disk. Fig. 6. Staurodictya grandis, n. sp., × 300 Vertical section through the disk. Fig. 7. Tripodictya triacantha, n. sp., × 400 Fig. 8. Tripodictya trigonaria, n. sp., × 400 Fig. 9. Tripodictya tribelonia, n. sp., × 400 Vertical section through the disk. Fig. 10. Xiphodictya amphibelonia, n. sp., × 300 Marginal view. Fig. 11. Xiphodictya amphirrhopalia, n. sp., × 400 Fig. 12. Xiphodictya staurospira, n. sp., × 500
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Illustration from Report on the Radiolaria collected by H.M.S. Challenger during the years 1873-1876. Part III. Original description follows: Plate 34. Phacodiscida. Diam. Fig. 1. Sethostylus dentatus, n. sp. (vel Heliostylus dentatus), × 300 Upper half of the disk. Fig. 2. Sethostylus serratus, n. sp. (vel Heliostylus serratus), × 300 Lower half of the disk. Fig. 3. Heliosestrum octonum, n. sp., × 300 Fig. 4. Heliodiscus solaster, n. sp., × 300 Fig. 5. Heliodiscus echiniscus, n. sp., × 400 Fig. 6. Heliosestrum medusinum, n. sp., × 300 Fig. 7. Sethostaurus conostaurus, n. sp., × 100 Normal form with four regular spines. Fig. 8. Sethostaurus conostaurus, n. sp., × 100 Abnormal form with five spines. Fig. 9. Heliodiscus marginatus, n. sp., × 100 Fig. 10. Heliodiscus trochiscus, n. sp., × 100 Fig. 11. Heliodiscus polymorphus, n. sp., × 100 Fig. 12. Heliodiscus polymorphus, n. sp., × 100 Fig. 13. Heliodiscus trochiscus, n. sp., × 100 Fig. 14. Astrophacus trochiscus, n. sp., × 100