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Saccocoma

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FIGURE 11 — <b>Saccocoma</b> tenella . Upper Jurassic, Solnhofen-Eichstätt. (A) B...
in > PALAIOS
Published: 01 February 2004
FIGURE 11 — Saccocoma tenella . Upper Jurassic, Solnhofen-Eichstätt. (A) Brachial wings, baffles, and post-mortem curling of arm bases (Hagdorn collection, Museum Ingelfingen). (B) Specimen drawn in Fig. 12 G; YPM 202319. Photography by W. Gerber
Image
FIGURE 12 — <b>Saccocoma</b> tenella . Upper Jurassic lithographic limestones of S...
in > PALAIOS
Published: 01 February 2004
FIGURE 12 — Saccocoma tenella . Upper Jurassic lithographic limestones of Solnhofen, Germany. All specimens are preserved on bed soles. A, from Hess, 1999d ; B, YPM 6467; C, YPM 202314; D, YPM 202315, E, YPM 20231; F, YPM 202434; G, YPM 202319. (A–E) Various stages in taphonomic bending
Journal Article
Journal: PALAIOS
Published: 01 February 2004
PALAIOS (2004) 19 (1): 3–16.
...FIGURE 11 — Saccocoma tenella . Upper Jurassic, Solnhofen-Eichstätt. (A) Brachial wings, baffles, and post-mortem curling of arm bases (Hagdorn collection, Museum Ingelfingen). (B) Specimen drawn in Fig. 12 G; YPM 202319. Photography by W. Gerber ...
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Journal Article
Published: 01 January 1973
Journal of Paleontology (1973) 47 (1): 94–100.
...Raymond E. Peck Abstract Pelagic, Saccocoma cretacea, referred to new genus, A. texanus described, Cretaceous GeoRef, Copyright 2004, American Geological Institute. 1973 ...
Image
—Nodular limestone (Ammonitico Rosso Superiore) in western part of Trento p...
Published: 01 March 1981
Fig. 20 —Nodular limestone (Ammonitico Rosso Superiore) in western part of Trento plateau. Nodules are biomicrite; more reddish material between nodules is more clayey and rich in sand-sized fragments of pelagic crinoid Saccocoma . Stylolitic boundaries demarcate nodules. Many biscuit-shaped
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—Nodular limestone (Ammonitico Rosso Superiore) in western part of Trento p...
Published: 01 March 1981
Fig. 21 —Nodular limestone (Ammonitico Rosso Superiore) in western part of Trento plateau. Micritic stromatolitic layers are interbedded with nodular beds. Some nodules are stromatolite mounds, surrounded by reddish argillaceous, Saccocoma -rich darker matrix. Vertical burrows are evident
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( A ) Pizzo Nicolosi south locality. Photomicrograph of a breccia with clas...
Published: 01 February 2012
Fig. 8 ( A ) Pizzo Nicolosi south locality. Photomicrograph of a breccia with clasts of globotruncanid-bearing wackestones in a matrix made up of a Saccocoma -bearing crinoidal grainstone; ( B ) Rocca Drago S. Ippolito locality. A decimetre-thick body of whitish Scaglia sediments (SC) overlies
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Geological map and location of the Agolla outcrop: 1) Scree and alluvial de...
Published: 01 June 2016
Fig. 1 Geological map and location of the Agolla outcrop: 1) Scree and alluvial deposits; 2) Scaglia Rossa Fm.; 3) Scaglia Bianca Fm.; 4) Marne a Fucoidi Fm.; 5) Maiolica Fm.; 6) Calcari a Saccocoma e aptici Fm.; 7) Corniola Fm.; 8) Bugarone Group; 9) Calcare Massiccio Fm.; 10) normal fault; 11
Journal Article
Published: 01 March 2001
Geological Magazine (2001) 138 (2): 228–229.
..., and the Solnhofen Plattenkalk in which the supposedly pelagic crinoid Saccocoma is by far the commonest fossil. The alternative hypothesis that Saccocoma lived on the sea floor is dismissed, but to my mind the illustration of the comatulid Pterocoma , with all its arms trailing on one side of the cup shows how...
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Comparison between the rift geometries in the Southern Alps and in the Cent...
Published: 01 March 2011
). No vertical scale. (C) Mount Nerone–Bosso-Burano Basin–Mount Acuto transect (see Fig. 6 for location). Note vertical exaggeration. α—Corniola Formation, β—Rosso Ammonitico, Calcari e Marne a Posidonia, Calcari Diasprigni and Calcari ad aptici e Saccocoma Formations, γ—Maiolica Formation.
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Characteristic lithofacies and microfacies of the Upper Triassic-Lower Jura...
Published: 01 February 2011
) packstone with thick-shelled molluscs, echinoid fragments, benthic foraminifers ( Saccocoma limestones, upper mb of the Buccheri Fm).
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—Lower Kahmah Group facies. (A) Thin section photomicrograph of wackestone ...
Published: 01 February 1993
Figure 3 —Lower Kahmah Group facies. (A) Thin section photomicrograph of wackestone containing radiolaria, calpionellids, foraminifera, echinoderm ( Saccocoma ) fragments and other microbioclasts (Rayda Formation, Jebel Madar; scale bar is 1 mm). (B) Polished slab of parallel- and cross-laminated
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—Photomicrographs of characteristic Jurassic microfacies from southern Alps...
Published: 01 March 1981
Fig. 10 —Photomicrographs of characteristic Jurassic microfacies from southern Alps. Scale bar is 1.0 mm long, a, Wackestone with characteristic Y-shaped remains of pelagic crinoid Saccocoma in micrite, from red nodular limestone (Ammonitico Rosso Superiore) on Trento plateau. Rotzo, near
Journal Article
Published: 01 January 1994
Italian Journal of Geosciences (1994) 113 (3): 587–612.
... lithofacies lithostratigraphy Marches Italy Massiccio Limestone Mesozoic models Mollusca Monte della Rossa Monte Murano Monte Sassone Italy paleoenvironment paleogeography pelagic environment Posidonia Beds Saccocoma Beds sedimentary basins sedimentary rocks sedimentation Southern Europe...
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Photomicrographs of the microfacies and index fossils.  A)  Washed rudstone...
Published: 01 March 2012
from 75.0 m of the BSV section. H) Bioclastic wackestone with Saccocoma sp. from 26.05 m of the BSV section. I) Whiteinella cf. archaeocretacea from 18.75 m of the BSV section. J) Whiteinella cf. aprica from 22.55 m of the BSV section. K) Bio-lithoclastic packstone–grainstone and floatstone
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—Paleogeographic map of southern Alps during Kimmeridgian time. Friuli plat...
Published: 01 March 1981
limestones were deposited. These are rich in remains of pelagic crinoid ( Saccocoma ) and abundant ammonites, generally preserved only as internal molds. Except in Monte Baldo area, close to old Garda escarpment, thickness of red nodular limestone is nearly uniform—about 8 to 10 meters. Environment
Journal Article
Published: 11 July 2016
Geological Magazine (2017) 154 (4): 837–858.
... Saccocoma Fm. ( sensu Galluzzo & Santantonio, 2002 ), Umbrian–Marchean Succession, Central–Northern Apennines ( Figs 1 , 2 ). Age . Late Kimmeridgian – earliest Tithonian (Fastelli & Nicosia, 1980 ; this study). Diagnosis . As for the type and only species. Etymology . Named...
Series: Memoir - AAPG
Published: 01 January 2001
DOI: 10.1306/M75768C14
EISBN: 9781629810638
...: (A) sands, mudstone, and claystone; (B) terrigenous, mudstone, and claystone; (C) dolomitized limestones; (D) muds and algal shales; (E) oolitic dolomitized limestones; (F) clayey limestones with radiolarians; (G) calcareous shales with saccocoma; and (H) clayey limestones with tintinides. Oxfordian...
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Series: SEPM Special Publication
Published: 01 January 2009
DOI: 10.2110/sepmsp.092.279
EISBN: 9781565762008
... are too small to be identified, or coarser light-colored bioclasts whose internal structure is obliterated or not visible, thus not identifiable Echinoderms Crinoid plates and plate fragments Mollusks Mollusk shell fragments Open-sea biota Saccocoma sp., radiolarians, sponge spicules...
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Series: Geological Society, London, Special Publications
Published: 01 January 2000
DOI: 10.1144/GSL.SP.2000.173.01.07
EISBN: 9781862394216
..., as in the Davras Dağ area, and were carried there by storms, whereas lagoon organisms never reached the ramps. Over a period of time the storm-generated turbulence decreased and mud facies began to develop, supported by cyanobacterial activity, and benthonic stemless crinoids, such as Saccocoma sp., became...
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