Palaeosabella Clarke, 1921

ID11129
Fossil groupBioerosional trace fossils
CADClavate-shaped borings
TypeMacroboring
SubstrateCalcareous substrate
TaxonPalaeosabella
AuthorClarke, 1921
ReferenceClarke, 1921
Parent taxonGastrochaenolitidae
Is validYes
FADTremadocian
LADRecent
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Includes:


Synonymy

YearSynonymAuthorPagesFigsReference
2025fossilized spionid-like boringsNanglu, Waskom, Losso & Ortega-Hernández1Nanglu et al., 2025
2021Palaeosabella Clarke, 1921Villas, Mayoral, Santos, Colmenar & Gutiérrez-Marco3Villas et al., 2021
2008Palaeosabella Clarke, 1921Beuck, Wisshak, Munnecke & Freiwald1534CBeuck et al., 2008a
2007Palaeosabella Clarke, 1921Wyse Jackson & Key247Wyse Jackson & Key, 2007
2006Palaeosabella Clarke, 1921Wilson & Palmer1093Wilson & Palmer, 2006
2004Palaeosabella Clarke, 1921Bromley461Bromley, 2004a
2004TrypanitesVinn2625Vinn, 2004a
2003Palaeosabella Clarke, 1921Taylor & Wilson113BTaylor & Wilson, 2003
1983PalaeosabellaHeckerHecker, 1983
1976VermiforichnusPickerill1Pickerill, 1976
1969Vermiforichnus- spionid worm boringsCameron6941Cameron, 1969b
1952SpecusStephensonStephenson & Stenzel, 1952
1921PalaeosabellaClarke9277, 79, 81, 83Clarke, 1921

Descriptions and remarks

Palaeosabella is a clavate boring with length-to-width ratio of < 10:1, and although morphologically different from Trypanites, the two ichnogenera have often been confused.


Palaeosabella Clarke, 1921 is an elongated cylindrical boring with a swollen distal end formed in carbonate substrates. It is similar to Trypanites except for the clavate expansion at its termination. Palaeosabella has a complicated ichnotaxonomic history. It was considered nomen dubium by Teichert (1945), resurrected by Plewes (1996), Bromley (2004) and Wilson (2007), and erroneously considered a junior synonym of the later established Clionoides Fenton and Fenton, 1932 by Furlong and McRoberts (2014). We are here considering Palaeosabella a valid ichnotaxon because it does not branch like Clionoides.


Remark: Unbranched, cylindro-clavate borings.


Unbranched, cylindrical.


Category of architectural design: 2.66. Clavate-shaped borings.


Occurrences

Specimens with images (19)

<i></i><br />Ohesaare cliff,  m, Ohesaare Stage <i></i><br />Ohesaare cliff,  m, Ohesaare Stage <i></i><br />Ohesaare cliff,  m, Ohesaare Stage <i>Palaeosabella boring</i><br />Undva cliff,  m, Jaani Stage <i></i><br />Ohesaare cliff,  m, Ohesaare Stage <i></i><br />Ohesaare cliff,  m, Ohesaare Stage <i></i><br />Ohesaare cliff,  m, Ohesaare Stage <i></i><br />Ohesaare shore,  m, Ohesaare Stage <i></i><br />Ohesaare shore,  m, Ohesaare Stage <i></i><br />Rägavere quarry,  m, Rakvere Stage <i></i><br />Rägavere quarry,  m, Rakvere Stage <i></i><br />Rägavere quarry,  m, Rakvere Stage <i></i><br />Rägavere quarry,  m, Rakvere Stage <i></i><br />Rakvere,  m, Oandu Stage <i></i><br />Rakvere,  m, Oandu Stage <i></i><br />Rakvere,  m, Oandu Stage <i></i><br />Rakvere,  m, Oandu Stage <i></i><br />Rakvere,  m, Oandu Stage <i></i><br />Rakvere,  m, Oandu Stage

Browse Categories of Architectural Design (CADs):

Borings with elliptical to sub-rectangular cross sections | Branched tubular borings | Camerate boxwork borings | Camerate network borings | Circular holes and pit-shaped borings | Clavate-shaped borings | Cylindrical vertical to oblique borings | Dendritic and rosetted borings | Elongate or branched attachment bioerosion traces | Fracture-shaped bioerosion traces | Globular to spherical borings | Groove bioerosion traces | Multiple attachment bioerosion traces | Non-camerate boxwork borings | Non-camerate network borings | Pouch borings | Radial borings | Single circular to tear-shaped attachment bioerosion traces | Spiral borings | Trackways and scratch imprints | U-shaped borings | Winding borings |