Lamniporichnus Mikuláš, Dvořák et Pek, 1998

ID16404
Fossil groupBioerosional trace fossils
CADCircular holes and pit-shaped borings
TypeMacroboring
SubstrateXylic substrate
TaxonLamniporichnus
AuthorMikuláš, Dvořák et Pek, 1998
ReferenceMikuláš et al., 1998
Parent taxonOichnidae
Is validYes
FADBurdigalian
LADPleistocene
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Includes:


Synonymy

YearSynonymAuthorPagesFigsReference
1998Lamniporichnus n. ichnogenMikuláš, Dvořák & Pek278Mikuláš et al., 1998

Descriptions and remarks

Unbranched, spheroidal.


Category of architectural design: 2.63. Circular holes and pit-shaped borings.


Diagnosis: Borings in those wooden parts of fruits which contain a hollow filled with non-xylic digestible tissue (nuts, stones). The borings consist of a short cylindrical tunnel joining the nut (stone) surface and a natural hollow inside the xylic body.

Comparisons: Lamniporichnus differs from a similar ichnogenus Carporichnus Genise, 1995 by the circumstance that the boring of the former ichnogenus only perforates a wall of the fruit particle. However, in Carporichnus, borings are composed of a longitudinal central cavity and a radial tunnel, both made by the tracemaker (Genise 1995). Similar to identical morphology as Lamniporichnus shows also the ichnogenus Oichnus Bromley, 1981, which, however, differs by its substrate (i.e. shells of marine shally fauna, esp. gastropods and lamellibranchs).


Occurrences


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 |