Sandelzhausen, Layer C1 (Miocene of Germany)

Where: Germany (48.6° N, 11.8° E: paleocoordinates 48.9° N, 10.4° E)

• coordinate stated in text

• outcrop-level geographic resolution

When: Ober Süßwassermolasse Formation, MN 5 (16.0 - 13.7 Ma)

• The fossils from Sandelzhausen derive from a member of the OSM called Nördlicher Vollschotter, composed primarily of marl and gravel (Moser et al. 2009a). The age of these fossiliferous deposits was established by stratigraphic, biostratigraphic, and magnetostratigraphic correlations: the Early/Middle Miocene Burdigalian/Langhian boundary, early middle MN5 European Mammal Neogene zone (~16.47-16.27 Ma; Moser et al. 2009a).

• bed-level stratigraphic resolution

Environment/lithology: lacustrine; marl

Size class: macrofossils

Preservation: original aragonite

Reposited in the BSP

Collection methods: quarrying

Primary reference: R. B. Salvador. 2015. The fossil pulmonate snails of Sandelzhausen (Early/Middle Miocene, Germany): Ellobiidae, Pupilloidea, and Clausilioidea. Paläontologische Zeitschrift 89:37-50 [M. Clapham/M. Clapham]more details

Purpose of describing collection: taxonomic analysis

PaleoDB collection 231113: authorized by Matthew Clapham, entered by Matthew Clapham on 04.08.2023, edited by Graham Slater

Creative Commons license: CC BY (attribution)

Taxonomic list

Mammalia
 Artiodactyla - Palaeomerycidae
Germanomeryx fahlbuschi1 Rössner 2010 ruminant
Gastropoda
 Heterostropha - Lymnaeidae
Galba dupuyiana3 Noulet 1845 snail
Lymnaea dilatata3 Noulet 1854 snail
 Heterostropha - Planorbidae
Planorbarius cornu3 Brongniart 1810 snail
 Stylommatophora - Helicidae
Helicidae indet.2 Rafinesque 1815 slug
Cepaea cf. sylvestrina2 Schlotheim 1820 slug
Cepaea cf. eversa2 Deshayes 1851 slug
 Stylommatophora - Elonidae
"Tropidomphalus cf. incrassatus" = Pseudochloritis incrassata2
"Tropidomphalus cf. incrassatus" = Pseudochloritis incrassata2 Klein 1853 slug
 Stylommatophora - Clausiliidae
Pseudidyla moersingensis Boettger 1877 slug
Clausiliidae indet 1 and 2 in Moser et al. (2009)