Untereichen-Altenstadt 540 m
Basic information
Sample name: Untereichen-Altenstadt 540 m

Sample aka: UA 540 m

Reference: J. Prieto, M. Bohme, H. Maurer, K. Heissig, and H. A. Aziz. 2009. Biostratigraphy and sedimentology of the Fluviatile Untere Serie (Early and Middle Miocene) in the central part of the North Alpine Foreland Basin: implications for palaeoenvironment and climate. International Journal of Earth Sciences (Geol Rundsch) 98:1767-1791 [ER 3931]
Geography
Country: Germany

State: Bavaria


County: Neu-Ulm


Coordinate: 48.173149° N, 10.114168° E
Coordinate basis: estimated from map

Formation: Fluviatile Untere Serie

Time interval: Early Miocene

Zone: MN5

Section: Untereichen-Altenstadt

Unit number: 1

Unit order: below to above

Geography comments: The UA locality is situated on the eastern bank of the river Iller 6 km south of the town of Illertissen
UA 540 m has been dated to MN5 based on the evolutionary stages of Megacricetodon aff. bavaricus

Environment
Lithology: marl

Taphonomic context: overbank deposit,paleosol,bird accumulation

Habitat comments: "The older vertebrate fossil assemblage (UA 540 m) is deposited in an animal burrow that was presumably produced by owls"
"The lithofacies and architectural element analysis suggest that the marly unit can be allocated to a meandering fluvial system"
"Levee deposits and floodplain fines are strongly bioturbated by root casts and burrows"

Methods
Life forms: bats,rodents,other small mammals,lizards,snakes,frogs

Sampling methods: quarry,screenwash

Sample size: 116 specimens

Sampling comments: Specific methods are not provided
Counts excluded:
Scincomorpha indet. - 1
Lacerta sp. 1 - 1

Metadata
Sample number: 4333

Contributor: Jack Nesbitt

Enterer: Jack Nesbitt

Modifier no: John Alroy

Created: 2023-07-19 12:29:47

Modified: 2024-12-10 05:17:45

Abundance distribution
13 species
4 singletons
total count 116
geometric series index: 23.3
Fisher's α: 3.755
geometric series k: 0.7230
Hurlbert's PIE: 0.7633
Shannon's H: 1.8514
Good's u: 0.9657
Each square represents a species. Square sizes are proportional to counts.
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