First Record of Soft Tissue Preservation in the Upper Devonian of Poland.

Soft tissue preservation is reported from Upper Devonian deposits of the Holy Cross Mountains, central Poland, for the first time. The preserved soft tissues are muscles associated with arthropod cuticle fragments. The muscles are phosphatized with variable states of preservation. Well-preserved spe...

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Main Authors: Michał Zatoń, Krzysztof Broda
Format: Article
Language:English
Published: Public Library of Science (PLoS) 2015-01-01
Series:PLoS ONE
Online Access:http://europepmc.org/articles/PMC4641730?pdf=render
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spelling doaj-bcdf9e3bf94744ee880dccace87f47cd2020-11-24T21:50:34ZengPublic Library of Science (PLoS)PLoS ONE1932-62032015-01-011011e014261910.1371/journal.pone.0142619First Record of Soft Tissue Preservation in the Upper Devonian of Poland.Michał ZatońKrzysztof BrodaSoft tissue preservation is reported from Upper Devonian deposits of the Holy Cross Mountains, central Poland, for the first time. The preserved soft tissues are muscles associated with arthropod cuticle fragments. The muscles are phosphatized with variable states of preservation. Well-preserved specimens display the typical banding of striated muscles. Other muscle fragments are highly degraded and/or recrystallized such that their microstructure is barely visible. The phosphatized muscles and associated cuticle are fragmented, occur in patches and some are scattered on the bedding plane. Due to the state of preservation and the lack of diagnostic features, the cuticle identification is problematic; however, it may have belonged to a phyllocarid crustacean. Taphonomic features of the remains indicate that they do not represent fossilized fecal matter (coprolite) but may represent a regurgitate, but the hypothesis is difficult to test. Most probably they represent the leftover remains after arthropod or fish scavenging. The present study shows that soft tissues, which even earlier were manipulated by scavenger, may be preserved if only special microenvironmental conditions within and around the animal remains are established.http://europepmc.org/articles/PMC4641730?pdf=render
collection DOAJ
language English
format Article
sources DOAJ
author Michał Zatoń
Krzysztof Broda
spellingShingle Michał Zatoń
Krzysztof Broda
First Record of Soft Tissue Preservation in the Upper Devonian of Poland.
PLoS ONE
author_facet Michał Zatoń
Krzysztof Broda
author_sort Michał Zatoń
title First Record of Soft Tissue Preservation in the Upper Devonian of Poland.
title_short First Record of Soft Tissue Preservation in the Upper Devonian of Poland.
title_full First Record of Soft Tissue Preservation in the Upper Devonian of Poland.
title_fullStr First Record of Soft Tissue Preservation in the Upper Devonian of Poland.
title_full_unstemmed First Record of Soft Tissue Preservation in the Upper Devonian of Poland.
title_sort first record of soft tissue preservation in the upper devonian of poland.
publisher Public Library of Science (PLoS)
series PLoS ONE
issn 1932-6203
publishDate 2015-01-01
description Soft tissue preservation is reported from Upper Devonian deposits of the Holy Cross Mountains, central Poland, for the first time. The preserved soft tissues are muscles associated with arthropod cuticle fragments. The muscles are phosphatized with variable states of preservation. Well-preserved specimens display the typical banding of striated muscles. Other muscle fragments are highly degraded and/or recrystallized such that their microstructure is barely visible. The phosphatized muscles and associated cuticle are fragmented, occur in patches and some are scattered on the bedding plane. Due to the state of preservation and the lack of diagnostic features, the cuticle identification is problematic; however, it may have belonged to a phyllocarid crustacean. Taphonomic features of the remains indicate that they do not represent fossilized fecal matter (coprolite) but may represent a regurgitate, but the hypothesis is difficult to test. Most probably they represent the leftover remains after arthropod or fish scavenging. The present study shows that soft tissues, which even earlier were manipulated by scavenger, may be preserved if only special microenvironmental conditions within and around the animal remains are established.
url http://europepmc.org/articles/PMC4641730?pdf=render
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