Horseshoe crab trace fossils Arborichnus Romano et Meléndez, 1985 from the Bashkirian (Carboniferous) of the Donets Basin, Ukraine

Q3 Earth and Planetary Sciences
Vitaly Dernov
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引用次数: 0

Abstract

This paper describes resting traces of horseshoe crabs Arborichnus repetitus Romano et Meléndez, 1985 from marine deposits of the Dyakove Group (Viséan–Bashkirian) and the Bashkirian coal-bearing rocks of the Mandrykyne and Mospyne formations in the Donets Basin, eastern Ukraine. The presence of Arborichnus repetitus indicates the widespread distribution of horseshoe crabs in the coastal paleobiocenoses of the Dyakove Paleobasin, located in the central part of the Donets Basin. The horseshoe crab resting traces Arborichnus repetitus from the Bashkirian strata of the Donets Basin are typical of deltaic and prodeltaic rocks, usually represented by sandstones and siltstones. Horseshoe crabs are the most likely trace-makers of Arborichnus Romano et Meléndez, 1985, but some other arthropods, e.g., aglaspidids, could also have produce these trace fossils. The discovery of the presumably horseshoe crab thoracetron on the same sandstone bedding plane as the traces Arborichnus indirectly confirms that xiphosurans were the trace-makers of these ichnofossils.
马蹄蟹痕迹化石Arborichnus Romano et melsamudez, 1985,来自乌克兰顿涅茨盆地的巴什基里亚石炭纪
本文描述了乌克兰东部顿涅茨盆地Dyakove群海相沉积(vis - baskirian)和Mandrykyne组和Mospyne组baskirian含煤岩中马蹄蟹Arborichnus repetitus Romano et melsamudez, 1985的安息痕迹。Arborichnus repetitus的存在表明马蹄蟹在位于顿涅茨盆地中部的Dyakove古盆地海岸古生物世中分布广泛。顿涅茨盆地巴什基里亚地层中的马蹄蟹安息迹是典型的三角洲和前三角洲岩石,通常以砂岩和粉砂岩为代表。马蹄蟹最有可能是Arborichnus Romano et melsamudez(1985)的痕迹制造者,但其他一些节肢动物,如草纲动物,也可能产生这些痕迹化石。在同一砂岩层理平面上发现了推测为马蹄蟹的胸腹蟹,间接证实了剑龙是这些鱼化石的痕迹制造者。
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来源期刊
Fossil Imprint
Fossil Imprint Earth and Planetary Sciences-Stratigraphy
CiteScore
1.70
自引率
0.00%
发文量
17
期刊介绍: Fossil Imprint (formerly Acta Musei Nationalis Pragae, Series B – Historia Naturalis) is an international, open access journal, publishing original papers and reviews of any length from all areas of paleontology and related disciplines, such as palaeoanthropology, biostratigraphy, palynology, and archaeobotany/zoology. All taxonomic groups are treated, including plants, invertebrates, vertebrates, microfossils, and ichnofossils, with a special emphasis on terrestrial and post-Palaeozoic marine biota. We encourage the publication of international meetings as well as special thematic issues. The aim of the journal is to spread the scientific knowledge with no restrictions, and to allow access to it to any interested person. Each article includes information about the date of receiving, accepting and issue.
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