Silurian stratigraphy and graptolite faunas of the Mora 001 and Solberga 1 drill cores, Siljan District, central Sweden

IF 1.9 4区 地球科学 Q1 PALEONTOLOGY Lethaia Pub Date : 2021-05-10 DOI:10.1111/LET.12424
J. Maletz
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引用次数: 2

Abstract

The Mora 001 and Solberga 1 drill cores provide the best available overview on the early Silurian (Llandovery, Rhuddanian to Telychian) graptolite succession available for the Siljan Ring impact structure of central Sweden. The Solberga 1 succession includes a nearly complete graptolite succession from the Pernerograptus revolutus Biozone (late Rhuddanian) to the Oktavites spiralis Biozone (late Telychian). Older grapto- lite faunas are unknown from the Siljan region. The Mora 001 drill core includes a graptolitic succession from the Monoclimacis crenulata Biozone to the O. spiralis Bio- zone, found in two lithostratigraphically separated lithological units here identi fi ed as the Kallholn Formation. A slice of the Orsa Sandstone Formation of possible later Sil- urian age is tectonically introduced into the Kallholn Formation in the Mora 001 drill core. The strong tectonic deformation of the Kallholn Formation in both drill cores can easily be understood through the Devonian impact history of the region. □ Dalarna, graptolite biostratigraphy, lithostratigraphy, Siljan impact, Silurian.
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瑞典中部Siljan地区Mora 001和Solberga 1岩心志留系地层及笔石动物群
Mora 001和Solberga 1钻孔岩心提供了瑞典中部Siljan环撞击构造中早期志留纪(llanddovery, Rhuddanian到Telychian)笔石演替的最佳概述。Solberga 1演替包括从Pernerograptus revolutus生物带(吕达尼晚期)到Oktavites spiralis生物带(特利奇晚期)几乎完整的笔石演替。在锡尔詹地区还没有发现更古老的树栖动物。Mora 001岩心包括从monocimacis crenulata生物带到O. spiralis生物带的笔石岩序列,发现于两个岩石地层分离的岩性单元中,这里确定为Kallholn组。在Mora 001钻孔岩心中,构造将一片可能是晚泥铀矿时代的Orsa砂岩组引入Kallholn组。通过该地区泥盆纪的冲击史,可以很容易地理解两个岩心中Kallholn组强烈的构造变形。□Dalarna,笔石生物地层学,岩石地层学,Siljan冲击,志留纪。
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来源期刊
Lethaia
Lethaia 地学-古生物学
CiteScore
3.30
自引率
0.00%
发文量
27
审稿时长
6-12 weeks
期刊介绍: A formal publication outlet for the International Palaeontological Association (IPA) and the International Commission on Stratigraphy (ICS), Lethaia publishes articles of international interest in the fields of palaeontology and stratigraphy. The articles concentrate on the development of new ideas and methods and descriptions of new features of wide significance rather than routine descriptions. Palaeobiology and ecostratigraphy are the core topics of the journal. In addition to articles, Lethaia contains shorter contributions in the form of discussions, presentations of current scientific activities, reviews and editorials. Lethaia was launched in 1968 as a joint venture between scientists in Denmark, Norway, and Sweden, with the aim of promoting the development of modern methods in scientific publishing and of providing a medium for rapid publication of well-prepared manuscripts of wide international interest.
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