Jonas Satkūnas, Algirdas Girininkas, Tomas Rimkus, Linas Daugnora, Alma Grigienė, Miglė Stančikaitė, Gvidas Slah, Žana Skuratovič, Domas Uogintas, Vladas Žulkus
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引用次数: 0
摘要
结合古植物学和岩石学资料,辅以新的14C年代资料的古生物学资料,可以重建东波罗的海南部地区的中魏希塞利世(MIS 3)环境波动。中新发现的Mammuthus primigenius Blumenbach和Rangifer tarandus Linnaeus, 1758年遗骸的时空背景支持了中魏希世(MIS 3)时期非冰川条件的古环境重建。记录了MIS 3的寒冷和温暖气候逆转,代表的巨型动物在植被和气候异质性的环境中茁壮成长。14C测年表明,分析的大多数巨型动物遗骸代表38-45 cal kyr BP的时间间隔,这与Nemunas 2c冷间隔(低温)和31-34 cal kyr BP或Mickñnai 3温度计相关。从花粉数据来看,古植被格局从无树木的苔原到以桦树为主的森林,并伴有时间树种的混合,为这些食草动物在MIS 3气候事件背景下的饮食和栖息地偏好提供了额外的信息。
New 14C data of megafaunal remains from Lithuania – implications for the palaeoenvironmental interpretation of the Middle Weichselian
Palaeobiological data, supplemented by new 14C dates in conjunction with palaeobotanical and lithological information, have allowed reconstruction of Middle Weichselian (MIS 3) environmental fluctuations in the southern Eastern Baltic region. Palaeoenvironmental reconstructions implying non-glacial conditions during the Middle Weichselian (MIS 3) are supported by the spatial and temporal context of recently discovered remains of Mammuthus primigenius Blumenbach and Rangifertarandus Linnaeus, 1758. Recording both cold and warm climatic reversals of MIS 3, representatives of the megafauna thrived in an environment characterized by a heterogeneity of vegetation and climate. 14C dating shows that the majority of the megafaunal remains analysed represent the 38–45 cal kyr BP time-interval, which correlates with the Nemunas 2c cold interval (cryomer), and the 31–34 cal kyr BP or Mickñnai 3 thermomer. From pollen data, the palaeovegetation pattern varied from tree-less tundra to birch-predominating forest with an admixture of temporal tree species providing additional information about the diet and habitat preferences of these herbivores in the context of the MIS 3 climatic events.
期刊介绍:
The policy of the Geological Quarterly is to publish significant contributions of information and geological insight relevant to an international readership. The journal has been issued since 1957 at the Polish Geological Institute - National Research Institute and, at present, is the leading Earth sciences journal in Poland. All aspects of Earth and related sciences, and universal and broad regional rather than locally oriented topics are covered.
The journal is intended to be an international forum for the exchange of information and ideas, particularly on important geological topics of Central Europe.