意大利西西里岛中东部Agira沉积序列中早更新世介形类首次报道

IF 0.7 Q4 PALEONTOLOGY
Francesco Sciuto , Angela Baldanza , Agatino Reitano
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引用次数: 0

摘要

本报告研究并描述了一个新的桡足类群落,该群落根据海生动物分析被归类为早更新世。它产于阿吉拉镇(西西里岛中东部)西南部的 Santa Venera 地区所谓的 "阿吉拉泥灰岩 "露头。该浮游动物群由 39 个物种组成,其中 11 个物种被提议并描述为新物种:Eucytherura sanctavenerae n. sp.、Aurila seguenzai n. sp.、Aurila diodoroi n. sp.、Cimbaurila ramdohri n. sp.、Tenedocythere eleonorae n. sp、Loxoconcha pokornyi n. sp.、Paracytheridea longicristata n. sp.、Cistacythereis oertlii n. sp.、Costa agyrina n. sp.、Echinocythereis hartmannii n. sp.和 Tegmenia mariasophiae n. sp.。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
First report of Early Pleistocene ostracods from the Agira sedimentary succession (Central Eastern Sicily, Italy)

A new ostracod association, referred to the Early Pleistocene on the basis of the nannoplancton analysis, is studied and described. It comes from the so-called “Agira marls” outcropping in contrada Santa Venera, SW of the Agira town (Central Eastern Sicily). The ostracod fauna is composed by 39 species, 11 species being here proposed and described as new: Eucytherura sanctavenerae n. sp., Aurila seguenzai n. sp., Aurila diodoroi n. sp., Cimbaurila ramdohri n. sp., Tenedocythere eleonorae n. sp., Loxoconcha pokornyi n. sp., Paracytheridea longicristata n. sp., Cistacythereis oertlii n. sp., Costa agyrina n. sp., Echinocythereis hartmannii n. sp. and Tegmenia mariasophiae n. sp. The remaining are known species or left in open nomenclature.

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来源期刊
CiteScore
2.50
自引率
0.00%
发文量
17
期刊介绍: La Revue de micropaléontologie publie 4 fois par an des articles de intérêt international, consacrés à tous les aspects de la micropaléontologie. Les textes, en anglais ou en français, sont des articles originaux, des résultats de recherche, des synthèses et mises au point, des comptes rendus de réunions scientifiques et des analyses de ouvrages. La revue se veut résolument ouverte à tous les aspects de la micropaléontologie en accueillant des travaux traitant de la systématique des microfossiles (et de leurs équivalents actuels), des bactéries aux microrestes de vertébrés, et de toutes leurs applications en sciences biologiques et géologiques.
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