{"title":"欧洲地形图","authors":"M. S. Oczlon","doi":"10.1127/1864-5658/08/9501-0129","DOIUrl":null,"url":null,"abstract":"The terrane geology of Europe has been hotly debated since the terrane concept became popular with the groundbreaking paper by Coney et al. (1980). There still is no concept for Europe on which a majority of geologists would agree, and even the notion of a terrane is differently understood by many. Seventeen years of data compilation resulted in the Terrane Map of Europe (Oczlon 2006), which is a continent-wide attempt to apply a clear-cut terrane definition to firsthand geological data, collected in over 2700 references for every region of the continent. The applied terrane definition is from Keppie (1989), with modifications. There are large differences in the quality of the data, as well as the data density. Wide parts even remain without any data coverage, in particular the parts of the East European Craton, which are under Phanerozoic cover. The map provides a view on the growth of Europe throughout its billions of years of evolution, applying a self-explanatory colour scheme. It is designed to allow also readers without much background on the geology of Europe to access the basic concepts on the assembly and accretionary history of the continent. Following Late Paleozoic accretion of Gondwana-derived terranes, almost all of the crust that currently makes Europe was already assembled by ca. 280 million years. Therefore, terranedescription focuses mainly on their Paleozoic and older pre-/syn-accretionary evolution. The younger sutures and ophiolite belts of southern Europe are the result of Meso-Cainozoic opening and closure of small oceanic basins within the previously accreted crust. These sutures are shown with a line-framework that outlines the boundaries of the major Alpine tectonic units. For a better understanding of terrane-provenance, paleogeographic reconstructions of Earth at 543, 444, 375, 299, and 195 million years are shown on the map. Colors of the various paleo-continents and terranes are the same as on the Terrane Map, allowing easy recognition of the past position of continental fragments that now form part of Europe. Every terrane or group of terranes with the same provenance and accretion history is described in the map legend with its key attributes. This description is necessarily incomplete and lacks many arguments that lie behind certain assignments. More information can be found in Oczlon et al. 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Seventeen years of data compilation resulted in the Terrane Map of Europe (Oczlon 2006), which is a continent-wide attempt to apply a clear-cut terrane definition to firsthand geological data, collected in over 2700 references for every region of the continent. The applied terrane definition is from Keppie (1989), with modifications. There are large differences in the quality of the data, as well as the data density. Wide parts even remain without any data coverage, in particular the parts of the East European Craton, which are under Phanerozoic cover. The map provides a view on the growth of Europe throughout its billions of years of evolution, applying a self-explanatory colour scheme. It is designed to allow also readers without much background on the geology of Europe to access the basic concepts on the assembly and accretionary history of the continent. 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引用次数: 12
摘要
自Coney et al.(1980)的开创性论文使地体概念流行以来,欧洲地体地质学一直备受争议。对于欧洲,目前还没有一个概念能得到大多数地质学家的认同,甚至连“地”的概念也有许多人有不同的理解。17年的数据汇编产生了欧洲大地地图(Oczlon 2006),这是一个全大陆范围内的尝试,将明确的大地定义应用于第一手地质数据,收集了超过2700个参考资料,涉及欧洲大陆的每个地区。应用的地形定义来自Keppie(1989),做了一些修改。在数据质量和数据密度方面存在很大差异。大部分地区甚至没有任何数据覆盖,特别是东欧克拉通的部分地区,这些地区处于显生宙覆盖之下。这张地图运用了一种不言自明的配色方案,展示了欧洲数十亿年的进化历程。它的目的是让读者也没有太多的背景,对欧洲的地质访问的组装和大陆的增生历史的基本概念。随着晚古生代冈瓦纳衍生的地体的增生,现在构成欧洲的几乎所有地壳在大约2.8亿年前就已经组装起来了。因此,地形描述主要集中在古生代和更早的前/同增生演化上。欧洲南部较年轻的缝合线和蛇绿岩带是中新生代小洋盆在先前的增生地壳内开闭的结果。这些缝合线用线条框架表示,勾勒出阿尔卑斯主要构造单元的边界。为了更好地了解地形的来源,地图上显示了543,444,375,299和1.95亿年的地球古地理重建。各种古大陆和地体的颜色与地体地图上的颜色相同,可以很容易地识别出现在构成欧洲一部分的大陆碎片过去的位置。具有相同来源和增生历史的每个地体或一组地体都在地图图例中描述其关键属性。这种描述必然是不完整的,并且缺乏许多关于某些任务背后的论据。更多的信息可以在Oczlon等人(2007)中找到,地图的简化版本可以在http://www.geobib.unihd.de/terranemap/index.html上找到。
The terrane geology of Europe has been hotly debated since the terrane concept became popular with the groundbreaking paper by Coney et al. (1980). There still is no concept for Europe on which a majority of geologists would agree, and even the notion of a terrane is differently understood by many. Seventeen years of data compilation resulted in the Terrane Map of Europe (Oczlon 2006), which is a continent-wide attempt to apply a clear-cut terrane definition to firsthand geological data, collected in over 2700 references for every region of the continent. The applied terrane definition is from Keppie (1989), with modifications. There are large differences in the quality of the data, as well as the data density. Wide parts even remain without any data coverage, in particular the parts of the East European Craton, which are under Phanerozoic cover. The map provides a view on the growth of Europe throughout its billions of years of evolution, applying a self-explanatory colour scheme. It is designed to allow also readers without much background on the geology of Europe to access the basic concepts on the assembly and accretionary history of the continent. Following Late Paleozoic accretion of Gondwana-derived terranes, almost all of the crust that currently makes Europe was already assembled by ca. 280 million years. Therefore, terranedescription focuses mainly on their Paleozoic and older pre-/syn-accretionary evolution. The younger sutures and ophiolite belts of southern Europe are the result of Meso-Cainozoic opening and closure of small oceanic basins within the previously accreted crust. These sutures are shown with a line-framework that outlines the boundaries of the major Alpine tectonic units. For a better understanding of terrane-provenance, paleogeographic reconstructions of Earth at 543, 444, 375, 299, and 195 million years are shown on the map. Colors of the various paleo-continents and terranes are the same as on the Terrane Map, allowing easy recognition of the past position of continental fragments that now form part of Europe. Every terrane or group of terranes with the same provenance and accretion history is described in the map legend with its key attributes. This description is necessarily incomplete and lacks many arguments that lie behind certain assignments. More information can be found in Oczlon et al. (2007), and a simplified version of the map is available on http://www.geobib.unihd.de/terranemap/index.html.