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首页> 外文期刊>Palaeogeography, Palaeoclimatology, Palaeoecology: An International Journal for the Geo-Sciences >Terrestrial biota in coastal marine deposits: fossil-Lagerst?tten in the Pennsylvanian of Kansas, USA
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Terrestrial biota in coastal marine deposits: fossil-Lagerst?tten in the Pennsylvanian of Kansas, USA

机译:沿海海洋沉积物中的陆地生物区系:美国堪萨斯州宾夕法尼亚州的化石-拉格斯特滕

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摘要

The fossil animal assemblages of three Pennsylvanian marine Lagerst?tten of Kansas are compared. Detailed taphonomic investigations and comparison of total fossil assemblages are the most reliable for palaeoenvironment interpretation. Functional morphology, taxonomic uniformitarianism, behavior, absence of marine fossils (for freshwater), and palaeogeography are weak criteria of a hypothesis of freshwater depositional environment based on the assumption that closely related taxa have similar environment preferences, functions, and behaviors. In general, invertebrates, being less mobile, are better indicators of their general environment than vertebrates. Terrestrial vertebrates can dominate the fossil vertebrate assemblage of a clearly marine depositional palaeoenvironment. As long as acceptable indicators of Palaeozoic freshwater environment are not found, the hypothesis of freshwater environment cannot stand the test, only easily falsified by the discovery of marine fossils. Fishes may indicate marine connectedness, not necessarily a marine depositional environment.
机译:比较了堪萨斯州三个宾夕法尼亚州海洋Lagerst?tten的化石动物组合。对于古环境的解释,最详细的方法学研究和总化石组合的比较是最可靠的。基于紧密相关的分类单元具有相似的环境偏好,功能和行为的假设,功能形态,分类学统一性,行为,缺少海洋化石(用于淡水)和古地理是假设淡水沉积环境的较弱标准。通常,与脊椎动物相比,无脊椎动物活动性较低,是其总体环境的更好指标。陆生脊椎动物可以主导明显的海洋沉积古环境的化石脊椎动物组合。只要没有找到可接受的古生代淡水环境指标,淡水环境的假设就无法经受住考验,只有通过发现海洋化石才能轻易地证伪。鱼可能表明海洋连通性,不一定表明海洋沉积环境。

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