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Structural parallels between terrestrial microbialites and Martian sediments: are all cases of 'Pareidolia'?

机译:陆地微生物和火星沉积物之间的结构相似之处:所有的'Pareidolia'案例是什么?

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The study analyses possible parallels of the microbialite-known structures with a set of similar settings selected by a systematic investigation from the wide record and data set of images shot by NASA rovers. Terrestrial cases involve structures both due to bio-mineralization processes and those induced by bacterial metabolism, that occur in a dimensional field longer than 0.1 mm, at micro, meso and macro scales. The study highlights occurrence on Martian sediments of widespread structures like microspherules, often organized into some higher-order settings. Such structures also occur on terrestrial stromatolites in a great variety of 'Microscopic Induced Sedimentary Structures', such as voids, gas domes and layer deformations of microbial mats. We present a suite of analogies so compelling (i.e. different scales of morphological, structural and conceptual relevance), to make the case that similarities between Martian sediment structures and terrestrial microbialites are not all cases of 'Pareidolia'.
机译:该研究分析了通过NASA Rovers拍摄的宽记记录和数据集的系统调查选择的微生物矿石的已知结构的可能存在的相似设置。陆地病例涉及由于生物矿化过程和由细菌代谢诱导的那些,其在尺寸领域中发生的尺寸矿化过程,在微小,中央索和宏观尺寸。该研究突出了Martian沉积物,如微球的广泛结构,通常组织成一些高阶设置。这种结构也发生在陆生群中的各种“微观诱导沉积结构”,例如空隙,气体圆顶和微生物垫的层变形。我们展示了一套类比,如此引人注目(即形态学,结构和概念相关性的不同规模),使得火星沉积物结构与陆地微生物岩之间的相似性并非所有的“Pareidolia”。

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