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Study of fragmented fossil diatoms using an invariant correlation method

机译:使用不变相关方法研究分散化石硅藻

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The taxonomic identification of diatom species that constituted phytoplankton communities in remote times is determining in several research fields like ecology, evolution, paleoecology and biostratigraphy. In the last 30 years the use of fossil diatoms like environmental indicators has become of prime importance. However the use of these organisms is limited since they are found in sediment samples mostly fragmented or pulverized. This may lead to confusion and loss of information. In this work we used invariant correlation to identify 12 species of fossil diatoms. With this method we were able to identify the diatom species from only a small fragment of the organisms. This methodology can be used for the development of an automated system of plankton identification. An automatized identification of diatoms would be able to guarantee a faster identification and also would reduce the time necessary for acomplishing analysis of samples highly fragmented
机译:在远程时期构成浮游植物社区的硅藻种类的分类鉴定是在生态,演化,古生态和生物生物学和生物学的几个研究领域中确定。在过去30年中,使用化石硅藻等环境指标已经成为鼎盛的重要性。然而,这些生物的使用是有限的,因为它们在沉积物样品中被发现大多是碎片或粉碎的。这可能导致信息困惑和损失。在这项工作中,我们使用不变的相关性来识别12种化石硅藻。通过这种方法,我们能够仅从生物体的小片段中识别硅藻族。该方法可用于开发浮游氏型自动化系统。硅藻的自动化鉴定将能够保证更快的识别,并且还可以减少对高度分散的样品分析所需的时间

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