追踪罕见的纤毛虫生物圈

James Weiss, G. Esteban
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摘要

在原生生物中,稀有物种包括休眠生物和种群丰度不高的生物,因此无法在样本中检测到。这些稀有微生物是所谓 "稀有微生物生物圈 "的一部分。虽然在特定的环境条件下,有些微生物偶尔会大量繁殖或占据优势地位,但有些微生物的数量确实非常稀少,其特点是种群数量总是非常低。稀有原生生物圈是微生物群落的重要组成部分,对维持生态系统的生物多样性和功能至关重要。在这项研究中,我们旨在展示稀有纤毛虫生物圈的丰富性,并结合一些极为稀有的纤毛虫的形态学和生态学细节,对其稀有的原因进行假设。本研究包括自 1928 年以来首次报道的 Dactylochlamys 的不同形态,自 1930 年以来首次报道的 Penardiella undulata,自 1930 年以来第二次报道的 Penardiella interrupta,以及一个未被描述的 Penardiella 物种。自 1933 年以来首次报告了 Bryophyllum caudatum,对罕见的 Legendrea bellerophon 和一个未被描述的 Legendrea 物种进行了显微镜观察和分类讨论。描述了一种新的 Apertospathula sp.探讨了这些物种的稀有性,并解释了它们的厌氧代谢及其对猎物的选择。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Tracking down the rare ciliate biosphere
In protists, rare species include dormant organisms and those that do not reach high population abundance, and therefore, are not detected in the samples. These rare microorganisms are part of the so-called ‘rare microbial biosphere’. Although some may occasionally become abundant or dominant under particular environmental conditions, others do have a very rare occurrence, characterized by always having very low populations. The rare protist biosphere represents a significant component of microbial communities, and it is crucial for maintaining ecosystem biodiversity and function. In this study, we aim to demonstrate the richness of the rare ciliate biosphere and hypothesize on the reasons of rarity by combining morphological and ecological details on some exceedingly rare ciliates. The study includes the first report of different morphotypes of Dactylochlamys since 1928, first report of Penardiella undulata since 1930, second report of Penardiella interrupta since 1930, and an undescribed Penardiella species. The first report of Bryophyllum caudatum since 1933, microscopical observations and taxonomical discussion of the rare Legendrea bellerophon and of and undescribed Legendrea species. A new Apertospathula sp. with prokaryotic endosymbionts is described. The rarity of these species is explored and explained by their anaerobic metabolism combined with their prey selection.
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