北昆士兰中泥盆世Burdekin盆地叠层虫-毛纲组合中的共生体

IF 1.2 4区 地球科学 Q3 PALEONTOLOGY Alcheringa Pub Date : 1997-01-01 DOI:10.1080/03115519708619167
Y. Zhen, R. R. West
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引用次数: 12

摘要

据报道,在昆士兰北部的Burdekin盆地的Givetian Burdekin组,一种毛囊动物、一种叠层孔类动物(Salairella sp.)和被解释为共生蠕虫居住的垂直直管之间存在着惊人的联系。Salairella sp.的最终生长表面显示出骨骼扭曲,其特征是长而连续的腔骨和边缘上翘的腔腔。这种扭曲的界面可能是表层被毛体和底层层孔体之间空间竞争相互作用的结果。在层孔体骨架的最终生长表面既不发生沉积物填充,也不发生侵蚀或表面破碎。因此,Salairella sp.标本的生长似乎受到了外壳被毛体的抑制。蜗杆管连续通过扭曲的界面而不间断。骨骼关联还表明,圆的、直的、垂直的管最初与层孔虫和层孔虫有共生共生关系。
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Symbionts in a stromatoporoid-chaetetid association from the Middle Devonian Burdekin Basin, north Queensland
A spectacular association between a chaetetid, a stromatoporoid (Salairella sp.), and straight, vertical tubes interpreted to have housed symbiotic worms is reported from the Givetian Burdekin Formation, Burdekin Basin, north Queensland. The final growth surface of Salairella sp. shows skeletal distortion characterised by long, rather continuous coenosteles and coenostroms with upturned edges. This distorted interface was probably the result of spatial competitive interaction between the encrusting chaetetid and the underlying stromatoporoid. Neither sediment infilling, erosion or surface breakage occurs on the final growth surface of the stromatoporoid skeleton. As such, the growth of the Salairella sp. specimen appears to have been supressed by the encrusting chaetetid. Worm tubes are continuous through the distorted interface without interruption. The skeletal association also suggests that the round, straight, vertical tubes had a symbiotic intergrowth relationship initially with the stromatoporoid an...
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来源期刊
Alcheringa
Alcheringa 地学-古生物学
CiteScore
2.60
自引率
7.70%
发文量
28
审稿时长
>12 weeks
期刊介绍: Alcheringa : An Australasian Journal of Palaeontology is the official journal of the Australasian Palaeontologists. Alcheringa covers all aspects of palaeontology and its ramifications into the earth and biological sciences, including: Taxonomy- Biostratigraphy- Micropalaeontology- Vertebrate palaeontology- Palaeobotany- Palynology- Palaeobiology- Palaeoanatomy- Palaeoecology- Biostratinomy- Biogeography- Chronobiology- Biogeochemistry- Palichnology. Review articles are welcome, and may be solicited from time to time. Thematic issues are also possible. Emphasis is placed on high quality and informative illustration, in both line drawings and photographs. Papers of general significance may receive preference over those of more local interest.
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