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Analysis of salt-containing biofilms on limestone buildings of the Mayan culture at Edzna, Mexico

机译:墨西哥埃兹纳玛雅文化的石灰岩建筑上含盐生物膜的分析

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摘要

Biofilms on the salted ceiling of a limestone tunnel at the Mayan site of Edzna, Mexico, were characterised using SEM, EDS, chemical analysis, light microscopy, culture and pigment analysis. Major superficial biomass was pigmented, scytonemin-rich Subsection II cyanobacteria. Main endolithic phototrophs were Subsection I and II cyanobacteria and the alga Nanochlorum. Bacteria and actinomycetes of the Geodermatophilus, nocardioform, and streptomycete groups were present at all levels. Salt crystals, mainly sulfates, were found throughout the stone. Microbial ion transport, metabolite production, chelation, and water retention caused degradation and salt deposits. Exfoliation is the major erosion process.
机译:使用SEM,EDS,化学分析,光学显微镜,培养和色素分析对墨西哥埃兹纳玛雅遗址石灰岩隧道盐渍天花板上的生物膜进行了表征。主要的表层生物质是有色素的富含胞内蛋白的第二节蓝细菌。主要的内在光养菌是第一和第二小节的蓝细菌和藻纳米氯。嗜地皮细菌,诺卡莫尔和链霉菌组的细菌和放线菌存在于所有水平。在整个石材中发现了盐晶体,主要是硫酸盐。微生物离子的运输,代谢产物的产生,螯合和保水导致降解和盐分沉积。剥落是主要的侵蚀过程。

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