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The fungal colonisation of rock-art caves: experimental evidence

机译:岩石洞穴的真菌定殖:实验证据

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The conservation of rock-art paintings in European caves is a matter of increasing interest. This derives from the bacterial colonisation of Altamira Cave, Spain and the recent fungal outbreak of Lascaux Cave, France-both included in the UNESCO World Heritage List. Here, we show direct evidence of a fungal colonisation of rock tablets in a testing system exposed in Altamira Cave. After 2 months, the tablets, previously sterilised, were heavily colonised by fungi and bacteria. Most fungi isolated were labelled as entomopathogens, while the bacteria were those regularly identified in the cave. Rock colonisation was probably promoted by the dissolved organic carbon supplied with the dripping and condensation waters and favoured by the displacement of aerosols towards the interior of the cave, which contributed to the dissemination of microorganisms. The role of arthropods in the dispersal of spores may also help in understanding fungal colonisation. This study evidences the fragility of rock-art caves and demonstrates that microorganisms can easily colonise bare rocks and materials introduced into the cavity.
机译:在欧洲洞穴中保护岩画的兴趣日益增加。这是由于西班牙阿尔塔米拉洞(Altamira Cave)的细菌殖民化以及法国拉斯科洞穴(Lascaux Cave)最近的真菌暴发而产生的,这两个因素均被联合国教科文组织列为世界遗产。在这里,我们显示了在阿尔塔米拉洞穴中暴露的测试系统中岩片真菌定植的直接证据。 2个月后,先前灭菌的片剂被真菌和细菌大量定殖。分离出的大多数真菌被标记为昆虫病原体,而细菌则是在洞穴中经常发现的细菌。滴水和凝结水提供的溶解有机碳可能促进了岩石的定殖,而气溶胶向洞穴内部的迁移有利于岩石的定殖,从而促进了微生物的传播。节肢动物在孢子散布中的作用也可能有助于理解真菌定殖。这项研究证明了岩石洞穴的脆弱性,并证明了微生物可以轻易地在裸露的岩石和引入空腔的材料中定殖。

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