Microscopy and Molecular biology techniques for the study biocenosis diversity in semi-confined environments

Billeci, N; Mancuso, Fp; Pellegrino, L; Lorusso, Lc

Risultato della ricerca: Article

Abstract

This study is part of a wider conservation project of artistic and anthropological finds located in the Grotto of the Saints (Licodia Eubea, Alia, Sicily), and represents an opportunity for investigating the micro-and macro biological systems colonizing this particular environment. It is well-known that the bio-receptivity of surfaces is strongly related to its constituent materials and environmental parameters, whose effects promote the establishment of specific biotic communities. This is particularly true for caves, hypogea and semi-confined environments and, in particular for the Grotto of the Saints, where besides the presence of different nutrient sources, there are also high humidity values, percolating water and an aerobiological exchange with the surrounding countryside. Moreover, the weathering of this structure is enhanced by the canyon effect of the wind and the day-night temperature range. The identification and characterization of the biocenosis present in this environment was performed combining microscopy (optical, fluorescent, CLSM) and molecular biology analysis (DNA sequences). The aim was to identify the biological systems able to trigger the degradation processes, in order to plan their growth control and to prevent the colonization of the entire environment
Lingua originaleEnglish
pagine (da-a)185-194
Numero di pagine10
RivistaConservation Science in Cultural Heritage
Volume10
Stato di pubblicazionePublished - 2010

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Microscopy
Molecular Biology
Saints
Optical Microscopy
Sicily
Colonization
Degradation
Countryside
DNA Analysis
Humidity
Conservation
Temperature
Water
Weathering
Night
Constituent
Trigger
Receptivity

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Microscopy and Molecular biology techniques for the study biocenosis diversity in semi-confined environments. / Billeci, N; Mancuso, Fp; Pellegrino, L; Lorusso, Lc.

In: Conservation Science in Cultural Heritage, Vol. 10, 2010, pag. 185-194.

Risultato della ricerca: Article

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abstract = "This study is part of a wider conservation project of artistic and anthropological finds located in the Grotto of the Saints (Licodia Eubea, Alia, Sicily), and represents an opportunity for investigating the micro-and macro biological systems colonizing this particular environment. It is well-known that the bio-receptivity of surfaces is strongly related to its constituent materials and environmental parameters, whose effects promote the establishment of specific biotic communities. This is particularly true for caves, hypogea and semi-confined environments and, in particular for the Grotto of the Saints, where besides the presence of different nutrient sources, there are also high humidity values, percolating water and an aerobiological exchange with the surrounding countryside. Moreover, the weathering of this structure is enhanced by the canyon effect of the wind and the day-night temperature range. The identification and characterization of the biocenosis present in this environment was performed combining microscopy (optical, fluorescent, CLSM) and molecular biology analysis (DNA sequences). The aim was to identify the biological systems able to trigger the degradation processes, in order to plan their growth control and to prevent the colonization of the entire environment",
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AB - This study is part of a wider conservation project of artistic and anthropological finds located in the Grotto of the Saints (Licodia Eubea, Alia, Sicily), and represents an opportunity for investigating the micro-and macro biological systems colonizing this particular environment. It is well-known that the bio-receptivity of surfaces is strongly related to its constituent materials and environmental parameters, whose effects promote the establishment of specific biotic communities. This is particularly true for caves, hypogea and semi-confined environments and, in particular for the Grotto of the Saints, where besides the presence of different nutrient sources, there are also high humidity values, percolating water and an aerobiological exchange with the surrounding countryside. Moreover, the weathering of this structure is enhanced by the canyon effect of the wind and the day-night temperature range. The identification and characterization of the biocenosis present in this environment was performed combining microscopy (optical, fluorescent, CLSM) and molecular biology analysis (DNA sequences). The aim was to identify the biological systems able to trigger the degradation processes, in order to plan their growth control and to prevent the colonization of the entire environment

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