Flavia Bartoli

TL;DR: Light forest cover seems beneficial for the conservation of the Angkor monuments since it reduces evaporation processes, but further studies should be carried out so as to find an optimal balance between contrasting factors.

TL;DR: The descriptive and multivariate statistical analysis applied to data collected from the four temples in the study identifies various biological communities along with a temple-specific ecological succession.

TL;DR: In this article, the occurrence and behaviour of wall species in ruderal habitats as archaeological sites and natural ones was analyzed through statistical procedures to support the hypothesis that wall species come mainly from rocky habitats, taking into account that ancient walls show similar characteristics to rocks.

TL;DR: A new and original approach to analyzing changes in patterns of colonization (Biodeterioration patterns, BPs) by biological agents responsible for the deterioration of outdoor stone materials in Angkor (Cambodia).

TL;DR: In this paper, the authors performed floristic and phytosociological analyses, and observations on roots interactions with monuments on several tombs (9 tumuli and 5 cube-shaped tombs) and applied commonly used indices to evaluate damages to the structures.