Plant roots represent a treat for building structures and especially for underground historical artefacts. Etruscan tombs and their fragile painted walls are root-endangered heritages due to their proximity to the ground level. For this reason, as a preventive measure in the archaeolog- ical sites trees and bushes are generally rare and monitored, instead of spontaneous herbs are subject to periodic mowing. Nevertheless, root penetration in the burial chambers is a quite frequent phenomenon and customized measures are needed. The first step in customizing new control measures is tied to identifying the most dangerous herbaceous species through root identification. In this study, recent data and evidence are reported and discussed
The Etruscan civilisation originated in the Villanovan Iron Age in the ninth century BC and was abso...
""In this study, we analyzed the relationship between buried archaeological remains (masonries, pave...
The high humidity characterizing subterranean environments promotes biological growth, de- spite the...
Plant roots represent a treat for building structures and especially for underground historical arte...
Roots can produce mechanical and chemical alterations to building structures, especially in the case...
Roots can produce mechanical and chemical alterations to building structures, especially in the case...
Archaeological sites can represent a refuge for plant and animal species, protecting them from the p...
Damage caused by tree root growth to archaeological monuments buried underground over the course of ...
Damages to hypogeal archaeological monuments, caused by the growth of tree roots, are frequently rep...
In archaeological sites, plants and monuments have close interactions, with several positive and neg...
Plants growing on ancient buildings and archaeological remains pose a severe threat to their conserv...
Vegetation management of archaeological sites is a recurrent problem when considering the conservati...
Subterranean Cultural Heritage sites are frequently subject to biological colonization due to the hi...
Biological growth represents one of the main threats for the conservation of subterranean cultural h...
Archaeological sites represent a refuge for plant and animal species, rich in biodiversity and prote...
The Etruscan civilisation originated in the Villanovan Iron Age in the ninth century BC and was abso...
""In this study, we analyzed the relationship between buried archaeological remains (masonries, pave...
The high humidity characterizing subterranean environments promotes biological growth, de- spite the...
Plant roots represent a treat for building structures and especially for underground historical arte...
Roots can produce mechanical and chemical alterations to building structures, especially in the case...
Roots can produce mechanical and chemical alterations to building structures, especially in the case...
Archaeological sites can represent a refuge for plant and animal species, protecting them from the p...
Damage caused by tree root growth to archaeological monuments buried underground over the course of ...
Damages to hypogeal archaeological monuments, caused by the growth of tree roots, are frequently rep...
In archaeological sites, plants and monuments have close interactions, with several positive and neg...
Plants growing on ancient buildings and archaeological remains pose a severe threat to their conserv...
Vegetation management of archaeological sites is a recurrent problem when considering the conservati...
Subterranean Cultural Heritage sites are frequently subject to biological colonization due to the hi...
Biological growth represents one of the main threats for the conservation of subterranean cultural h...
Archaeological sites represent a refuge for plant and animal species, rich in biodiversity and prote...
The Etruscan civilisation originated in the Villanovan Iron Age in the ninth century BC and was abso...
""In this study, we analyzed the relationship between buried archaeological remains (masonries, pave...
The high humidity characterizing subterranean environments promotes biological growth, de- spite the...