This paper presents the geochemical analysis of lightweight scoria and pumice used in concrete vaults from ancient Rome. The geochemical signatures of dark scoria indicates a provenance of the 36–18 ka lavas of Vesuvius, as opposed to the more recent events on which Pompeii was built, as previously thought. The light-coloured pumices analysed, which were originally thought to belong to the Sabatini volcanic system (north of Rome), corresponded instead to products from Campi Flegrei. These results provoke re-evaluation of the trade and acquisition of these specialized materials destined for imperial projects in the capital city
The study focused on the volcanic glass used in the production of bedding mortars and concrete of th...
Tufo Lionato is a volcanic tuff that was used extensively for construction in Rome, Italy, during an...
The geology around Rome is largely a result of recent geodynamic processes affecting the western Me...
This paper presents the geochemical analysis of lightweight scoria and pumice used in concrete vault...
Some of the most structurally innovative concrete vaults built in imperial Rome employed lightweight...
The mastery of the use of lightweight rocks in concrete as a means of controlling the thrusts of lar...
We present and discuss data from petrographic observation at the optical microscope, electron microp...
In this paperwe present new geochemical and petrographic data aimed at identifying the volcanicmater...
Through the assistance of trace element and petrographic analyses on 14 samples of mortar aggregate...
The roman territorial framework is mostly the product of recent geodynamic processes affecting the w...
Volcanic rocks are commonly used as aggregate or pozzolan in ancient mortars. Generally natural pozz...
The durability of ancient cementitious materials has been investigated to provide data applicable to...
This paper deals with the archaeometric study of lime-based plasters found in the archaeological set...
This paper documents the results of in situ analysis of 306 lava paving stones and 74 possible sourc...
The work aims to define the origin of the architectural stone elements worked by Romans and reused i...
The study focused on the volcanic glass used in the production of bedding mortars and concrete of th...
Tufo Lionato is a volcanic tuff that was used extensively for construction in Rome, Italy, during an...
The geology around Rome is largely a result of recent geodynamic processes affecting the western Me...
This paper presents the geochemical analysis of lightweight scoria and pumice used in concrete vault...
Some of the most structurally innovative concrete vaults built in imperial Rome employed lightweight...
The mastery of the use of lightweight rocks in concrete as a means of controlling the thrusts of lar...
We present and discuss data from petrographic observation at the optical microscope, electron microp...
In this paperwe present new geochemical and petrographic data aimed at identifying the volcanicmater...
Through the assistance of trace element and petrographic analyses on 14 samples of mortar aggregate...
The roman territorial framework is mostly the product of recent geodynamic processes affecting the w...
Volcanic rocks are commonly used as aggregate or pozzolan in ancient mortars. Generally natural pozz...
The durability of ancient cementitious materials has been investigated to provide data applicable to...
This paper deals with the archaeometric study of lime-based plasters found in the archaeological set...
This paper documents the results of in situ analysis of 306 lava paving stones and 74 possible sourc...
The work aims to define the origin of the architectural stone elements worked by Romans and reused i...
The study focused on the volcanic glass used in the production of bedding mortars and concrete of th...
Tufo Lionato is a volcanic tuff that was used extensively for construction in Rome, Italy, during an...
The geology around Rome is largely a result of recent geodynamic processes affecting the western Me...