Search Results (59)

Etruscan studies have reached great heights in the accumulation of cultural data. This is particularly true for landscape studies: the second half of the 20th century has been fruitful as it saw a growth in survey projects exploring ancient central Italian landscapes. Survey data indeed have a lot of potential for the study of urbanisation, facilitating the quantification of different patterns to draw comparisons of control strategies enacted by different power places. This paper is a synthesis of the analyses on rural settlement data between the 7th and the 5th centuries BCE, when urbanised institutions and lifestyles consolidated. Four case studies are selected and discussed, representing different types of territorial control: Tuscania, a mid-ranking centre tied to the city of Tarquinia; Chiusi and Cerveteri, both urban central places, with different developments and ways to administer territories; and finally, the palatial site of Murlo, in open conflict with urbanised realities. Site trends, proxies of population change and locational analysis, using GIS, reveal different rural infrastructures sustaining Etruscan central places. These centres adopted different strategies to control their lands and benefit from them. As part of the approach, I will show how structured Etruscan landscapes became, how they were exploited, who lived there, and how relationships with the central place were developed. Full article

UNESCO landscapes, as socio-ecological systems of high natural and cultural value, must be well managed and protected for future generations. The study area of the present research includes the UNESCO site of the Etruscan necropolis of Cerveteri (Central Italy). The main aims of the study are as follows: (1) to compare landscape dynamics of the study area from 1954 to 2023; (2) to assess the potential positive effects of the recognition of the area as a UNESCO site in terms of mitigating landscape change and fragmentation; (3) to identify potential sustainable conservation actions aimed at promoting the connectivity between the site and its landscape context. There was a change in the land cover in the entire study area from 1954 to 2023, which was 23%, with different dynamics at different times, while fragmentation was evident in the UNESCO buffer. This is particularly a concern because it includes the ancient Etruscan city, and it is not subject to adequate protection measures. Finally, this research identified crucial management strategies, including the expansion of the core area to include the ancient city; the restoration of naturalistic connections (e.g., the ancient path) between the city, necropolis, and natural context; and the reforestation of sensitive archaeological areas to mitigate landscape fragmentation. Full article

Black crusts and biological colonisation are among the most common types of ‘diseases’, with diverse aetiologies and presentations, affecting masonry architectural heritage. Over the past decades, there has been an increase in the incidence of this degradation phenomena due to the increase in pollution and climate change, especially on the urban walls of ancient cities. In particular, the present research examines the state of conservation of the city walls of Perugia, which are divided into two main city walls dating back to the Etruscan and Medieval periods and are recognised as historical heritage of high identity and cultural value. The degradation reflects, in the mentioned cases, on the liminal public and green areas. A view is also reflected in local journalism and social media, where residents and visitors have framed the spontaneous growth of herbs and medicinal shrubs within the stone joints of historic walls as an apparently benign and aesthetically pleasing occurrence. This misleading interpretation, while rooted in a superficial aesthetic appreciation, nevertheless draws attention to a real and urgent issue: the pressing need for systematic maintenance and intervention strategies—coordinated between academics, students, designers and stakeholders—which are able to reposition the city walls as central agents of urban and cultural regeneration, rather than peripheral remnants of the past. Full article

The biology literature addresses two puzzles: (i) the increase in specific metabolic rate of organs (SOrMR, W/kg of organ) with a decrease in body mass (M_B) of biological species (BS), and (ii) how the organs recognize they are in a smaller or larger body and adjust metabolic rates of the body (${\dot{q}}_B$) accordingly. These puzzles were answered in the author’s earlier work by linking the field of oxygen-deficient combustion (ODC) of fuel particle clouds (FC) in engineering to the field of oxygen-deficient metabolism (ODM) of cell clouds (CC) in biology. The current work extends the ODM hypothesis to predict the whole-body metabolic rates of 114 BS and demonstrates Kleiber’s power law {${\dot{q}}_B = a {M_B}^b$}. The methodology is based on the postulate of Lindstedt and Schaeffer that “150 ton blue whale. and the 2 g Etruscan shrew.. share the same.. biochemical pathways” and involve the following steps: (i) extension of the effectiveness factor relation, expressed in terms of the dimensionless group number G (=Thiele Modulus²), from engineering to the organs of BS, (ii) modification of G as G_OD for the biology literature as a measure of oxygen deficiency (OD), (iii) collection of data on organ and body masses of 116 species and prediction of SOrMR_k of organ k of 114 BS (from 0.0076 kg Shrew to 6650 kg elephant) using only the SOrMR_k and organ masses of two reference species (Shrew, 0.0076 kg: RS-1; Rat Wistar, 0.390 kg: RS-2), (iv) estimation of ${\dot{q}}_B$ for 114 species versus M_B and demonstration of Kleiber’s law with a = 2.962, b = 0.747, and (v) extension of ODM to predict the allometric law for maximal metabolic rate (under exercise, {${\dot{q}}_{B,MMR} = a_{MMR} {M_B}^{b_{MMR}}$}) and validate the approach for MMR by comparing b_MMR with the literature data. A method of detecting hypoxic condition of an organ as a precursor to cancer is suggested for use by medical personnel Full article

Artistic masterpieces are mostly collected in museums located in the center of urban areas, which are prone to heavy traffic. Traffic-induced vibrations can represent a significant hazard for museum objects, due to the repeated nature of the excitation and the brittle, pre-damaged condition of the artifacts. This is the case of the Sarcophagus of the Spouses, displayed at the National Etruscan Museum of Villa Giulia in Rome. Vibrations on the floor of the room are measured by means of velocimeters, highlighting substantial vertical amplitudes and recommending the design of an isolation system. For its design, the dynamic identification of the statue is essential, but the use of contact or laser sensors is ruled out. Therefore, a recent technique that magnifies the micromovements present in digital videos is used and the procedure is validated with respect to constructions where the dynamic identification was available in the literature. In the case of the Sarcophagus, identified frequencies are satisfactorily compared with those of a finite element model. The recognition of the dynamic characteristics shows the method’s potential while using inexpensive devices. Because costs for cultural heritage protection are usually very high, this simple and contactless dynamic identification technique represents an important step forward. Full article

A diagnostic chemical analysis has been performed on a Roman Cippus funebris in precious white marble located close to an ancient Roman road. The Cippus was in good condition but almost completely covered by a black patina, requiring a conservative cleaning intervention. The restorer in charge of the restoration asked us to make a preliminary diagnosis, on the basis of which we could suggest the most appropriate intervention. The Cippus was dedicated to the young Quintus Cornelius Proclianus, who died at the age of 15, by his mother Valeria Calpurnia Scopele. It perfectly fits into the Roman funerary liturgy and also shows an Etruscan-type iconography that seems to confirm the Etruscan Gens of the family and its dating to the 1st century AD. Ion chromatography (IC) analyses were performed to determine anions and cations on solutions obtained from the extraction of salts from the four samples of the Cippus. pH, conductivity, and red-ox potential measures, as well as UV-visible spectra were carried out on the same solutions. A small fragment, spontaneously fallen from the Cippus’ surface, was also observed by optical microscopy (OM) and scanning electron microscopy (SEM) coupled with energy dispersive spectroscopy (EDS). From the analyses, the dark patina that covered the surface before cleaning turned out to be made of black crusts, that is, smog particles adsorbed on sulfates, but above all, by a layer of microflora. The results allowed us to suggest some conservative interventions. Full article

This research investigates sex roles and labor in ancient Etruscan society, comparing and contrasting the bioarchaeological profile of human remains of five females and two males from the sacred area of the ‘monumental complex’ (Civita, Tarquinia). Despite the small sample size, analyses of entheseal changes, spinal and appendicular osteoarthrosis, Schmorl’s nodes, and dental wear reveal much higher frequencies of biomechanical stress markers compared to other coeval Etruscan sites as well as pre-Roman and Roman data. Both males and females exhibited evidence of repeated strenuous physical activity, but the degree of biomechanical stress in females was particularly striking, suggesting involvement in physically intensive tasks. The study also draws comparisons with Roman populations, highlighting the higher biomechanical stress among women living in the Etruscan society compared to Roman females. These findings challenge the assumption of strict sex divisions of labor in ancient societies, indicating that Etruscan women at Civita may have shared in physically demanding activities typically associated with men, such as agricultural labor, sports, or domestic production. While the sample is limited and precludes definitive conclusions, this study represents a rare bioarchaeological contribution to the study of Etruscan society, offering insight into their lived experiences. Moreover, it underscores the importance of valorizing this skeletal material to enrich our understanding of sex roles and labor in one of antiquity’s most enigmatic civilizations. Full article

Transmission muography is an imaging technique that allows us to obtain two-dimensional and three-dimensional average-target density images by measuring the transmission of atmospheric muons. Through this technique, it is possible to observe density anomalies inside a target volume and locate them three-dimensionally. In this work, the potential of the technique will be illustrated through the description of the results of two measurements carried out in the tourist path of the Temperino mine (Livorno, Italy) in an area where a higher concentration of Radon gas is measured. This section of the gallery, located at a depth of about 50 m and dating back to the Etruscan period, might contain ancient cavities not yet discovered that could represent preferential conduits into which Radon gas is released into the tourist route. The muographic results are illustrated, focusing on the search for low-density anomalies attributable to cavities. The measurements are part of the MIMA-SITES project aimed at ensuring the safety of specific zones within the Temperino mine. Full article

This research project is aimed at exploring the cognitive and emotional processes involved in perceiving Etruscan artifacts. The case study is the Sarcophagus of the Spouses at the National Etruscan Museum in Rome, one of the most important masterpieces in pre-Roman art. The study utilized AI and eye-tracking technology to analyze how viewers engaged with the Etruscan Sarcophagus of the Spouses, revealing key patterns of visual attention and engagement. OpenAI, ChatGPT-4 (accessed on 12 October 2024) was used in conjunction with Colab–Python in order to elaborate all the spreadsheets and data arising from the eye-tracking recording. The results showed that viewers primarily focused on the central figures, especially on their faces and hands, indicating a high level of interest in the human elements of the artifact. The longer fixation duration on these features suggest that viewers find them particularly engaging, which is likely due to their detailed craftsmanship and symbolic significance. The eye-tracking data also highlighted specific gaze patterns, such as diagonal scanning across the sarcophagus, which reflects the composition’s ability to guide viewer attention strategically. The results indicate that viewer focus centers on human elements, especially on faces and hands, suggesting that these features hold both esthetic and symbolic significance. Full article

On 15 and 16 December 2022, the Sala della Fortuna of the National Etruscan Museum of Villa Giulia in Rome hosted the second edition of the conference entitled “Una Quantum 2022: Open Source Technologies for Cultural Heritage, Cultural Activities, and Tourism”, funded by the General Directorate of Education, Research, and Cultural Institutes of the MIC [...] Full article

Thirteen porcelains assigned to Sèvres factory productions and a few references to the other contemporary factories (Chantilly, Limoges, and Venice) have been studied on-site with a portable X-ray fluorescence (pXRF) spectrometer in order to control the provenance attribution. Characteristic XRF signals of major elements (Si, Ca, K, Pb) and minor/trace (Au, Bi, As, Ti, Co, Cu, Zn, Ni, Y, Zr, Rb, and Sr) elements are compared for the paste, blue mark, various glazed (colored) areas, and gilding. The comparison of peak intensities clearly distinguishes different types of hard- and soft-paste porcelain, made from either similar or distinct raw materials. The analysis of transition elements associated with cobalt identifies three types of cobalt blue and reveals that du Barry-style decoration on certain artifacts was typical of 19th-century production. On-site comprehensive studies of the two famous Etruscan-style breast bowls from Rambouillet Castle dairy, using pXRF and Raman spectroscopy, confirm the use of soft-paste porcelain for the cup and hard-paste for its support, providing detailed information on the use of gold nanoparticles in the burgundy-colored decoration. Full article

In his On the Art of Building, Renaissance humanist Leon Battista Alberti wrote that the ancient Egyptians believed that alphabetical languages would one day all be lost, but the pictorial method of writing they used could be understood easily by intellectuals everywhere and far into the future. Amidst a renewed appreciation of ancient Egyptian hieroglyphics found on obelisks in Italy and the discovery of Horapollo’s Hieroglyphica, which purported to translate the language, Renaissance humanists like Alberti developed an obsession with this ancient form of non-alphabetical writing. Additionally, a growing awareness of the lost language of their Etruscan ancestors further ignited an anxiety among Italian humanists that their own ideas might one day become unintelligible. As Egyptomania spread through the Italian peninsula, some saw an answer to their fears in the pictorial hieroglyphics of the ancient Egyptians, for they perceived, in Egyptian writing, the potential for a universal language. Thus, many created Renaissance hieroglyphs based on those of the Egyptians. This essay examines the successes and failures of these neo-hieroglyphs, which early modern humanists and artists created hoping that a language divorced from alphabetical text might better convey the memory of their names and contributions to posterity. Full article

A multidisciplinary study, involving hydrogeological, geochemical, and mineralogical analyses, was conducted to define the evolution of thermal mineral springs in the Sabatini Volcanic District (SVD) (Central Italy) in a historic period. The outcomes were integrated with the archeological findings to improve the knowledge of the evolution of Veii, a settlement established since the Iron Age and later expanded by Etruscans and Romans. During the archeological excavations, water-related buildings were identified, especially at the Campetti Southwest site in the Veii settlement. Votive inscriptions also suggest the presence of buildings linked to sacred waters, even if a clear definition of the source and type of water is missing. In the SVD, some low-flow thermal mineral springs are present as a result of the mixing of thermal and CO₂-rich groundwater from the deep carbonate aquifer and the cold, shallow volcanic aquifer. Mineralogical and chemical analyses characterized the travertine and Fe-hydroxide deposits on Roman tanks and walls in Campetti Southwest and in a nearby ancient Roman bath along the Valchetta River. These deposits showed different relative concentrations of sedimentary and volcanic-related elements, testifying a geochemical evolution of the groundwater mixing and the presence of a paleothermal mineral spring in Campetti Southwest. Full article

We investigated the time evolution of the symmetry of symbols constituting alphabets rooted in the Phoenician script. A diversity of quantitative measures of symmetry of graphemes appearing in Phoenician, Western Greek, Etruscan from Marsiliana, Archaic Etruscan, Neo-Etruscan, Euclidian Greek, Archaic and Classical Latin and Proto-Hebrew scripts, constituting the Phoenician script family, were calculated. The same measures were established for the Hebrew/Ashurit and English scripts. The Shannon-like measures of symmetry were computed. The Shannon diversity index was calculated. Our findings indicate that the Shannon diversity index increased with time in a monotonic way for the studied scripts. The diversity of symmetry groups inherent for addressed alphabets grows with time. We also introduced the symmetry factor of the alphabet. The symmetry factor quantifies the averaged level of symmetrization of the alphabet and the possible parsimony of graphical information necessary for the drawing of the entire set of graphemes constituting the alphabet. We found that the symmetry factor is decreased with time for the alphabets rooted in the Phoenician script. This means that the average level of symmetrization of the studied alphabet increases with time. The parsimony of graphical information necessary for writing graphemes is consequently increased with time. The values of the symmetry factor calculated for the addressed scripts are close to one another, with the pronounced exception of the Hebrew/Ashurit script. Our study supplies the arguments for the point of view, according to which the modern Hebrew/Ashurit script did not emerge from the Phoenician one. Full article

The spread of the alphabet in Italy occurred between the 7th and the 6th centuries BC, resulting in the appearance of texts written in so many different languages and in such limited territorial space that one can hardly observe another similar event (Venetic, Raetic, Etruscan, Picenian, Faliscan, Latin, Umbrian, Oscan, Greek, etc.). In this paper, we analyzed inscriptions produced by the Veneti, the ancient inhabitants of a region located between the Adriatic Sea and the Alps, which has provided mainly short sepulchral and votive texts. After a careful analysis, some so far poorly understood texts revealed the development of symbols to represent numbers and the measurement of time. These features are connected with the experience of the Etruscans and show characteristics shared with neighboring Celtic populations. The inscriptions also highlight a focus on the supernatural and the underworld. Cultural influences from the east, especially from Egypt, which represent a prominent moment in the evolution of Greece in the 7th century BC, have left traces in figurative culture and, quite unexpectedly, even in language. Rigorous transliterations and original interpretations of the analyzed inscriptions support the proposed results. Full article