Lorena Carla Giannossa
Biographic Data
| ID | 631903 |
|---|---|
| NAME | Lorena Carla Giannossa |
| GIVEN NAMES | Lorena Carla |
| FAMILY NAME | Giannossa |
| SIGNATURE | GIANNOSSA L C |
| AFFILIATIONS | University of Bari Aldo Moro |
| ORCID | 0000-0002-2511-1263 |
| VERIFIED | Yes |
| TOTAL WORKS | 18 |
| TOTAL CITATIONS | 73 |
| AUTHOR COUNT | 18 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2008 |
| LATEST PUBLICATION YEAR | 2026 |
| H-INDEX | 5 |
Characterization of Daunian geometric ceramics
Archaeometric insight into the early South Italian red figure pottery (420–375 BCE)
Glass flow on the Dnipro River
Back to black
An assemblage of black-appearing glass objects (predominantly beads) that is dated to the 9th–7th centuries BCE and found in Iron Age contexts of Southern Etruria and Latium (central Italy) was analysed using portable X-ray fluorescence spectrometry, laser ablation – inductively coupled plasma – mass spectrometry and micro-Raman spectroscopy. The analytical approach allowed us to discuss the technology of glass-making in a period of relevant tech…
Vitreous finds from the Iron Age archaeological complex at Bilsk (Ukraine) as evidence of trade by land and sea
Glass from Bilsk is chemically close to coeval materials from the Mediterranean. • At least two primary sources of glass were distinguished. • Faience beads feature peculiar composition of the vitreous phase. • Intense exchange of the local population with distant localities confirmed. The Bilsk archaeological complex comprises the remains of many structures associated with an impressive Iron Age fortified site and extends over a vast area in cen…
It is not crystal clear
The Iron Age was a period of change, with many innovations in the glass-making technology. The chemical composition of the set of objects considered in the present study demonstrates the diversity of the raw materials used and the depth of knowledge about the manipulation of glass appearance in the eighth-sixth centuries BCE. The study was carried out using fibre optics reflection spectroscopy and portable X-ray fluorescence spectrometry at the m…
Electrochemical methods to discriminate technology and provenance of Apulian red‐figured pottery. II
Electrochemical impedance spectroscopy (EIS) was applied to a set of microsamples of Apulian red‐figured pottery coming from the archaeological sites of Altamura, Arpi, Conversano, Monte Sannace, Taranto, and Pella. EIS data using Fe (CN) 6 3− /Fe (CN) 6 4− as a redox probe yields information on the roughness, porosity, shape, and size distribution of inclusions in the clay body. Impedance parameters after equivalent circuit modeling permit the d…
Artisanal experiences in Arpi
Electrochemical methods to discriminate technology and provenance of Apulian red‐figured pottery. I. Vimp and Secm
Voltammetry of immobilized particles (VIMP) and scanning electrochemical microscopy techniques are combined to study nanosamples from 60 Apulian red‐figured pottery objects from six Apulian archaeological sites (Altamura, Arpi, Conversano, Egnazia, Monte Sannace, Taranto) and three Attic samples from Pella. The VIMP signatures corresponding to the electrocatalytic effect of microparticulate deposits of the clay body and the black gloss on the oxy…
Building a step by step result in archaeometry. Raw materials, provenance and production technology of Apulian Red Figure pottery
Contribution of mineralogical and analytical techniques to investigate provenance and technologies of Hellenistic pottery from Arpi (Southern Italy)
An archaeometric approach to gain knowledge on technology and provenance of Apulian red-figured pottery from Taranto
Synergic analytical strategy to follow the technological evolution of Campanian medieval glazed pottery
Oil Lamps from the Catacombs of C anosa ( A pulia, Fourth to Sixth Centuries AD )
Fifty oil lamps from the catacombs of ‘ P onte della L ama’ ( C anosa di Puglia, second to sixth centuries ad ) were analysed to understand the correlations existing between types and fabrics and to determine their provenance. Petrographic and chemical analyses confirmed the archaeological hypothesis of local production of the oil lamps, using fluvial deposits. However, the three samples of oil lamps imitating the A frican ‘ A tlante VIII ’ are c…
Diversified production of red figured pottery in Apulia (Southern Italy) in the late period
Archaeometric investigation of Roman tesserae from Herculaneum (Italy) by the combined use of complementary micro-destructive analytical techniques
Manufacturing expedients in medieval ceramics in Apulia
Technological features of Apulian red figured pottery
Archaeometric investigation of Roman tesserae from Herculaneum (Italy) by the combined use of complementary micro-destructive analytical techniques
Technological features of Apulian red figured pottery
An archaeometric approach to gain knowledge on technology and provenance of Apulian red-figured pottery from Taranto
Manufacturing expedients in medieval ceramics in Apulia
Diversified production of red figured pottery in Apulia (Southern Italy) in the late period
Oil Lamps from the Catacombs of C anosa ( A pulia, Fourth to Sixth Centuries AD )
Fifty oil lamps from the catacombs of ‘ P onte della L ama’ ( C anosa di Puglia, second to sixth centuries ad ) were analysed to understand the correlations existing between types and fabrics and to determine their provenance. Petrographic and chemical analyses confirmed the archaeological hypothesis of local production of the oil lamps, using fluvial deposits. However, the three samples of oil lamps imitating the A frican ‘ A tlante VIII ’ are c…
Synergic analytical strategy to follow the technological evolution of Campanian medieval glazed pottery
It is not crystal clear
The Iron Age was a period of change, with many innovations in the glass-making technology. The chemical composition of the set of objects considered in the present study demonstrates the diversity of the raw materials used and the depth of knowledge about the manipulation of glass appearance in the eighth-sixth centuries BCE. The study was carried out using fibre optics reflection spectroscopy and portable X-ray fluorescence spectrometry at the m…
Building a step by step result in archaeometry. Raw materials, provenance and production technology of Apulian Red Figure pottery
Contribution of mineralogical and analytical techniques to investigate provenance and technologies of Hellenistic pottery from Arpi (Southern Italy)
Back to black
An assemblage of black-appearing glass objects (predominantly beads) that is dated to the 9th–7th centuries BCE and found in Iron Age contexts of Southern Etruria and Latium (central Italy) was analysed using portable X-ray fluorescence spectrometry, laser ablation – inductively coupled plasma – mass spectrometry and micro-Raman spectroscopy. The analytical approach allowed us to discuss the technology of glass-making in a period of relevant tech…
Technological features of Apulian red figured pottery
Archaeometric investigation of Roman tesserae from Herculaneum (Italy) by the combined use of complementary micro-destructive analytical techniques
Manufacturing expedients in medieval ceramics in Apulia
Diversified production of red figured pottery in Apulia (Southern Italy) in the late period
Oil Lamps from the Catacombs of C anosa ( A pulia, Fourth to Sixth Centuries AD )
Fifty oil lamps from the catacombs of ‘ P onte della L ama’ ( C anosa di Puglia, second to sixth centuries ad ) were analysed to understand the correlations existing between types and fabrics and to determine their provenance. Petrographic and chemical analyses confirmed the archaeological hypothesis of local production of the oil lamps, using fluvial deposits. However, the three samples of oil lamps imitating the A frican ‘ A tlante VIII ’ are c…
An archaeometric approach to gain knowledge on technology and provenance of Apulian red-figured pottery from Taranto
Synergic analytical strategy to follow the technological evolution of Campanian medieval glazed pottery
Contribution of mineralogical and analytical techniques to investigate provenance and technologies of Hellenistic pottery from Arpi (Southern Italy)
Building a step by step result in archaeometry. Raw materials, provenance and production technology of Apulian Red Figure pottery
Electrochemical methods to discriminate technology and provenance of Apulian red‐figured pottery. II
Electrochemical impedance spectroscopy (EIS) was applied to a set of microsamples of Apulian red‐figured pottery coming from the archaeological sites of Altamura, Arpi, Conversano, Monte Sannace, Taranto, and Pella. EIS data using Fe (CN) 6 3− /Fe (CN) 6 4− as a redox probe yields information on the roughness, porosity, shape, and size distribution of inclusions in the clay body. Impedance parameters after equivalent circuit modeling permit the d…
Artisanal experiences in Arpi
Electrochemical methods to discriminate technology and provenance of Apulian red‐figured pottery. I. Vimp and Secm
Voltammetry of immobilized particles (VIMP) and scanning electrochemical microscopy techniques are combined to study nanosamples from 60 Apulian red‐figured pottery objects from six Apulian archaeological sites (Altamura, Arpi, Conversano, Egnazia, Monte Sannace, Taranto) and three Attic samples from Pella. The VIMP signatures corresponding to the electrocatalytic effect of microparticulate deposits of the clay body and the black gloss on the oxy…
Back to black
An assemblage of black-appearing glass objects (predominantly beads) that is dated to the 9th–7th centuries BCE and found in Iron Age contexts of Southern Etruria and Latium (central Italy) was analysed using portable X-ray fluorescence spectrometry, laser ablation – inductively coupled plasma – mass spectrometry and micro-Raman spectroscopy. The analytical approach allowed us to discuss the technology of glass-making in a period of relevant tech…
Vitreous finds from the Iron Age archaeological complex at Bilsk (Ukraine) as evidence of trade by land and sea
Glass from Bilsk is chemically close to coeval materials from the Mediterranean. • At least two primary sources of glass were distinguished. • Faience beads feature peculiar composition of the vitreous phase. • Intense exchange of the local population with distant localities confirmed. The Bilsk archaeological complex comprises the remains of many structures associated with an impressive Iron Age fortified site and extends over a vast area in cen…
It is not crystal clear
The Iron Age was a period of change, with many innovations in the glass-making technology. The chemical composition of the set of objects considered in the present study demonstrates the diversity of the raw materials used and the depth of knowledge about the manipulation of glass appearance in the eighth-sixth centuries BCE. The study was carried out using fibre optics reflection spectroscopy and portable X-ray fluorescence spectrometry at the m…
Glass flow on the Dnipro River
Characterization of Daunian geometric ceramics
Archaeometric insight into the early South Italian red figure pottery (420–375 BCE)
Cultural Heritage Materials Analysis (18 works) · Archaeology (15 works) · Geography (15 works) · Building materials and conservation (13 works) · Mineralogy (12 works) · Pottery (11 works) · Chemistry (10 works) · Materials Science (10 works) · Geology (9 works) · Archaeological science (8 works)