Leah E Long
Dados Biográficos
| ID | 1139706 |
|---|---|
| NOME | Leah E Long |
| PRENOMES | Leah E |
| SOBRENOME | Long |
| ASSINATURA | LONG L E |
| AFILIAÇÕES | Ministère de la Culture |
| VERIFICADO | Não |
| TOTAL DE OBRAS | 6 |
| TOTAL DE CITAÇÕES | 37 |
| OBRAS COMO AUTOR | 6 |
| OBRAS COMO EDITOR | 0 |
| PRIMEIRO ANO DE PUBLICAÇÃO | 2001 |
| ANO MAIS RECENTE DE PUBLICAÇÃO | 2025 |
| ÍNDICE H | 3 |
FTIR spectra combined with machine learning to reveal the amber trade during the Han dynasty (202 BCE–220 CE)
Extracting economics from Roman marble quarries
Urbanization across the Roman Empire created a demand for building materials on an unprecedented scale. Quarrying was largely conducted by municipalities, institutions, or landed aristocrats, who owned or inherited the valuable land from which stone was extracted. By using principles of economics as a guide, and with greater coordination between theory and written and archaeological sources, this article examines the decision-making processes inv…
Phrygia
Phrygia was the loosely defined geographical area located in the arid but fertile steppe of the western Anatolian Plateau.
A study of the Roman iron bars of Saintes-Maries-de-la-Mer (Bouches-du-Rhône, France). A proposal for a comprehensive metallographic approach
The Use of Trace Element Analysis of Entrapped Slag Inclusions to Establish Ore – Bar Iron Links
Knowledge of the iron trade in ancient times rests on determining the source of the objects recovered during archaeological excavations. Unfortunately, attributing the origin is not always possible using archaeological tools alone. Trace element data of the ore and the archaeological material (reduction and reheating slags, entrapped slag inclusions from the bloom, bar iron and iron blades) from two Gallo‐Roman iron‐making centres, Les Martys (Mo…
Where Do the Lead Ingots of the Saintes‐maries‐de‐la‐mer Wreck Come From? Archaeology Compared With Physics
The lead isotope compositions of many different samples from lead ingots of Roman age from two relicts (from Cabrera, and from Saintes‐Maries‐de‐la‐Mer) of the Western Mediterranean have been measured. Other lead isotope analyses of ores, metals or lead ingots from mines of Sierra Morena and from Cartagena and Sardinia have been accomplished. All the lead isotope measurements have been performed at the Joint Research Centre of the European Union,…
The Use of Trace Element Analysis of Entrapped Slag Inclusions to Establish Ore – Bar Iron Links
Knowledge of the iron trade in ancient times rests on determining the source of the objects recovered during archaeological excavations. Unfortunately, attributing the origin is not always possible using archaeological tools alone. Trace element data of the ore and the archaeological material (reduction and reheating slags, entrapped slag inclusions from the bloom, bar iron and iron blades) from two Gallo‐Roman iron‐making centres, Les Martys (Mo…
Where Do the Lead Ingots of the Saintes‐maries‐de‐la‐mer Wreck Come From? Archaeology Compared With Physics
The lead isotope compositions of many different samples from lead ingots of Roman age from two relicts (from Cabrera, and from Saintes‐Maries‐de‐la‐Mer) of the Western Mediterranean have been measured. Other lead isotope analyses of ores, metals or lead ingots from mines of Sierra Morena and from Cartagena and Sardinia have been accomplished. All the lead isotope measurements have been performed at the Joint Research Centre of the European Union,…
Extracting economics from Roman marble quarries
Urbanization across the Roman Empire created a demand for building materials on an unprecedented scale. Quarrying was largely conducted by municipalities, institutions, or landed aristocrats, who owned or inherited the valuable land from which stone was extracted. By using principles of economics as a guide, and with greater coordination between theory and written and archaeological sources, this article examines the decision-making processes inv…
FTIR spectra combined with machine learning to reveal the amber trade during the Han dynasty (202 BCE–220 CE)
Where Do the Lead Ingots of the Saintes‐maries‐de‐la‐mer Wreck Come From? Archaeology Compared With Physics
The lead isotope compositions of many different samples from lead ingots of Roman age from two relicts (from Cabrera, and from Saintes‐Maries‐de‐la‐Mer) of the Western Mediterranean have been measured. Other lead isotope analyses of ores, metals or lead ingots from mines of Sierra Morena and from Cartagena and Sardinia have been accomplished. All the lead isotope measurements have been performed at the Joint Research Centre of the European Union,…
The Use of Trace Element Analysis of Entrapped Slag Inclusions to Establish Ore – Bar Iron Links
Knowledge of the iron trade in ancient times rests on determining the source of the objects recovered during archaeological excavations. Unfortunately, attributing the origin is not always possible using archaeological tools alone. Trace element data of the ore and the archaeological material (reduction and reheating slags, entrapped slag inclusions from the bloom, bar iron and iron blades) from two Gallo‐Roman iron‐making centres, Les Martys (Mo…
A study of the Roman iron bars of Saintes-Maries-de-la-Mer (Bouches-du-Rhône, France). A proposal for a comprehensive metallographic approach
Phrygia
Phrygia was the loosely defined geographical area located in the arid but fertile steppe of the western Anatolian Plateau.
Extracting economics from Roman marble quarries
Urbanization across the Roman Empire created a demand for building materials on an unprecedented scale. Quarrying was largely conducted by municipalities, institutions, or landed aristocrats, who owned or inherited the valuable land from which stone was extracted. By using principles of economics as a guide, and with greater coordination between theory and written and archaeological sources, this article examines the decision-making processes inv…
FTIR spectra combined with machine learning to reveal the amber trade during the Han dynasty (202 BCE–220 CE)
Archaeology (6 obras) · Geography (5 obras) · Ancient Mediterranean Archaeology and History (3 obras) · Geology (3 obras) · Geology (3 obras) · Maritime and Coastal Archaeology (2 obras) · Materials Science (2 obras) · Mathematics (2 obras) · Metallurgy (2 obras) · Metallurgy and Cultural Artifacts (2 obras)