International audienceChars are useful proxies in many disciplines such as the geosciences and archaeology. Raman spectrometry is frequently used in the characterization of such materials. However, when they are ancient and potentially altered, chars have the particularity of being oxidized, which can strongly disturb the spectra and seriously distort their interpretation. In this study, we highlight the Raman parameters affected by oxidative weathering based on comparisons between the spectra of experimental and ancient chars, of vegetal and animal origin. This makes it possible to differentiate betwee
A representative set of eight lithic tools suitably selected among the very rich Palaeolithic indust...
Retrieving the pristine chemical or isotopic composition of archaeological bones is of great interes...
International audienceIron archaeological artefacts were studied to understand long‐term corrosion b...
International audienceChars are useful proxies in many disciplines such as the geosciences and archa...
The present work analyzes Raman spectra of red, white, and black experimental paintings manufactured...
One of the largest sources of uncertainty in radiocarbon dating stems from the sample pretreatment p...
Raman spectroscopy was evaluated as a non-destructive analytical tool for the characterisation of wh...
In late 2013, an open call for charcoal and biochar samples was distributed in an effort to compare ...
Stable isotope analyses for paleodiet investigations require good preservation of bone protein, the ...
The presence of biochar with high carbon accumulation capacity and nutrient adsorption is causally a...
Raman spectroscopy, being a laser spectroscopic method, is gaining increasingly more interest for ap...
International audienceThe description and identification of corrosion products formed on archaeologi...
Minerals, as rawstructural materials or pigments, play a fundamental role in archaeometry, for the u...
The study of the structural order of charcoals embedded in pyroclastic density currents provides inf...
Current methods used for determining the age buried bones for forensic purposes are heavily affected...
A representative set of eight lithic tools suitably selected among the very rich Palaeolithic indust...
Retrieving the pristine chemical or isotopic composition of archaeological bones is of great interes...
International audienceIron archaeological artefacts were studied to understand long‐term corrosion b...
International audienceChars are useful proxies in many disciplines such as the geosciences and archa...
The present work analyzes Raman spectra of red, white, and black experimental paintings manufactured...
One of the largest sources of uncertainty in radiocarbon dating stems from the sample pretreatment p...
Raman spectroscopy was evaluated as a non-destructive analytical tool for the characterisation of wh...
In late 2013, an open call for charcoal and biochar samples was distributed in an effort to compare ...
Stable isotope analyses for paleodiet investigations require good preservation of bone protein, the ...
The presence of biochar with high carbon accumulation capacity and nutrient adsorption is causally a...
Raman spectroscopy, being a laser spectroscopic method, is gaining increasingly more interest for ap...
International audienceThe description and identification of corrosion products formed on archaeologi...
Minerals, as rawstructural materials or pigments, play a fundamental role in archaeometry, for the u...
The study of the structural order of charcoals embedded in pyroclastic density currents provides inf...
Current methods used for determining the age buried bones for forensic purposes are heavily affected...
A representative set of eight lithic tools suitably selected among the very rich Palaeolithic indust...
Retrieving the pristine chemical or isotopic composition of archaeological bones is of great interes...
International audienceIron archaeological artefacts were studied to understand long‐term corrosion b...