It is extremely difficult to track down the original source of sensitive data from a variety of
sources in the cloud during transit and processing. For instance, data provenance, which …

The use of portable Energy Dispersive X-Ray Fluorescence (pXRF) spectrometers has
exploded within the last decade for eg, environmental, geological, and archaeological field …

The geochemical sourcing and characterisation of lithic assemblages is surprisingly rare in
Australian archaeology. The studies that have been undertaken have overwhelmingly …

To expand traditional cyclostratigraphic numerical methods beyond their common technical
limitations and apply them to truly deep-time archives we need to reflect on the development …

A methodological proposal for the characterisation of dolerite rock aiming to test a non-
destructive and non-invasive analytical approach has been developed. Geological samples …

The combination of a detailed analysis of microfacies, diagenetic features and isotopic
signatures (carbon and oxygen) of limestones from protohistoric statues and the comparison …

Ca and Mg are the most important chemical elements in lime. Properly measuring Ca and
Mg contents is essential to assess the quality of lime products. Quality control guarantees …

Prehistoric stone axes are common in the Sahara but not much attention has been paid to
them in recent research. Necked axes, also “haches à gorge” or “Darfur axes”, are a …

Abstract Energy Dispersive X-Ray Fluorescence (ED-XRF) technology has revolutionized
the way lithic materials are analyzed, providing an inexpensive, convenient way to …

Red beds belong to slippery formations, and their rapid identification is of great significance
for major scientific and engineering issues, such as geological hazard risk assessment and …