Reliable chronologies are essential for most Quaternary studies, but little is known about
how age-depth model choice, as well as dating density and quality, affect the precision and …

Gough's Cave is still Britain's most significant Later Upper Palaeolithic site. New ultrafiltered
radiocarbon determinations on bone change our understanding of its occupation, by …

Motivation: There often are many alternative models of a biochemical system. Distinguishing
models and finding the most suitable ones is an important challenge in Systems Biology, as …

The construction of accurate age–depth relationships and a realistic assessment of their
uncertainties is one of the fundamental prerequisites for comparing and correlating late …

We analyze statistically representative samples of radiocarbon dates from key Early
Neolithic sites in Central Europe belonging to the Linear Pottery Ceramic Culture (LBK), and …

Bayesianism is fast becoming the dominant paradigm in archaeological chronology
construction. This paradigm shift has been brought about in large part by widespread access …

It is suggested that Bayesian statistical methods for radiocarbon data interpretation, already
widely used in archaeology, also have potential to improve the dating of tephra layers and …

North America's ancient copper use, predicted to originate as early as 9000 cal BP,
represents the earliest use of native copper for utilitarian tool production in the world …

As the use of large-scale radiocarbon datasets becomes more common and applications of
Bayesian chronological modeling become a standard aspect of archaeological practice, it is …

We have developed a software utility,“DateLab”, for conventional radiocarbon age (CRA)
calibration and Bayesian analysis of CRAs. The current version has a smaller range of …