The last decade saw a rapid increase in the number of studies where time–frequency
changes of radiocarbon dates have been used as a proxy for inferring past population …

This thesis aims to refine the accuracy and precision of radiocarbon (14C) datasets in order
to better understand the timing of archaeological and palaeoenvironmental events relating …

Radiocarbon dating has had profound implications for archaeological understanding. These
have been identified as various “revolutions,” with the latest—Bayesian chronological …

The increasing application of the Bayesian approach for the interpretation of radiocarbon
dates over the past decade has led to the production of more precise chronologies for …

Summed probability distributions of radiocarbon dates are an increasingly popular means
by which to reconstruct prehistoric population dynamics, enabling more thorough cross …

Hunter-gatherer populations in northwest Europe were variably affected by Late Glacial and
Early Holocene climate fluctuations and their effects on sea level and the environment. We …

For decades, researchers have employed sets of radiocarbon dates to reconstruct trends in
ancient human populations. The overarching assumption in this analysis is that the …

The curves recommended for calibrating radiocarbon (14C) dates into absolute dates have
been updated. For calibrating atmospheric samples from the Northern Hemisphere, the new …

ABSTRACT Our paper (Attenbrow and Hiscock 2015) raised serious concerns about the use
of radiocarbon dates (sum probability distributions) as evidence of ancient demography …

In addition to being crucial to the establishment of archaeological chronologies, radiocarbon
dating is vital to the establishment of time lines for many Holocene and late Pleistocene …