Assessing the authenticity of a sample taken from the Altar Stone at Stonehenge in 1844 using portable XRF and automated SEM-EDS

Linking derived debitage to the Stonehenge Altar Stone using portable X-ray fluorescence analysis

(2022) Richard E. Bevins et al.   MINERALOGICAL MAGAZINE

Impact of sample preparation methods for characterizing the geochemistry of soils and sediments by portable X‐ray fluorescence

(2020) Kathleen Goff et al.   SOIL SCIENCE SOCIETY OF AMERICA JOURNAL

Constraining the provenance of the Stonehenge ‘Altar Stone’: Evidence from automated mineralogy and U–Pb zircon age dating

(2020) Richard E. Bevins et al.   JOURNAL OF ARCHAEOLOGICAL SCIENCE

Origins of the sarsen megaliths at Stonehenge

(2020) David J. Nash et al.   Science Advances

Comparison of field portable XRF and aqua regia/ICPAES soil analysis and evaluation of soil moisture influence on FPXRF results

(2015) Arnaud Robin Schneider et al.   JOURNAL OF SOILS AND SEDIMENTS

An assessment of field-portable X-ray fluorescence analysis for nickel and iron in laterite ore (New Caledonia)

(2014) Thomas Quiniou et al.   GEOCHEMISTRY-EXPLORATION ENVIRONMENT ANALYSIS

Carn Goedog is the likely major source of Stonehenge doleritic bluestones: evidence based on compatible element geochemistry and Principal Component Analysis

(2013) Richard E. Bevins et al.   JOURNAL OF ARCHAEOLOGICAL SCIENCE

Provenancing the rhyolitic and dacitic components of the Stonehenge landscape bluestone lithology: new petrographical and geochemical evidence

(2011) Richard E. Bevins et al.   JOURNAL OF ARCHAEOLOGICAL SCIENCE

Stonehenge rhyolitic bluestone sources and the application of zircon chemistry as a new tool for provenancing rhyolitic lithics

(2010) Richard E. Bevins et al.   JOURNAL OF ARCHAEOLOGICAL SCIENCE