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Scientific Analysis in Archaeology and Its Interpretation
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  • 1993Acid Extraction as a Simple and Inexpensive Method for Compositional Characterization of Archaeological Ceramics58 cited
  • 2011A STUDY OF GLASS BEADS FROM THE HALLSTATT C–D FROM SOUTHWESTERN POLAND: IMPLICATIONS FOR GLASS TECHNOLOGY AND PROVENANCE*51 cited
  • 2018Inside out: Assessing pottery forming techniques with micro-CT scanning. An example from Middle Neolithic Thessaly46 cited
  • 2006Byzantine glass mosaic tesserae: some material considerations45 cited
  • 2016Chemical soil surveys at the Bremer Site (Dakota county, Minnesota, USA): Measuring phosphorous content of sediment by portable XRF and ICP-OES38 cited
  • 2013Parameters in the use of pXRF for archaeological site prospection: a case study at the Reaume Fort Site, Central Minnesota33 cited
  • 2016Geochemical characterization of inorganic residues on plaster floors from a Maya palace complex at Actuncan, Belize24 cited
  • 1995Comment on “neutron activation analysis of stone from theChadron formation and a Clovis Site on the Great Plains” by Hoard et al. (1992)19 cited
  • 2014Glassy faience from the Hallstatt C period in Poland: a chemico-physical study16 cited
  • 2011‘Fancy Objects’ in the British Iron Age: Why Decorate?16 cited
  • 2010Some Critical and Methodological Aspects of Shoreline Determination: Examples from the Baltic Sea Region12 cited
  • 2016Chemical analysis of Late Classic Maya polychrome pottery paints and pastes from Central Petén, Guatemala

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12 cited
  • 1997CHEMICAL ANALYSES OF GLASS BEADS FOUND IN TWO SARMATIAN BURIALS*10 cited
  • 1999Fuels for the Furnace9 cited
  • 2015Understanding the blue color in antique mosaic mirrored glass from the Temple of the Emerald Buddha, Thailand9 cited
  • 1995An Investigation of Early Islamic Glass Production at Raqqa, Syria9 cited