Our research is focused on chemical studies of archaeological and environmental materials. We use a variety of analytical methods including XRF, SEM-EDS, LA-ICP-MS and GC-MS to characterize the chemistry of archaeological artifacts and environmental samples. Recent projects include the analysis of rock coatings that cover ancient rock art and samples of prehistoric rock paints, as well as archaeological smoking pipes.
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DiProfio, J., Ginsberg, S., Roberts, T., & Russ, J. (2023). Pyrolysis GC-MS Analysis of Prehistoric Rock Paint and Natural Rock Accretions from Site 41PS114 in the Big Bend Region of Texas. In Chemistry in the Service of Archaeology (pp. 87-103). American Chemical Society.
Ginsberg, S. A., Rayburn, L. P., Bray, A. J., Nuñuz‐Parker, F. S., Dowling, A., & Russ, J.* (2023). Trace organic compounds in oxalate rock accretions from the Lower Pecos Canyonlands of southwestern Texas. Geoarchaeology, 38(2), 174-185.
Tolan, G., Rebbe, C. C., Carmody, S., Blair, E. H., Dye, D. H., & Russ, J. (2021). Organic residue analysis of two Mississippian period human effigy pipes. Journal of Archaeological Science: Reports, 35, 102686.
Carmody, Stephen, Jera Davis, Joshua Sharp, Surendar Tadi, Ryan K. Hunt, & Jon Russ (2018) , Journal of Archaeological Science: Reports 21, 904-910.
Carmody, Stephen B,. Megan C. Kassabaum, Ryan K. Hunt, Natalie Prodanovich, Hope Elliott & Jon Russ, (2018) Residue analysis of smoking pipe fragments from the Feltus archaeological site, Southeastern North America, Journal of Archaeological Science: Reports 17, 640-649.
Jon Russ, Mary D. Pohl, Chris L. von Nagy, Karen L. Steelman, Heather Hurst, Leonard Ashby, Paul Schmidt, Eliseo F. Padilla Gutiérrez, Marvin W. Rowe (2017) Strategies for 14C Dating the Oxtotitlán Cave Paintings, Guerrero, Mexico. Advances in Archaeological Practice, Vol 5, 1-14.
