Radiocarbon is the main international journal of record for research articles and date lists relevant to 14C and other radioisotopes and techniques used in archaeological, geophysical, oceanographic, and related dating.

This archive provides access to Radiocarbon Volumes 1-54 (1959-2012).

As of 2016, Radiocarbon is published by Cambridge University Press. The journal is published quarterly. Radiocarbon also publishes conference proceedings and monographs on topics related to fields of interest. Visit Cambridge Online for new Radiocarbon content and to submit manuscripts.

ISSN: 0033-8222


Contact the University Libraries Journal Team with questions.

Recent Submissions

  • Radiocarbon, Volume 30, Number 2 (1988)

    American Journal of Science, 1988-01-01
  • Erratum

    Erlandson, Jon M. (American Journal of Science, 1988-01-01)
  • 13th International Radiocarbon Conference

    American Journal of Science, 1988-01-01
  • University of Texas at Austin Radiocarbon Dates XVI

    Valastro, S.; Mott Davis, E.; Varela, Alejandra G.; Lisk, Susan V. (American Journal of Science, 1988-01-01)
  • University of Lund Radiocarbon Dates XXI

    Håkansson, Sören (American Journal of Science, 1988-01-01)
  • Treatment of Discrepancies in Radiocarbon Dating

    Vincent, C. H. (American Journal of Science, 1988-01-01)
    A method is given for modifying the estimated radiocarbon dates of two samples when they are known to be in the wrong order.
  • The First American Workshop on the International Radiocarbon Data Base

    Kra, Renee (American Journal of Science, 1988-01-01)
  • Small Sample 14C Dating by Liquid Scintillation Spectrometry

    Polach, Henry; Kaihola, Lauri; Robertson, Steve; Haas, Herbert (American Journal of Science, 1988-01-01)
    Small sample 14C dating is tested using conventional as well as high-resolution low-level liquid scintillation (LS) spectrometers. Contrasted are the results obtained dating -.25, 125 and 250mg of elemental carbon in standard size counting vials (3mL) and 0.3mL teflon and quartz vials. It is demonstrated that the improved performance of the 0.3mL counting vials enables just adequate resolution of 25mg and very good resolution of 100mg carbon samples both at Modern and Old age limits when the determination is made in a highresolution low-level LS spectrometer.
  • Radiocarbon Dating of Holocene Calcareous Tufa in Southern Poland

    Pazdur, Anna; Pazdur, Mieczysław F.; Szulc, Joachim (American Journal of Science, 1988-01-01)
    Calcareous tufa from five sites in southern Poland, representing several most typical conditions of tufa sedimentation, were chosen for 14C, 13C, and 18O measurements. These tufas were deposited in a high-energy turbulent stream (the Raerawka site), in streams with moderate but variable flow (Rzerzusnia and Trzebienice), and in semilimnic conditions (Sieradowice site). Sediments of the Gliczarow site represent spring travertines. In all but the latter site, direct comparison of 14C dates of carbonate and organic fractions was possible, leading to an estimate of initial apparent age of carbonate sediments. Clear correlation was found between the value of initial apparent age of tufas and the hydrodynamic conditions of sedimentation. Corresponding values range from ca 3900 yr (Raetawka) to 910 yr for semilimnic sediments (Sieradowice). Intermediate, almost identical values, equal to 2460 +/- 200 yr and 2100 +/- 160 yr, were obtained for tufas from Rzerzusnia and Trzebienice, respectively. Detailed sedimentologic classification of tufaceous deposits is presented and some primary and secondary factors affecting the accuracy of radiocarbon dates of various types of tufas are also discussed.
  • Radiocarbon Dates from the Mussau Islands and the Lapita Colonization of the Southwestern Pacific

    Kirch, P. V.; Hunt, T. L. (American Journal of Science, 1988-01-01)
  • Improved Collagen Extraction by Modified Longin Method

    Brown, T. A.; Nelson, D. E.; Vogel, J. S.; Southon, J. R. (American Journal of Science, 1988-01-01)
    A re-evaluation of the Longin collagen-extraction method shows that a lower reflux temperature reduces degradation of protein ("collagen") remnants. This allows additional purification through ultrafiltration to isolate the >30kDalton fraction of the reflux product.