1. The BivalveGlycymeris pilosaas an Archive of14C in the Mediterranean Sea
- Author
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Andreja Sironić, Melita Peharda, Damir Borković, Slaven Jozić, Krešimir Markulin, and Carin Andersson
- Subjects
010506 paleontology ,Archeology ,Glycymeris ,010504 meteorology & atmospheric sciences ,biology ,Pilosa ,Glycymeris sp ,Adriatic Sea ,bivalve ,chronology ,environmental reconstruction ,Mediterranean Sea ,radiocarbon ,biology.organism_classification ,01 natural sciences ,law.invention ,Oceanography ,Mediterranean sea ,law ,Sclerochronology ,General Earth and Planetary Sciences ,Radiocarbon dating ,Glycymeris pilosa ,0105 earth and related environmental sciences ,Chronology - Abstract
This study combines radiocarbon (14C) analysis and sclerochronology research, an approach that to the best of our knowledge, has not yet been applied using bivalves from the Mediterranean Sea. We analyzed shells from the North Adriatic Sea: live- and dead-collected specimens of the infaunal bivalveGlycymeris pilosaand two dead-collected specimens ofGlycymerissp. According to crossdating results, growth increment time series obtained from acetate peels of the dead-collectedG. pilosa(S3FP11) indicate the potential for creating longer chronologies from live and dead-collected specimens. The greatest longevity was seen in the dead-collectedGlycymerissp. specimen S3F3, estimated to be ~130 years (started growing AD 1678–1742 and died AD 1826–1860), indicating the potential to extendGlycymerisgrowth increment chronologies to past centuries. The highest ∆14C values obtained corresponded to the calendar year 1974. The14C record obtained fromG. pilosacorrelates well with the modeled surface ocean (mixed-layer) bomb pulse curve (Reimer et al. 2009). Based on the results obtained from the shell growth increment assigned to AD 1950, the reservoir age and reservoir correction (ΔR) are 264±23 years and –6±32 years, respectively.
- Published
- 2019
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