An important tool in archaeological research is radiocarbon dating


According to the so-called high chronology, the transition occurred around 1000 or 980 B. The hope of many scholars who feel that this science-based radiocarbon research will bring the debate to its longed-for solution is, in my view, difficult to adopt.The question I would like to raise is whether radiocarbon dating is really more precise, objective and reliable than the traditional way of dating when applied to the problem of the date of the transition from Iron I to Iron IIa.In the following article, “Carbon 14—The Solution to Dating David and Solomon? Calibration procedures are complex and periodically revised as new information comes to light, skewing the radiocarbon dating accuracy.” Lily Singer-Avitz attempts to answer these questions. And statistical models also vary from researcher to researcher.Dig into the illuminating world of the Bible with a BAS All-Access membership.Combine a one-year tablet and print subscription to BAR with membership in the BAS Library to start your journey into the ancient past today!The imposing Judahite fortress of Khirbet Qeiyafa has been securely dated by pottery and radiocarbon analysis to the early tenth century B. Proponents of low Bible chronology, called minimalists, claim the transition occurred around 920 to 900 B. Proponents of a high Bible chronology put the date around 1000 to 980 B. Some scholars have asked if radiocarbon dating accuracy will help settle the question. Radioactive carbon-14 is used to analyze an organic material, such as wood, seeds, or bones, to determine a date of the material’s growth. Did they live in the archaeological period known as Iron Age I, which is archaeologically poorly documented, or in Iron Age IIa, for which more evidence is available.



But at present the use of this method for elucidating the problems of this period, in which the differences between the theories are so small, investment of this huge effort (hundreds of samples must be tested) does not contribute to our understanding of the chronological problems any more than the traditional cultural-historical methods, based on pottery chronology, etc.

This question is sharpened in light of the fact that the uncertainty in the usual radiocarbon readings (plus or minus 25 years or so) may be as large as the difference in dates in the debate. Measuring the remaining carbon-14 content in “long-term” organic samples, such as wood, will provide the date of growth of the tree, rather than the date of the archaeological stratum in which the sample was found.



An important tool in archaeological research is radiocarbon dating comments


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