Innovation in Archaeology by Israel Finkelstein

Transcript

Archaeology is going through a very exciting revolution these days. When I speak to my students I tell them archaeology ten years ago or twenty years ago was a ship going this way and now the ship is going that way, a different direction and the reason is the incorporation of the exact and life sciences into archeological research. 

Now, this is something that every person can really easily understand.  The evidence is divided into two.  There is the macro of evidence, which means even in this room there is a macro of evidence—you are here and you are here and the camera is here and I am sitting here on a chair.  And there is the micro evidence, you know, things that cannot be seen by us but can be seen under a microscope.  The same goes for archaeology, and the “micro” side of archaeology is very important. It has, for instance, the side of chronology, radiocarbon dating.  It has the possibility to tell us things about ancient society as if [when] we conduct properly ancient DNA studies.  This is possible today; it was not possible twenty or thirty years or twenty-five years ago. 

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So we do radiocarbon and we do geo-archaeology and we do residue analysis which means to try to identify residues, molecular residues, in ceramic vessels from 3,000 years ago; and we do paleo-climate and we do ancient DNA and so on and so forth.  The results are very exciting. 

Contributors

Israel Finkelstein

Israel Finkelstein
Professor, Tel Aviv University

Israel Finkelstein is professor of archaeology in the Department of Archaeology and Ancient Near Eastern Civilizations at Tel Aviv University. He directs the Megiddo expedition and is co-director of the European research project “Reconstructing Ancient Israel: The Exact and Life Sciences Perspective.” He is the author of numerous publications, including The Forgotten Kingdom: The Archaeology and History of Northern Israel (SBL, 2013).

The use of the molecular decay of carbon-12 and carbon-14 isotopes in an organic object, which happens at a predictable rate over time, to determine the date of that object.

An alternate spelling for "tel" meaning a mound or hill-shaped site containing several occupational layers one on top of the other over milennia.

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