Two approaches are utilized for this: dendrochronology, which makes it possible for dating on the basis of sequences of yearly rings in trees, and radiocarbon dating, which can determine the approximate age of the finds by the decay rate of the radioactive carbon isotope 14C consisted of in the tree rings.A group led by the Institute of Archaeological Sciences at the University of Bern has actually now been successful in exactly dating lumber from the archaeological website of Dispilio in northern Greece, where dating to the year had formerly not been possible, to various structure activities in between 5328 and 5140 BC. There is no consistent chronology for the Mediterranean region,” states the lead author of the research study, Andrej Maczkowski from the Institute of Archaeological Sciences at the University of Bern.Therefore, dendrochronological dating from this area should be classified as drifting utilizing radiocarbon dating. If an occasion of this magnitude, as in 5259 BC, takes place today it will likely have a devastating result on telecommunications and electronics.Miyake event enables dating in DispilioThe research study group from the EXPLO task led by the University of Bern (see box) has actually been successful in establishing a yearly growth ring chronology spanning 303 years, which ends in 5140 BC, by analyzing 787 pieces of wood from the archaeological website of Dispilio on Lake Orestida in northern Greece.
Scientists at the University of Bern have successfully dated an ancient farming settlement in northern Greece to in between 5328 and 5140 BC, using dendrochronology and a substantial radiocarbon spike in 5259 BC from a cosmic occasion known as a Miyake event. 2 methods are utilized for this: dendrochronology, which allows dating on the basis of sequences of yearly rings in trees, and radiocarbon dating, which can calculate the approximate age of the finds by the decay rate of the radioactive carbon isotope 14C consisted of in the tree rings.A group led by the Institute of Archaeological Sciences at the University of Bern has now been successful in exactly dating lumber from the archaeological site of Dispilio in northern Greece, where dating to the year had actually previously not been possible, to different structure activities in between 5328 and 5140 BC. There is no consistent chronology for the Mediterranean area,” says the lead author of the research study, Andrej Maczkowski from the Institute of Archaeological Sciences at the University of Bern.Therefore, dendrochronological dating from this region should be classified as drifting utilizing radiocarbon dating. Dispilio is the very first historical site to be dated to an exact year utilizing the Miyake event of 5259 BC. If an event of this magnitude, as in 5259 BC, happens today it will likely have a disastrous impact on telecoms and electronics.Miyake event makes it possible for dating in DispilioThe research study team from the EXPLO project led by the University of Bern (see box) has prospered in establishing an annual growth ring chronology spanning 303 years, which ends in 5140 BC, by examining 787 pieces of lumber from the archaeological website of Dispilio on Lake Orestida in northern Greece.