Янко-Хомбах, Валентина ВенедиктівнаКадурін, Сергій ВолодимировичЧепалига, Андрій ЛеонідовичНіколас, В. А.Мюррей-Уоллес, К. В.Чівас, А. Р.Янко-Хомбах, Валентина ВенедиктовнаКадурин, Сергей ВладимировичЧепалыга, Андрей ЛеонидовичНиколас, В. А.Мюррей-Уоллес, К. В.Чивас, А. Р.Yanko-Hombach, Valentyna V.Kadurin, Serhii V.Chepalyga, A. L.Murray-Wallace, C. V.Nicholas, W. A.Chivas, A. R.2012-04-182012-04-182008Black sea-mediterranean corridor during the last 30 ky: sea level change and human adaptation (2005–2009) : IV plenary meeting and field trip IGCP 521 (Bucharest ; Varna, 4–16 Oct. 2008). – Bucharest, 2008https://dspace.onu.edu.ua/handle/123456789/2360Caspian-Black Sea mediterranean corridor during last 30 ky: sea level change and human adaptive strategies (2008-2010), plenary meeting and fild trip INQUA 0501, (4, 2008);4-16, Oct., 2008The principal methods used to constrain the timing of sea-level and environmental changes for the Last Interglacial sedimentary sequences have been Uranium-series and luminescence dating. An alternative to these, used with success in studies on Australian coastal sedimentary sequences, is the amino acid racemization geochronological technique. Recent technological (Bruckner et al., 1991) and methodological developments (Kaufman and Manley, 1998; Hearty et al., 2006) now allow for calibrated age determinations on suitable skeletal carbonates including individual foraminifers and ostracods.enAmino Acid racemisationCardium eduleChione gallinaLast Interglacialwhole-rockreworkingArticle