Wednesday 14.09.2022 | |||||||||||||
Poster Session 2, F-floor (upper): A04, A05, A06, A07, O01 | |||||||||||||
Poster# | Presenter /submitted by | Title | |||||||||||
A04_P01 | Thibaut Devièse | “Here we go again”: the inspection of collagen extraction protocols and why compound specific radiocarbon dating matters | |||||||||||
A04_P02 | Ines Krajcar Bronić | Comparison of radiocarbon dates of animal bones from Vindija and Mujina Pećina caves | |||||||||||
A04_P03 | Ekaterina
Parkhomchuk /Molodin |
Chronology of the Barabinskaya culture (south of Western
Siberia): Early Neolithic |
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A04_P04 | Stephen Taylor | Finite ages from the Mesozoic era - is bone collagen an open system? | |||||||||||
A05_P01 | Megan Conger | Indigenous Dynamics and the Early North American Fur Trade: Results from AMS Dating Iroquoian Villages in southern Ontario, Canada | |||||||||||
A05_P02 | David Fink | Pollen and bulk radiocarbon ages from a montane lake core – Yagour Plateau, High Atlas, Morocco | |||||||||||
A05_P03 | Quan Hua | Dating of the Kawela Mound, one of the earliest habitation sites in the Hawaiian Islands | |||||||||||
A05_P04 | Haruo Kimura | Holocene activity of the Tanna faults revealed by sediment core analyses and ground penetrating radar profiling, the Izu Peninsula, Japan | |||||||||||
A05_P05 | Marek Krapiec | Absolute dating of the rampart of an Early Iron Age hillfort in Chotyniec (Poland) in the context of radiocarbon dating | |||||||||||
A05_P06 | Marek Krapiec | Absolute chronology of the pile-dwelling constructions at Seretya II site (Western Russia) and palaeoecological context | |||||||||||
A05_P07 | István Major | Implications concerning the palaeoenvironment of a Late Pleistocene woolly rhinoceros specimen lived in the Pannonian Basin | |||||||||||
A05_P08 | Toshimichi Nakanishi | Detection of tectonic movement and marine reservoir effect in the Holocene sediments from the Ukishima plain, Shizuoka, central Japan | |||||||||||
A05_P09 | Lucia Nezvalová | Newly found settlement features from Nitra-Lupka | |||||||||||
A05_P10 | Natalia Piotrowska | Chronology of Lake Lubińskie (W Poland) sediments | |||||||||||
A05_P11 | Nguyen Quang Mien | Radiocarbon dating of the ancient canals in the lower Mekong delta,Vietnam | |||||||||||
A05_P12 | Gianluca Quarta | A radiocarbon chronology for “Grotte di Pertosa” in Campania, Southern Italy | |||||||||||
A05_P13 | Elia
Zazovskaya /Zaretskaya |
The open-air Middle Palaeolithic sites on the East European Plain: improved chronology and environmental context | |||||||||||
A05_P14 | Hongyan Zhang | Radiocarbon dating of Xiawangdu neolithic site at coastal plain in eastern China and its environmental settings | |||||||||||
A06_P01 | Alex Bayliss | Project Radiocarbon: big data and cross-border histories | |||||||||||
A06_P02 | Lucile Beck | When corrosion is useful: the incorporation of ¹⁴C in lead white | |||||||||||
A06_P03 | Laura
Hendriks /Fiorillo |
Integrated methodology for the investigation of paintings – The rediscovery of Jan Ruyscher | |||||||||||
A06_P04 | Carmine Lubritto | Archaeological site of Vetricella: chronology and anthropic and natural landscapes | |||||||||||
A06_P05 | Danuta Michalska | Archeometric research of samples from Huelva La Joya (SW Iberia) | |||||||||||
A06_P06 | Marie-Josée Nadeau | Viking or hippie? A leather bag found in a bog in southern Norway | |||||||||||
A06_P07 | Andrzej Rakowski | New dating sequence for Andean oracle at Maucallacta; Arequipa, Peru | |||||||||||
A06_P08 | Johanna Regev | Dating the Wilson’s Arch complex, Jerusalem: methodological insights | |||||||||||
A06_P09 | Andreja Sironić | Mortar dating of the Stari Most bridge at Otres, Croatia, using data extrapolation | |||||||||||
A06_P10 | Nadine Tisnerat-Laborde | Dating by U-Th and ¹⁴C of secondary carbonate deposits: search for validation criteria. Application to rock art at Nerja cave | |||||||||||
A06_P11 | Minoru
Sakamoto /Yokoyama |
¹⁴C Dating of historical Japanese musical instrument flute sack | |||||||||||
A07_P01 | Ester Oras | Dating the Egyptian mummies curated at the University of Tartu Art Museum collections | |||||||||||
A07_P02 | Pavel Povinec | Radiocarbon dating of the Church of St. Margaret of Antioch in Kopčany (Slovakia): International consortium results | |||||||||||
O01_P01 | Ewelina Broś | Isochron-burial dating of the oldest glaciofluvial sediments in the northern Alpine Foreland | |||||||||||
O01_P02 | Reto Grischott | New evidence for the persistence of the Ilanzersee (Flims rockslide) | |||||||||||
O01_P03 | Julia Loftfield | Comparison of two ¹⁰Be purification methods for AMS measurement | |||||||||||
O01_P04 | Mihaly Molnar | Status report of the in-situ ¹⁴C extraction line at HEKAL AMS
laboratory |
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O01_P05 | Matthias Schlomberg | ³²Si – An alternative radionuclide for dating the recent past? | |||||||||||
O01_P06 | Mohammad Tauseef | Studying ¹⁴C production in meteorites using the Bernese ¹⁴C extraction line and the MICADAS system at LARA, University of Bern | |||||||||||
Poster Session 2, EO-floor (middle): T03, T04 | |||||||||||||
Poster# | Presenter /submitted by | Title | |||||||||||
T03_P01 | Komal Aziz Gill | Monitoring of biogenic carbon fraction of disposable packaging | |||||||||||
T03_P02 | Marco Bolandini | A new online ramped oxidation (ORO) system for improved coupled thermal and radiocarbon dissection of complex natural organic matter | |||||||||||
T03_P03 | Mengli Cao | ¹⁴C blank determination for compound-specific radiocarbon analysis of lignin phenols | |||||||||||
T03_P04 | Maxi Castrillejo | Update of radiocarbon analyses on dissolved inorganic carbon of seawater at ETH-Zurich | |||||||||||
T03_P05 | Philip Gautschi | Direct graphitization of CO₂ from atmospheric air | |||||||||||
T03_P06 | Hendrik Grotheer | DOC radiocarbon measurements at the AWI-MICADAS facility, current method developments and improvements | |||||||||||
T03_P07 | Hendrik Grotheer | DIC radiocarbon measurements at the AWI-MICADAS facility, current method developments and improvements | |||||||||||
T03_P08 | Negar Haghipour | A new UV-Oxidation set up for AMS radiocarbon analysis for small dissolved organic carbon in marine and fresh water samples | |||||||||||
T03_P09 | Brian
Phouybanhdyt /Hatté |
One-pot processing of tree-ring samples for ¹⁴C analysis on cellulose | |||||||||||
T03_P10 | Titanilla Kertész | Application of ¹⁴C dating of earthworm biospheroids to investigate paleosol formation | |||||||||||
T03_P11 | Anita Molnár | Simple method for analyses of total radiocarbon in water samples using wet chemical oxidation at HEKAL AMS Laboratory | |||||||||||
T03_P12 | Marion Perron | First attempt of carbon extration for radiocarbon dating of ancient iron | |||||||||||
T03_P13 | Mark Roberts | Radiocarbon dating putative homonin coprolites | |||||||||||
T03_P14 | Nadine Tisnerat-Laborde | Palynological samples in marine cores: pollen extraction, dating, comparison with foraminiferal shells: a methodological challenge to investigate past reservoir ages | |||||||||||
T03_P15 | Tamás Varga | Radiocarbon based fossil component analysis of food products | |||||||||||
T03_P16 | Chaolu Yi | Inorganic radiocarbon dating of a moraine profile – a case study in a LGM moraine in Tianshan Mountains | |||||||||||
T04_P01 | Philippa Ascough | ¹⁴C Measurement of Samples for Environmental Applications at the National Environmental Isotope Facility (NEIF) Radiocarbon Laboratory, SUERC, UK | |||||||||||
T04_P02 | Gerard Barrett | New Installations at 14CHRONO, Queen’s University Belfast: Ionplus MICADAS (Mini Carbon Dating System) and AGE (Automated Graphitisation Equipment) system upgrades | |||||||||||
T04_P03 | Alex Bayliss | MAG-C63: a tree-ring standard for AD 1586 | |||||||||||
T04_P04 | Lucile Beck | 20 years of radiocarbon dating using the ARTEMIS facility at the LMC14 National Laboratory: review of service and research activities | |||||||||||
T04_P05 | Taylor Broek | Facility Report: NOSAMS operations and the new MICADAS | |||||||||||
T04_P06 | Huihui Cao | Performance and inter-comparison tests of the MICADAS at the radiocarbon laboratory of Lanzhou University, China | |||||||||||
T04_P07 | J. Royce Cox | Recent Results from the Office of Archaeological Studies Plasma Oxidation Laboratory, Santa Fe, New Mexico | |||||||||||
T04_P08 | Federica Crova | A new automatic sample preparation line for radiocarbon measurements on the carbonaceous fractions of atmospheric aerosol | |||||||||||
T04_P09 | Chris Ebert | Capabilities, Procedures, and Summary Statistics of the MICADAS and GIS at ACE Isotope Laboratory, Northern Arizona University | |||||||||||
T04_P10 | WITHDRAWN | ||||||||||||
T04_P11 | WITHDRAWN | ||||||||||||
T04_P12 | Philippa
Ascough /Garnett |
A database of NERC Radiocarbon age measurements determined by accelerator mass spectrometry | |||||||||||
T04_P13 | Zhang Hui | First status report on ¹⁰Be and ²⁶Al sample preparation techniques at the IHEG, CAGS AMS laboratory (Xiamen, China) | |||||||||||
T04_P14 | Christophe Moreau | Development of the PATRIC14 project on the ARTEMIS AMS facility for the dating of low-carbon content cultural heritage materials | |||||||||||
T04_P15 | Jesper Olsen | Aarhus AMS Centre – Status report | |||||||||||
T04_P16 | Alexey Petrozhitskiy | Comparative features of BINP AMS and MICADAS facilities, working at AMS Golden Valley, Russia | |||||||||||
T04_P17 | Lucio Calcagnile | CEDAD at the University of Salento: twenty years of operations and new perspectives | |||||||||||
T04_P18 | Begoña Quintana Arnés | Carbonus, the new carbon AMS facility devoted to paleoclimate studies at the University of Salamanca | |||||||||||
T04_P19 | Francisco Javier Santos Arévalo | Fifteen years of the Centro Nacional de Aceleradores (CNA) radiocarbon facility | |||||||||||
T04_P20 | Kerry L Sayle | A Brief History of Sulfur Isotope Analysis in Archaeological Bone Collagen at the SUERC Radiocarbon Laboratory | |||||||||||
T04_P21 | Tzu-Tsen Shen | A home-made semiautomatic graphitization device for AMS ¹⁴C dating at NTUAMS Lab | |||||||||||
T04_P22 | Hongtao Shen | The Radiocarbon and Tritum measurments at GXNU-AMS facility | |||||||||||
T04_P23 | Laura Tassoni | Safe delivery of graphite targets to AMS facilities, to minimize contamination. The final step of BRAVHO laboratory at Bologna University | |||||||||||
T04_P24 | François Thil | Status report on small sample measurements with ECHoMICADAS AMS facility: 6 years of data processing and statistical results | |||||||||||
T04_P25 | Brian Tripney | A summary of quality assurance samples at the SUERC Radiocarbon Laboratory | |||||||||||
T04_P26 | Bin Yang | Production of radiocarbon micro-samples at ANSTO | |||||||||||
T04_P27 | Elya Zazovskaya | Status of the AMS-dating at Radiocarbon laboratory of the Institute of geography RAS | |||||||||||
T04_P28 | Cathy E.
Ginnane /Zondervan |
¹⁴C AMS data quality assessment: How it’s done at the Rafter Radiocarbon Laboratory | |||||||||||
Poster Session 2, D-floor (lower): T02 | |||||||||||||
Poster# | Presenter /submitted by | Title | |||||||||||
T02_P01 | Serena Barone | Research On Mortar Radiocarbon Dating In Florence: State Of The Art And Future Perspectives | |||||||||||
T02_P02 | Peng Cheng | Preliminary studies on tracing the source of carbon in organic matter and carbonate in coral and aquatic snail by ¹⁴C | |||||||||||
T02_P03 | Maddalena Giannì | Optimisation of phosphoric acid digestion for cremated bones: ultrasonication and extension of collection time | |||||||||||
T02_P04 | Hendrik Grotheer | The impact of leaching on foraminifera radiocarbon ages | |||||||||||
T02_P05 | Irka
Hajdas /Gu |
Radiocarbon dating of small snail shells in loess-paleosol sequence at Mangshan, central China | |||||||||||
T02_P06 | Carla Hadden | Testing Protocols for Removing a Commercial Wood Stabilizer from Dry Wood for Radiocarbon Dating | |||||||||||
T02_P07 | Irka Hajdas | Samples screening and treatment for accurate radiocarbon dating | |||||||||||
T02_P08 | Nicholas Kessler | Tree-ring-radiocarbon dating paraffin conserved charcoal: An experimental and archaeological case study | |||||||||||
T02_P09 | Wendy Khumalo | Squeaky clean cellulose for different applications | |||||||||||
T02_P10 | Andrzej
Rakowski /Kłosok |
System for graphitization of CO₂ samples - development status | |||||||||||
T02_P11 | Tye Lacey | The Development of an Organic Solvent Pretreatment Based on Thermodynamic Insights for the Accurate Radiocarbon Dating of Conserved Samples | |||||||||||
T02_P12 | Susanne Lindauer | Funny and tricky sample wrappings – Challenging your radiocarbon laboratory | |||||||||||
T02_P13 | Susanne Lindauer | A short note on temperature influence of the acid step in bone sample preparation | |||||||||||
T02_P14 | Eugenia Mintz | An Approach to Dating Poorly Preserved Bones | |||||||||||
T02_P15 | Balázs Áron
Baráth /Molnar |
Novel sample preparation approach to investigate ¹⁴C from iron material |
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T02_P16 | Jesper Olsen | A semi-automated graphitization system | |||||||||||
T02_P17 | Jesper Olsen | Predicting the collagen yield of unknown samples | |||||||||||
T02_P18 | Adam
Michczyński /Pawełczyk |
Radiocarbon dating of fossil wood - verification of the effectiveness of various preparation methods | |||||||||||
T02_P19 | Jesper
Olsen /Philippsen |
Collagen extraction and amino acid purification for radiocarbon dating of a Late Neolithic mass grave | |||||||||||
T02_P20 | Andrzej Rakowski | Implementation of Fe/Zn graphitization method in
Dendrochronological laboratory at AGH University of Science and Technology,
Krakow, Poland |
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T02_P21 | Guaciara Santos | ¹⁴C ramp-pyrolysis and FTIR analysis of Trondheim CaCO₃ precipitates of atmospheric CO₂ samples: further investigations and insights | |||||||||||
T02_P22 | Guaciara Santos | Assessing a one-for-all alpha-cellulose procedure for ¹⁴C analysis of fossil to post-bomb ages | |||||||||||
T02_P23 | Hongtao Shen | Experimental Conditions for ¹⁴C graphite preparation at GXNU lab, China | |||||||||||
T02_P24 | Hongtao Shen | Preparation method of foraminifera radiocarbon sample and its age determination at GXNU-AMS | |||||||||||
T02_P25 | Jan Strähl | New developments in the radiocarbon-based source apportionment for the water-soluble organic carbon fraction of airborne particulate matter | |||||||||||
T02_P26 | Laura Van Der Sluis | Using XAD resin to remove synthetic contamination from archaeological bone prior to radiocarbon dating | |||||||||||
T02_P27 | Gaia
Ligovich /Wojcieszak |
Preliminary study to reduce the amount of sampling for ¹⁴C dating of non-buried ivory |
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T02_P28 | Rachel Wood | The impact of micro-CT scanning on radiocarbon dating of fossil material: a cautionary note | |||||||||||