Monday 12.09.2022 | |||||||||||||
Poster Session 1, F-floor (upper): A01, A02, A03 | |||||||||||||
Poster# | Presenter /submitted by | Title | |||||||||||
A01_P01 | Elya Zazovskaya /Epimakhov |
Migrations and Cultural Evolution in the Light of Radiocarbon Dating of Bronze Age Sites in the Southern Urals | |||||||||||
A01_P02 | Matthias Huels | Secrets of the iron. A Case-study of iron-objects from Nowe Brzesko (Lesser Poland) deposit | |||||||||||
A01_P03 | Marie Kanstrup | Contextualizing the presence of Late Bronze Age Millet at the Arnbjerg site - Investigating settlement dynamics in Jutland, Denmark | |||||||||||
A01_P04 | Dai Kunikita | Development of a new method to extract and date of cabonised material in pottery | |||||||||||
A01_P05 | Wenli Li | New evidence for early human activity in Shigatse, Southern Tibetan Plateau during Late MIS3 epoch | |||||||||||
A01_P06 | Carmine Lubritto | A Multidisciplinary approach to the comprehension of the peopling of Portus Romae Antemurale area | |||||||||||
A02_P01 | Michael Dee | Direct and Indirect Attempts at Diachronic Quantification of the Marine Reservoir Effect | |||||||||||
A02_P02 | Christine Hatté | Variability of Radiocarbon reservoir age effects in lakes and rivers of Eastern Anatolia and Lesser Caucasus | |||||||||||
A02_P03 | Wan Hong | Identification of marine reservoir effect in the Holocene sediments from the Nobi Plain, central Japan | |||||||||||
A02_P04 | Kita Macario | Time varying Local Marine Reservoir Effect in Coastal Systems | |||||||||||
A02_P05 | John Meadows | Freshwater reservoir effects in charred ‘food crusts’ on pottery: frequency, magnitude, risk factors and prospects for correction | |||||||||||
A02_P06 | Jesper Olsen | Estimating freshwater reservoir ages using Bayesian models for the Mesolithic to neolithic transition | |||||||||||
A02_P07 | María
Rodriguez Ceja /Solis |
Reservoir Effect determination in marine shells from Mexico | |||||||||||
A03_P01 | Edgar Alarcón Tinajero | Comparing Apatite and Collagen Radiocarbon dates from a 16th century Cemetery Context – El Japón, Xochimilco, Mexico City | |||||||||||
A03_P02 | Mckenzie Bentley | Defining the chronology of Teotônio, a pre-Columbian archaeological site in Amazonia | |||||||||||
A03_P03 | Veronika Brychova | Tar Production In The Medieval Bohemia Tracked Through Gas Chromatography And Radiocarbon Dating | |||||||||||
A03_P04 | Jean-Pascal Dumoulin | ¹⁴C preparation protocols for archaeological samples at the LMC14, Saclay, France | |||||||||||
A03_P05 | Francesco Maspero | OSL mortar dating inter-comparison study. The second round of MODIS, MOrtar Dating Inter-comparison Study | |||||||||||
A03_P06 | John Meadows | Identification of high-status medieval individuals by Bayesian chronological modelling of precise ¹⁴C ages | |||||||||||
A03_P07 | Marek
Krąpiec /Michalska |
¹⁴C dating of mortars from Monastery Hill in Tyniec, Poland | |||||||||||
A03_P08 | Danuta Michalska | Modeling the actual age of mortars - experimental research | |||||||||||
A03_P09 | Masayo Minami | Radiocarbon dating and Sr isotope analysis of cremated bones excavated from the Ishibotokedani site in Binmanji Temple, Shiga prefecture, Japan | |||||||||||
A03_P10 | Katerina Pachnerova Brabcova | Extensive survey on radiocarbon dating of organic inclusions in historical mortars | |||||||||||
A03_P11 | Fatima Pawełczyk | ¹⁴C dating for MODIS 2 carbonate mortars – do time and size matter? | |||||||||||
A03_P12 | Marketa Petrova | Radiocarbon Dating Of Poorly Preserved Bones From Church Of St. Wenceslav In Plasy, Czech Republic | |||||||||||
A03_P13 | Marie
Kanstrup /Philippsen |
Stone-paved cellars in the Danish Stone Age? Research potential and strategies for radiocarbon dating at rescue excavations | |||||||||||
A03_P14 | Andrzej Rakowski | Human occupation sequence in the context of an archaeological site of Salapunku (Cusco, Peru) | |||||||||||
A03_P15 | Lior Regev | Radiocarbon dating of Herodium, the Mountain palace-fortress, and the monumental burial complex of Herod the Great | |||||||||||
A03_P16 | Helene Agerskov Rose | Modelling temporality of a Late Neolithic-Early Iron Age cemetery at Mang de Bargen, Germany | |||||||||||
A03_P17 | Martin Seiler | Variation of ¹⁴C results from different samples in an archaeological context | |||||||||||
A03_P18 | María
Rodríguez Ceja /Solis |
Archaeological sandals from the Balsas Basin, Mexico | |||||||||||
A03_P19 | Richard Staff | Dating the concealment of the Library Cave at Mogao,
Dunhuang |
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A03_P20 | Barbora Styková | AMS, Historical and Archaeological Dating in the Oponice Castle | |||||||||||
A03_P21 | Pavla Tomanová | Radiocarbon dating of multiple materials for clarifying of medieval settlement formation in the outskirts of Prague Castle (CZ) | |||||||||||
A03_P22 | Tess Van
Den Brande /Wojcieszak |
Pre-screening of lime mortars for ¹⁴C dating – Preliminary results | |||||||||||
A03_P23 | Elya Zazovskaya | AMS dating data on excavations at the citadel of Yaroslavl solve the dispute between archaeologists and dendrochronology specialists | |||||||||||
Poster Session 1, EO-floor (middle): T03, T04 | |||||||||||||
posters are up | |||||||||||||
Poster Session 1, D-floor (lower): T01, G01 | |||||||||||||
Poster# | Presenter /submitted by | Title | |||||||||||
T01_P01 | Daniele De Maria | Double Trap Interface: A novel gas handling system for high throughput AMS analysis | |||||||||||
T01_P02 | Hua Du | The progress of AMS ¹⁴C analysis for small samples down to ultra-microscale size (μg level) at Xi’an AMS Center | |||||||||||
T01_P03 | WITHDRAWN | ||||||||||||
T01_P04 | Torben Gentz | Radiocarbon analysis of methane | |||||||||||
T01_P05 | Arya Krishnan K | Determination Of ¹⁴C Specific Activity In Soil And Sediments By Tube Combustion And Liquid Scintillation Counting Method | |||||||||||
T01_P06 | Walter Kutschera | Absolute dating with ¹⁴C and ⁴¹Ca - is it feasible? | |||||||||||
T01_P07 | Martina
Gwozdz /Melchert |
A new setup for CH₄ analysis at CologneAMS | |||||||||||
T01_P08 | Urs Ramsperger | LEA – A novel Low Energy Accelerator for Radiocarbon Dating under a long-term Performance Test | |||||||||||
T01_P09 | Sara Schlagenhauff | Assessing radiocarbon blanks associated with solid phase extraction of dissolved organic carbon from sea water | |||||||||||
T01_P10 | Grazia Scognamiglio | HVE design of a gas interface for routine ¹⁴C sample AMS measurement | |||||||||||
T01_P11 | Hongtao Shen | Experimental study on charge exchange cross sections of low energy Carbon ions in helium at GXNU | |||||||||||
T01_P12 | Andreja Sironić | Results of MODIS2 mortar dating intercomparison for the Zagreb Radiocarbon Laboratory, Croatia | |||||||||||
T01_P13 | Yu Wang | Source Term Analysis and Experimental Measurement Design of ¹⁴C in High-Temperature Gas-Cooled Reactor Pebble-Bed Module | |||||||||||
G01_P01 | Laura E. Beramendi-Orosco | Changes in fossil CO₂ emissions in Mexico City during the Covid-19 lockdown deduced from atmospheric radiocarbon concentrations | |||||||||||
G01_P02 | Federica Crova | Evolution of fossil and non-fossil emission sources of carbonaceous aerosol in the Swiss Plateau from 2012 to 2020 | |||||||||||
G01_P03 | Matthias Huels | Radiocarbon concentration of wheat (Triticum aestivum L.) and soybean seeds (Glycine max (L.) Merr.) grown during the bomb spike | |||||||||||
G01_P04 | Fan Jiang | Vertical dynamics of particulate carbon sources during a haze pollution episode using the measurements of dual-carbon isotopes | |||||||||||
G01_P05 | Hidetoshi Kumata | Source apportionment of atmospheric and sedimentary PAHs from Kolkata, India by using compound-class-specific radiocarbon analysis (CCSRA) | |||||||||||
G01_P06 | Masao
Uchida /Pavuluri |
Characterization of Carbonaceous Components and Fossil and Non-Fossil Carbon Contents in Fine Aerosols in the Eastern Mediterranean Troposphere | |||||||||||
G01_P07 | Masao
Uchida /Pavuluri |
Abundance of Non-Fossil Carbon Content in the Tropical Indian Carbonaceous Aerosols | |||||||||||
G01_P08 | Andreja Sironić | Atmospheric CO₂ carbon isotope composition in urban and clean areas of coastal Northern Croatia | |||||||||||
G01_P09 | Corina Solis | Variation of fossil CO₂ in Mexico City during the month of December before and after the COVID-19 partial lockdown | |||||||||||
G01_P10 | Eric Usher | Atmospheric radiocarbon analysis of grass samples; weekly resolution comparison and fossil fuel reconstruction of high traffic and background sites | |||||||||||
G01_P11 | Angelina Wenger | Using ¹⁴CO₂ to derive fossil fuel CO₂ in the UK | |||||||||||
G01_P12 | Giulia Zazzeri | A sampling system for ¹⁴C analysis of atmospheric methane: from a laboratory prototype to an automated system | |||||||||||