Thursday 15.09.2022 | |||||||||||||
Poster Session 3, F-floor (upper): C01, C02, C03, C04, C05, Ta1 | |||||||||||||
Poster# | Presenter /submitted by | Title | |||||||||||
C01_P01 | Takahiro Aze | U/Th dating and radiocarbon measurement potentials using marine mollusks around Japanese archipelago | |||||||||||
C01_P02 | Barbara Benisiewicz | Climatic signal in tree ring δ¹³C and its temporal stability - case study for Suwałaki region | |||||||||||
C01_P03 | Alexander Cherkinsky | Evidence of Holocene Hydroclimate Variability in Northern India and Links to the Indus Civilization | |||||||||||
C01_P04 | Quan Hua | Holocene fire recorded in dune footslope deposits at the Cooloola Sand Mass, Australia | |||||||||||
C01_P05 | Masao
Uchida /Irino |
Sedimentary environment and depositional process of reworked materials in the subaqueous Yangtze Delta during the middle and late Holocene | |||||||||||
C01_P06 | Fumiko Nara | Updated radiocarbon age-depth model from Lake Baikal sediment: Implication for past hydrological changes for last glacial to the Holocene | |||||||||||
C01_P07 | Karin Nemoto | Paleoclimate study in the Indonesian throughflow region using carbon and beryllium isotopes | |||||||||||
C01_P08 | Adrian Patrut | A 900-Year Isotopic Proxy Rainfall Record from central Botswana | |||||||||||
C01_P09 | Paul Strobel | Improving radiocarbon based chronologies in semi-arid regions using paleomagnetic secular variations – a case study from Mongolian high-altitude lakes | |||||||||||
C01_P10 | Masao
Uchida /Sugisaki |
Optically stimulated luminescence dating of marine sediments from the Bering Sea | |||||||||||
C01_P11 | Yusuke Yokoyama | Mid- to Late- Holocene sea level changes recorded in corals from Philippines | |||||||||||
C02_P01 | Elaine Dunbar | Carbon Isotope Changes Through the Recent Past: F¹⁴C and δ¹³C values in single barley grain from 1852 to 2020 | |||||||||||
C02_P02 | Maurice Ndeye | Radiocarbon Concentration Measurements in Tree Leaves near SOCOCIM (Rufisque, Senegal), A Cement Factory | |||||||||||
C02_P03 | Fan
Jiang /Ping |
Influence of the human activity on the source of soil inorganic carbon in grassland from Tibet and Inner Mongolia | |||||||||||
C03_P01 | David Fink | Cosmogenic radionuclides at Law Dome, East Antarctica, record the 774/5 AD and 993/4 AD Miyake Events |
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C03_P02 | Andrzej Rakowski | The potential for using Δ¹⁴C excursions to accurately date floating pine chronologies from the Hallstatt period | |||||||||||
C03_P03 | Andrzej Rakowski | Variations in the radiocarbon calibration curves around known and suspected Δ¹⁴C excursions | |||||||||||
C04_P01 | Barbara Benisiewicz | δ¹³C and intrinsic water use efficiency (iWUE) for trees in various health conditions – case study for Świerklaniec Forest District | |||||||||||
C04_P02 | Silvia Cercatillo | New high RESOLUTION project ¹⁴C data from a Glacial sub-fossil pine forest in Furadouro, Portugal | |||||||||||
C04_P03 | Wan Hong | Radiocarbon ages of annual tree rings collected in Korea (AD 900 - 2021, 81 - 168, 131 - 211) | |||||||||||
C04_P04 | Hiroyuki Kitagawa | A growth rate variability of Ziziphus spina christi in North-central Oman determined by a series of radiocarbon measurements | |||||||||||
C04_P05 | John Meadows | Single-year ¹⁴C dating of the lake-fortress at Āraiši, Latvia | |||||||||||
C04_P06 | Adrian Patrut | AMS radiocarbon investigation of the African baobabs from the semi-arid cloud forest of Wadi Hinna, Dhofar, Oman | |||||||||||
C04_P07 | Harsh Raj | Improved calibration method for dating multiple tree-rings and its implication on the Santorini debate | |||||||||||
C04_P08 | Helene Agerskov Rose | High precision dating of a Neolithic wooden trackway from Lower Saxony, Germany, using radiocarbon wiggle matching | |||||||||||
C04_P09 | Lukas Wacker | Origin and age of carbon in cellulose of mid-latitude tree rings | |||||||||||
C04_P10 | Damian Wiktorowski | Using rapid atmospheric ¹⁴C changes to precise dating part of the floating chronology for pine tree from Józefowo (north Poland) | |||||||||||
C05_P01 | Philip Gautschi | Radiocarbon analysis of annually published journals | |||||||||||
C05_P02 | Philip Naysmith | Barley Mash its history in the Radiocarbon Inter-comparison studies and its role as a modern carbon standard | |||||||||||
C05_P03 | Andrzej Rakowski | Determination of the influence of air parcels in the Northern
and Southern Hemisphere on radiocarbon calibration in Southern America |
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C05_P04 | Jocelyn Turnbull | Comprehensive update of marine reservoir values for New Zealand coastal waters to inform coastal hazard research | |||||||||||
Ta1_P01 | Lara Indra | Radiocarbon dating of forensic human bone to estimate the postmortem interval (PMI) | |||||||||||
Ta1_P02 | Katerina Pachnerova Brabcova | Chronological records in animal tissues | |||||||||||
Ta1_P03 | Hongtao Shen | Absorption and Distribution of Ultra-Trace Exogenous ¹⁴C Urea in Rats | |||||||||||
Ta1_P04 | Fan
Jiang /Wang |
Bomb pulse dating of human calculi | |||||||||||
Poster Session 3, EO-floor (middle): T03, T04 | |||||||||||||
posters are up | |||||||||||||
Poster Session 3, D-floor (lower): G02, G03, G04, G05 | |||||||||||||
Poster# | Presenter /submitted by | Title | |||||||||||
G02_P01 | Thomas Blattmann | Radiocarbon geochemistry of amino acids in marine sediments | |||||||||||
G02_P02 | Maxi Castrillejo | Ensuring comparability of radiocarbon measurements in dissolved inorganic carbon of seawater between ETH-Zurich and NOSAMS | |||||||||||
G02_P03 | Chun-Yen Chou | AMS ¹⁴C dating and stable isotope analysis on an 8-kyr oyster
shell from Taipei Basin: Sea level and SST changes |
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G02_P04 | Marcus Christl | Tracking the ¹⁴C bomb peak recorded in Arctica Islandica across the North Sea and Northeast Atlantic Ocean | |||||||||||
G02_P05 | Roberta L. Hansman | Radiocarbon in the ocean: ensuring high quality results | |||||||||||
G02_P06 | Niels Hauksson | Long Term Time Series of Surface Water Dissolved Inorganic Carbon Isotopes from the Southern California Bight | |||||||||||
G02_P07 | Maria Ilie | The chronology of the sedimentation in the Danube abyssal fan records the major episodes of the late-Holocene Black Sea evolution | |||||||||||
G02_P08 | Minkyoung Kim | Organic carbon cycling in the deep ocean: Implications from radiocarbon | |||||||||||
G02_P09 | Charlotte Schnepper | Tracing bomb radiocarbon in sinking particulate organic carbon in the deep Sargasso Sea | |||||||||||
G02_P10 | Masao Uchida | Age offsets between marine-derived lipid biomarkers, TOC, and foraminifera during cross shelf-slope lateral transport revealed by compound-specific radiocarbon dating | |||||||||||
G02_P11 | Xuchen Wang | CANNOT ATTEND | |||||||||||
G02_P12 | Stephan Winkler | Bomb-pulse radiocarbon record for a well-dated Caribbean coral core | |||||||||||
G03_P01 | Philippa Ascough /Gulliver |
Source apportionment of fugitive methane emissions using radiocarbon in a Scottish river | |||||||||||
G03_P02 | Katherine Thomas | Bulk Organic Carbon Isotopes From the Santa Clara River During Rain Events | |||||||||||
G03_P03 | Bingbing Wei | Anthropogenic perturbations change the quality and quantity of terrestrial carbon flux to the coastal ocean | |||||||||||
G04_P01 | Lisa Bröder | Exploiting radiocarbon to investigate the fate of permafrost organic matter supply to the Canadian Beaufort Sea | |||||||||||
G04_P02 | Go Iwahana | Radiocarbon age of plant remains in massive ground ice of the Barrow Permafrost Tunnel, Alaska | |||||||||||
G04_P03 | Masayo Minami | Multiple radiocarbon dating of POC, DOC, DIC, and plant remains in ground ice of Siberian permafrost | |||||||||||
G05_P01 | Kari Finstad | What are soil microbes eating? Novel methods for determining the age of microbially utilized soil carbon | |||||||||||
G05_P02 | Katherine Grant | Divergence of compound class persistence in a California grassland soil | |||||||||||
G05_P03 | Franziska Lechleitner | Towards a comprehensive understanding of the drivers of the reservoir effect (dead carbon fraction) in stalagmites - a modelling approach | |||||||||||
G05_P04 | Karis Mcfarlane | Old-growth forest and adjacent prairie show contrasting soil carbon properties not linked to aboveground litter input and chemistry | |||||||||||
G05_P05 | Satabdi Misra | Species-definite AMS ¹⁴C dating, ²¹⁰Pb and ¹³⁷Cs dating on a peat core from Jinchuan Mire, NE China | |||||||||||
G05_P06 | Sarah Rowan | Multi-Pool Monitoring of Organic and Inorganic Carbon at Milandre Cave, Switzerland – Implications for Future Paleoecosystem Proxies | |||||||||||
G05_P07 | Masao Uchida | Isotopic signatures of fine organic aerosol in the deciduous
forest and photosynthetic isotopic discrimination: Insights from
compound-specific radiocarbon analysis |
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G05_P08 | Haiyan Zhao | Peatland initiation and carbon accumulation history during the Holocene in Xinjiang, China | |||||||||||
G05_P09 | Sue
Trumbore /Hilman |
Why do tree tissues have older radiocarbon ages than chronological ages? | |||||||||||