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Thank you to everyone who has submitted an abstract for the Thermo2010 programme. We
recieved almost 250 abstracts in total for what looks to be a very interesting meeting. All
corresponding authors should now have received confirmation of their alloted presentation. The
programme shown below is PROVISIONAL, and is subject to change.
Provisional Scientific Programme
Saturday 7th -Saturday 14th August
Pre conference field trip to Mull, Iona and Staffa
Sunday 15th August
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WORKSHOP Digital Image Processing and Automated Fission Track Analysis Venue: Department of Geographical & Earth Sciences, University of Galsgow Please email to enrol on this workshop |
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16.00 - 18.30 |
ICEBREAKER RECEPTION & REGISTRATION The Loft, Ashton Lane Open to all delegates and registered guests |
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Monday 16th August
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08.15 |
COFFEE & REGISTRATION |
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08.30 |
OPENING REMARKS |
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GASES IN MINERALS (I) |
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08.45 |
Ramsay, Gas and Glasgow Finlay Stuart |
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09.00 |
Exploring fundamental assumptions of He thermochronometry Ken Farley – Keynote address |
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09.30 |
Patterns of relief development in a glacial landscape constrained by apatite 4He/3He thermochronometry David L Shuster |
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09.45 |
Interpretation of apatite (U-Th)/He thermochronometry data from cratonic rocks Rebecca Flowers - Invited Speaker |
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10.00 |
He data dispersal Cristina Persano |
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10.15 |
The statistical treatment of overdispersed (U-Th-Sm)/He ages Pieter Vermeesch |
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10.30 |
COFFEE & POSTERS |
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GASES IN MINERALS (II) |
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11.00 |
A 3D Monte Carlo approach to diffusion applied to (U-Th)/He thermochronology Cécile Gautheron - Invited Speaker |
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11.15 |
The good, the bad, and the metamict – Bulk He diffusion and radiation damage in zircon and impact on zircon (U-Th)/He thermochronometry Daniel Stockli |
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11.30 |
Effects and implications of radiation damage on He diffusion in zircon William Guenthner* |
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11.45 |
Göochronology: He-extraction line in Göttingen - first results on the geochemistry and He-dating of hydrothermal rutile István Dunkl |
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12.00 |
Metal oxides as (U-Th)/He dating friends and foes Pete Reiners - Invited Speaker |
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12.15 |
Dating fluid circulation in faults using secondary calcite (U-Th)/He ages Alexandre Cros* |
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12.30 |
LUNCH & POSTERS |
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MODELLING GASES |
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14.00 |
A lattice-Boltzman model for noble gas diffusion and applications to thermochronometry Paul Renne – Keynote address |
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14.30 |
Alkali feldspar microtextures and Ar release I: fast pathways Ian Parsons - Invited Speaker |
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14.45 |
Alkali feldspar microtextures and Ar release II: Reconciliation via microanalysis Matt Heizler - Invited Speaker |
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15.00 |
What are the issues with Ar-Ar thermochronology in rocks cooling from high temperature and pressure? Simon Kelley - Invited Speaker |
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15.15 |
When should you believe Ar/Ar ages from high pressure rocks? Clare Warren |
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15.30 |
COFFEE & POSTERS |
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GETTING AT THE TIME TEMPERATURE |
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16.00 |
Into the mantle and back again: Rates and timescales of subduction metamorphism and exhumation Suzanne Baldwin |
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16.15 |
Rapid Mio-Pliocene exhumation of northern Borneo constrained by thermochronometry of the Kinabalu Granite Michael Cottam |
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16.30 |
Did orogenic collapse control the breakup and rifting of Gondwana? Forward modelling and backwards comparison of a comprehensive multichronometer dataset from the N Mozambique orogen - passive margin system Kosuke Ueda* |
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16.45 |
Geo and Thermochronology of the Twin Lakes batholith: Implications for the Laramide orogeny Josh Feldman* |
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17.00 |
Testing closure temperatures of Pb diffusion in allanite and titanite in the reheated Ecstall pluton, British Columbia Sarah Brownlee |
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17.15 |
Constraints on the thermal evolution of continental lithosphere from U-Pb thermochronology : a new approach Terrence Blackburn* |
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17.30 - 20.00 |
POSTER SESSION & RECEPTION |
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Tuesday 17th August
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08.15 |
COFFEE |
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TRACKS IN MINERALS (I) |
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8.30 |
Low-temperature thermochronology applied to tectonics: the vertical profile approach Paul Fitzgerald – Keynote address |
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9.00 |
New techniques in fission track dating: LA-ICP-MS and AFM Noriko Hasebe |
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9.15 |
Statistics for LA-ICPMS fission track dating Rex Galbraith |
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9.30 |
New surface fission track formation model derived by nanoscale studies of 11.5 to 101 MeV iodine ion impact sites in apatite, mica and zircon Fabian Kohlman |
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9.45 |
Fission tack stability in glass and mica detectors at ambient temperature: results of an inverse annealing experiment Peter Van den haute |
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10.00 |
Some inferences from etched-track observations in apatite Carsten Weise* |
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Ion track formation and pressure Ulrich Glassmacher |
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10.30 |
COFFEE & POSTERS |
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TRACKS IN MINERALS (II) |
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11.00 |
What we can hope to do and what we will never be able to do with fission tracks in apatite Paul Green |
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11.15 |
Some inferences from computer-simulated track etching Christian Quaas* |
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11.30 |
An integrated digital image-based system for automated fission track analysis Andrew Gleadow - Invited Speaker |
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11.45 |
Fission-track dating of obsidian from Kyushu, Japan: an approach using gamma-ray spectrometry and effective track length measurement Tatsuo Suzuki |
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12.00 |
Lessons from the inter-laboratory calibration experiment for apatite fission-track length measurements Richard Ketcham |
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12.15 |
Thermochronology of fault zones Taka Tagami - Invited Speaker |
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12.30 |
LUNCH & POSTERS |
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SOURCE TO SINK (I) |
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14.00 |
Detrital thermochronology in glaciated areas Cornelia Spiegel - Invited Speaker |
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14.15 |
Lag-time or poorly understood time? Andrew Carter |
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14.30 |
Combined zircon and mica thermochronology in the reconstruction of Cenozoic Asian River systems Peter Clift - Invited Speaker |
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14.45 |
Direct versus indirect thermochronology: What do we truly trace? An example from SE Peru and its implication for the geodynamic development of the Andes Geoffrey Ruiz |
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15.00 |
Low-T-thermochronology applied to syn-tectonic deposits of the Central Andes: Implications for timing and magnitude of exhumation and plateau evolution Barbara Carapa |
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15.15 |
How well does the sink mirror the source at an active margin? An example from the Chilean trench Meinert Rahn |
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15.30 |
COFFEE & POSTERS |
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SOURCE TO SINK (II) |
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16.00 |
Long-term landscape evolution of the Rwenzori Mts and surrounding Albertine Rift Friederike Bauer |
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16.15 |
Recognition of the early orogenic cycles of the South American Platform and adjacent areas by detrital zircon Fission Track and U-Pb dating of the Mesozoic Bauru Basin Airton Dias* |
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16.30 |
Constraints on Paleocene-Eocene geometry and uplift of the Pyrenees from AFT, ZHe and Z(U/Pb) dating on detrital grains Pierre-Yves Filleaudeau* |
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16.45 |
Resolving the time lag: Delayed localisation of the Pacific–North America plate boundary in the Gulf Extensional Province Christian Seiler |
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17.00 |
Rapid late Mio-Pliocene exhumation at the Bolivian orocline Jason Barnes |
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17.15 |
A detrital record of post-Eocene East Antarctic subglacial erosion from single grain triple-dating (fission track, U-Pb, and (U-Th)/He) Stuart Thomson |
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Poster Presentations – Monday and Tuesday Session
All posters will be on display from 8am on Monday 16 th to 7pm on Tuesday 17th August
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Author (* student) |
Title |
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| 1 |
Boris |
Avdeev |
Bayesian Inversion of Erosion Models with Detrital Data |
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| 2 |
Maria Laura |
Balestrieri |
A detrital apatite fission-track study on the sedimentary successions of two intermontane basins of the Northern Apennines, Italy. |
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| 3 |
Evan |
Bargnesi |
Detrital (U-Th)/He Thermochronometry of the Paros Supradetachment Basin, Central Cyclades, Greece |
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| 4 |
Friederike |
Bauer |
Evolution of the Albertine Rift in East Africa, evidence from the Western Rift shoulder (DRC) |
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Jeff |
Benowitz |
Persistent Long-Term (~24 Ma) Exhumation in the Eastern Alaska Range constrained by Stacked Thermochronology |
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Mauricio |
Bermudez |
What controls exhumation of the Venezuelan Andes? |
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Mauricio |
Bermudez |
Relation between Cenozoic exhumation patterns and plate interaction across the Venezuelan Andes |
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Ann |
Blythe |
Collapse of a Mesozoic West Antarctic Plateau: Evidence from Apatite Fission Track Thermochronology |
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Graham |
Bradley |
Denudation history of Permo-Carboniferous glacial strata and Precambrian basement on the East African Plateau adjacent to the eastern flank of the Western Rift |
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Stephanie |
Brichau |
Understanding sediment supply, transfer and provenance in the Chiapas region of Mexico: A multi-chronometric approach. |
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| 11 | ||||
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Isabela |
Carmo |
Low temperature thermal history of SE Brazil rift margin from combined apatite fission track and (U-Th-Sm)/He thermochronology |
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| 12 |
Barbara |
Carrapa |
Detrital thermochronology of Tajik rivers reveals widespread and high magnitude Miocene exhumation in the Pamir |
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| 13 |
David |
Chew |
Geochronology of the Tardree Rhyolite, Northern Ireland: implications for zircon fission track and (U-Th)/He studies |
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| 14 |
Ling |
Chung |
Post Gondwana break-up thermal evolution of Tasmania and transform tectonics of the South Tasman Rise |
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| 15 |
Nathan |
Cogné |
Chronology of tectonic reactivation, denudation and drainage evolution in SE Brazil |
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| 16 |
Eduardo |
Curvo |
Comparison of gamma and beta-gamma thermal neutron fluence determinations for fission-track irradiations in the FRM-II reactor |
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| 17 |
Eduardo |
Curvo |
A comparison of neutron-fluence measurements using thick and thin uranium-fission monitors and metal-activation monitors |
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| 18 |
Anke |
Deeken |
Exhumational variability along-strike of the Himalayan orogen |
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| 19 |
Bin |
Deng |
The Late Cretaceous Key Tectonic Change of Eastern Margin of Tibetan Plateau : Evidence form Granites' Multi-systems Thermochronology |
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| 20 |
Bin |
Deng |
The Late Cretaceous Key Tectonic Change of the Eastern Margin of the Tibetan Plateau : Results from Multi-system Thermochronology |
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| 21 |
Katherine |
Dobson |
Using apatite and zircon (U-Th)/He thermochronology to determine eathquake mechnaics |
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| 22 |
Ray |
Donelick |
Comparison of LA-ICP-MS and EDM Methods of Apatite Fission-Track Dating |
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| 23 |
Ray |
Donelick |
Parameter Dpar for Apatite: Use and Observations |
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| 24 |
Ian |
Duddy |
Where to now with apatite (U-Th)/He dating? |
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| 25 |
Ian |
Duddy |
Misinterpretation of apatite fission track data |
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| 26 |
Ian |
Duddy |
Provenance constraints for Cenozoic to Recent sediments from the Middle Magdalena Basin, Bucaramanga area, Colombia, from AFTA® apatite fission track analysis |
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| 27 |
Istvan |
Dunkl |
Effect of temperature on track lengths at track formation |
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| 28 |
Benjamin |
Emmel |
From late orogenic cooling to continental break-up – a fission track record from northern Mozambique |
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| 29 |
Paul |
Fitzgerald |
Detrital apatite fission track thermochronology: Application to the syn-tectonic conglomerates of the south-central Pyrenees and exhumation of the central Pyrenean orogen |
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| 30 |
Paul |
Fitzgerald |
Detrital apatite fission track thermochronology: Application to the syn-tectonic conglomerates of the south-central Pyrenees and exhumation of the central Pyrenean orogen |
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| 31 |
Stephanie |
Flude |
The effect of SEM imaging on the Ar/Ar system in feldspars |
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| 32 |
Ana |
Franco-Magalhaes |
Tectonic exhumation and long-term landscape evolution of SE-Brazil: Ponta Grossa Anticline |
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| 33 |
Daniel |
Françoso de Godoy |
Eocarboniferous and Neotriassic cooling events on Cambrian sediments from the Borborema Province, NE Brazil: zircon fission track methodology |
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| 34 |
Kerry |
Gallagher |
A Bayesian approach to mixture modelling for detrital geochronology |
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| 35 |
Badr |
Ghorbal |
Surface and subsurface apatite and zircon (U-Th)/He thermochronometric constraints on the tectonic evolution of central Cordillera Oriental fold-thrust belt, Colombia |
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| 36 |
Ulrich |
Glasmacher |
Giant-landslides as possible causes for fast exhumation of intrusive rocks in Fuerteventura |
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| 37 |
Ulrich |
Glasmacher |
Exhumation history of the Lower and Greater Caucasus, Azerbaijan |
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| 38 |
Andrew |
Gleadow |
Annealing characteristics of fission tracks in monazite: Application of a new method for performing thermal annealing experiments using implanted 252Cf fission fragment semi-tracks |
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| 39 |
Stewart |
Gleadow |
Apatite C-Axis Determination using Circular Polarisation |
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| 40 |
Stewart |
Gleadow |
An Automated Fission Track Analysis Software Pipeline |
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| 41 |
Stijn |
Glorie |
A “new” irradiation facility for FT applications at the Belgian Nuclear Research Centre: the BR1 reactor |
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| 42 |
Stijn |
Glorie |
Evaluating the effect of anisotropy on fossil fission track length distributions in apatite |
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| 43 |
Paul |
Green |
Elevated passive continental margin topography is unrelated to rifting and break-up |
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| 44 |
Sandro |
Guedes de Oliveira |
Ion-track annealing studies in muscovite |
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| 45 |
Viktoria |
Haider |
Using (U-Th)/He and FT method as dating tool for modelling development of peneplains on the Tibetan Plateau |
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| 46 |
Shao-Yi |
Huang |
Varied exhumation across Lhasa Terrane: deduced by triple-dated detrital samples from Yarlung-Tsangpo, South Tibet |
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| 47 |
Pedro |
Iunes |
An epidote fission-track annealing data set |
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| 48 |
Hideki |
Iwano |
Fission track ages of the Fish Canyon Tuff based on a lambda f-value of 8.5×10-17yr-1 and the IRMM540 dosimeter: The absolute calibration |
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| 49 |
Raymond |
Jonckheere |
On measurements of non-horizontal confined fission tracks |
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| 50 |
Markus |
Karl |
New apatite fission-track data reflecting the landscape evolution of the southeastern passive continental margin in Brazil |
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| 51 |
Alexandra |
Käßner |
The Gissar arc of the SW Tien Shan: old age and young uplift |
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| 52 |
Linda |
Kirstein |
From grains to plates: Sediment routing, arc-continent collision and the detrital record Taiwan |
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| 53 |
Fabian |
Kohlmann |
A new approach to crystallographic orientation measurement for apatite fission track analysis: Effects of crystal morphology and implications for automation |
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| 54 |
Fabian |
Kohlmann |
Low-temperature thermochronological reconstruction of Pennsylvanian strata thickness on the Slave Craton, Northwest Territories, Canada. |
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| 55 |
Florentine |
Krieger |
Refining the thermal signal of the Ries meteorite impact |
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| 56 |
Rajeev |
Kumar |
Low temperature thermochronology of the Rovuma transform margin, north Mozambique |
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| 57 |
Martin |
Lee |
Subgrain microstructures in K-feldspars: Do they have any effect on argon isotope dating and thermochronology? |
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| 58 |
Julia |
Lindow |
First results on the exhumation history of coastal Marie Byrd Land and Ellsworth Land, West Antarctica |
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| 59 |
Raul |
Lugo-Zazueta |
Low temperature thermochronology of the eastern Gulf of California: a sheared continental margin, Sonora, Mexico |
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| 60 |
Sherif |
Mansour |
Cratonization and Development of the Arabian-Nubian Shield, West-central Sinai, Egypt; Constrains from Zircon U-Pb and Apatite Fission Track Thermochonologies |
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| 61 |
Darren |
Mark |
Step heating of 40Ar/39Ar standard mineral mixtures: Investigation of a fine-grained bulk sediment provenance tool |
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| 62 |
Darren |
Mark |
40Ar/39Ar dating of hydrothermal activity, biota and gold mineralization in the Rhynie hot-spring system, Scotland |
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| 63 |
Ryan |
McKeon |
The effect of radiation damage on detrital apatite U-Th/He themrochronometry: A case study from New England, USA |
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| 64 |
Joseph |
Miller |
Detrital thermochronology of the Alpine foreland basin in central Switzerland-insights into tectonic and erosion history of the north central Alps |
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| 65 |
Pedro |
Moreira |
New apatite density and length fission-track datasets: measures in random crystallographic faces. |
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| 66 |
Leah |
Morgan |
First-principles calibration of 40Ar/39Ar mineral standards |
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| 67 |
Shinnosuke |
Ohishi |
Observation of fission-tracks in zircon by Atomic Force Microscope |
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| 68 |
Devon |
Orme |
Effects of External Parent Nuclides on Apatite Helium Dates: Sources and Solutions |
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| 69 |
Mauricio |
Parra |
Exhumation patterns in inverted orogens: Example from the the Eastern Colombian Andes |
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| 70 |
Joerg |
Pfaender |
The Ar-Ar geochronology facility at Freiberg, Germany: Instrumentation, data handling, and applications |
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| 71 |
Meinert |
Rahn |
The metamorphic and denudation history of the Songpan-Garzê flysch in Sichuan Province, China |
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| 72 |
Ruth |
Robinson |
Robinson title tbc |
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| 73 |
Palissari |
Rosane |
Comparison of fission-track annealing models for zircon |
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| 74 |
David |
Schneider |
Muscovite 40Ar/39Ar laser probe ages & thermal models coupled with lithospheric mechanical modelling |
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| 75 |
Chuanbo |
Shen |
U-Pb and fission-track dating of Huarong granites and their implications for the tectonic evolution of eastern China |
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| 76 |
Xiaobin |
Shi |
Cenozoic denudation of southern Hainan Island, South China Sea: constraints from low temperature thermochronology |
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| 77 |
Thibaud |
Simon-Labric |
Low-temperature thermochronology of continental magmatic arcs: An example from the Northern Cascades Range, USA |
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| 78 |
Cleber |
Soares |
Fission-Track Dating in Apatite Using the Plateau Method |
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| 79 |
Ed |
Sobel |
Influence of etching conditions on apatite Dpar |
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| 80 |
Blanka |
Sperner |
Grain size dependent ages of Ar-Ar dated biotite: An effect of recoil during irradiation? |
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| 81 |
Blanka |
Sperner |
Testing mineral liberation by high-voltage pulsed power technology: Influences on grain size, grain shape, mineral yield, and age dating |
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| 82 |
Martin |
Svojtka |
Estimation of exhumation/denudation rate of high-pressure granulites in the Moldanubian Zone of the Bohemian Massif (Czech Republic) based on combination of multiple chronometers |
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| 83 |
Roelant |
van der Lelij |
Thermochronology and Tectonics of the Leeward Antilles: evolution of the Southern Caribbean Plate Boundary Zone and accretion of the Bonaire Block |
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| 84 |
Bastian |
Wauschkuhn |
Cenozoic tectonics of the eastern Tibetan Plateau: fission track, (U-Th)/He, and 40Ar/39Ar thermochronology along the Jinsha suture |
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| 85 |
Bastian |
Wauschkuhn |
On the observation threshold in fission-track counts |
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| 86 |
Reinhard |
Wolff |
Thermochronology of the Ivrea-Verbano Zone of the Western Alps using zircon fission track, (U-Th)/He and K/Ar dating |
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| 87 |
Olga |
Yakubovich |
The behaviour of radiogenic helium in native metals |
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| 88 |
Kunimi |
Yamada |
Ultra short term or hydrothermal retention experiments of zircon (U-Th)/He age |
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| 89 |
Hiroshi |
Yamada |
Approaches to estimate alteration age and temperature of bentonite |
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| 90 |
Wanming |
Yuan |
The uplifting and denudation of main Huangsan Mountains, Anhui Province, central China |
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Wednesday 18th August
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8.30 |
Mid-Conference field trip to
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Thursday 19th August
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8.15 |
COFFEE |
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BASINS & HYDROCARBONS |
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8.30 |
Thermochronology and hydrocarbon exploration: fundamental constraints on basin models Ian Duddy |
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8.45 |
Thermal History of the Sichuan Basin, China and its application to oil and gas generation Shengbiao Hu |
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9.00 |
In situ 40Ar/39Ar dating of fluid flow: Insights from authigenic K-feldspar overgrowths Darren Mark |
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9.15 |
Paleozoic tectono-thermal evolution in the Tarim Basin, China: constraints from (U-Th)/He ages, AFT and VRo data Nansheng Qui |
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9.30 |
Late Cretaceous to Cenozoic Tectonic Inversion of the Songliao Basin and the Driving Mechanism: Evidence from Apatite Fission Track and (U-Th)/He Thermochronology Caifu Xiang |
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9.45 |
COFFEE & POSTERS |
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MODELLING PROCESSES |
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10.15 |
Numerical modelling as an essential tool for the interpretation of thermochronological datasets Jean Braun – Keynote Address |
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10.45 |
How clean is our laundry: can we deliver the quantitative thermal histories that we promise? Peter Zeitler - Invited Speaker |
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11.00 |
Surface Processes from Thermochronology Todd Ehlers - Invited Speaker |
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11.15 |
More Transdimensional Modelling for Quantitative Thermochronology Kerry Gallagher - Invited Speaker |
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11.30 |
A Fourier approach for estimating and correcting the topographic perturbation of low-temperature thermochronological data Christoph Glotzbach |
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11.45 |
On sampling effects in apatite fission-track T,t-modelling Raymond Jonckheere |
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12.00 |
LUNCH & POSTERS |
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More details can be
found on the workshops page |
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THERMOCHRONOLOGY IN ACTION – GLOBAL (I) |
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14.00 |
Cenozoic basement evolution and the timing of continental rifting, southern Gulf Extensional Province, Baja California Peninsula, Mexico: evidence from integrated thermochronology Barry Kohn |
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14.15 |
Strike-slip fault deceleration constrained by thermochronology: Implications for the timing of Pamir - Tien Shan collision Ed Sobel |
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14.30 |
Constraints on faulting processes from low-temperature thermochronology: an example from SW Sri Lanka Frank Lisker |
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14.45 |
Focused Exhumation in the southern Alaska Syntaxis Jeanette Arkle |
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15.00 |
Uplift and denudation history of the eastern flank of the Dead Sea Rift, SW Jordan: evidence from AFT thermochronometry Shimon Feinstein |
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15.15 |
COFFEE & POSTERS |
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THERMOCHRONOLOGY IN ACTION – GLOBAL (II) |
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15.45 |
Exhumation and deformation history of the Kyrgyz Tien Shan Euan Macaulay |
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16.00 |
Thermochronometic Constraints on the Extent and Longevity of a Geothermal System in an Extensional Tectonic Setting: Hawthorne, Nevada Kyle Gorynski |
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16.15 |
Morphotectonic contrast between the South Atlantic margins: apatite/zircon fission track and (U-Th)\He ages along profiles at southeast Brazil and Angola Peter Hackspacher |
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16.30 |
U-Th-Pb-He double-dating of zircon from the diamondiferous Ellendale lamproite pipe, Western Australia Martn Danisik |
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16.45 |
Timing post-Cretaceous uplift in Southern Africa using apatite (U-Th)/He Kate Dobson |
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19.00 - 2 am |
CONFERENCE BANQUET & CEILIDH Oran Mor, Byres Road |
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Friday 20th August
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8.45 |
COFFEE |
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WHAT'S NEXT IN THERMOCHRONOLOGY |
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9.00 |
40 K- 40 Ca thermochronometry |
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9.30 |
Combined U-Pb and Fission-Track Age Dating of Zircon using LA-ICP-MS |
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9.45 |
High-spatial resolution 40Ar/39Ar and (U-Th)/He thermochronology enabled
by the excimer laser microprobe |
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10.00 |
U-Pb and Th-Pb dating of apatite by LA-ICPMS |
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10.15 |
Pb-Pb Thermochronology of Metamorphic Titanite: In-Situ Laser Ablation
MC-ICP-MS Analysis |
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10.30 |
In-situ detrital zircon (U-Th)/He thermochronology |
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10.45 |
COFFEE & POSTERS |
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THERMOCHRONOLOGY IN ACTION - EUROPE (I) |
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11.15 |
Quaternary Alpine landscape evolution from apatite (U-Th-Sm)/He, 4He/3He thermochronometry and numerical modelling, Western European Alps Pierre Valla* |
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11.30 |
Post-orogenic evolution of the Southern Pyrenees: thermo-kinematic modelling and (U-Th)/He dating Charlotte Fillon* |
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11.45 |
Low-temperature exhumation history of Variscan-age rocks in the western Cantabrian Mountains (NW Spain) recorded by AFT-(U-Th)/He thermochronology and 2D-3D t-T path modelling Rene Grobe* |
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12.00 |
The Inversion of Thermochronologic Data to Investigate Spatially Variable Exhumation Rates within the Alps Matthew Fox* |
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12.15 |
LUNCH & POSTERS |
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THERMOCHRONOLOGY IN ACTION - EUROPE (II) |
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13.45 |
How tectonically active are the Central Alps? |
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14.00 |
(U-Th-Sm)/He age profiles from the Adamello Complex (Southern Alps, Italy) |
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14.15 |
The Initiation of the Neotectonic era in Eastern Turkey: Evidence from
Apatite Fission Track Geochronology |
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14.30 |
Thermal history of a multiple passive margin: low-temperature thermochronological
data from the northern Svalbard rim |
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14.45 |
COFFEE & POSTERS |
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| 15.15 |
Detrital zircon fission-track thermochronology of the present-day Isère River drainage: no evidence for increasing erosion rates from 5 Ma on Matthias Bernet |
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15.30 |
The Elusive 5-Ma Increase in Denudation Rates of the European Alps Peter van der Beek - Invited Speaker |
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15.45 |
CLOSING REMARKS & AWARDS |
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16.15 |
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17.30 |
CLOSE |
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Poster Presentations – Session 2
All posters will be on display from 8am on Thursday 19 th to 5pm on Friday 20th August.
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Author (* student) |
Title |
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| 1 |
Benedetta |
Andreucci |
Two-stages Neogene exhumation of the Western Carpathians |
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| 2 |
Luis |
Barbero |
Mesozoic exhumation of NW Iberia: Preliminary constraints on apatite fission-track cooling ages |
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| 3 |
Romain |
Beucher |
Assessing exhumation and relief development in the Pelvoux and Dora-Maira massifs (Western Alps) from spectral analysis and inversion of thermochronological age transects |
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Roderick |
Brown |
title tbc. |
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| 4 | ||||
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Isabelle |
Coutand |
Late tertiary exhumation and uplift of the Olympos-Ossa massif (Internal Hellenides, northern Greece) as documented by apatite fission-track thermochronology |
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| 5 |
Moira |
Cruickshanks |
Thermal mapping of hydrothermal fluid flow: Applying thermochronology to Carlin-type Au systems |
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| 6 |
Martin |
Danisik |
Thermal evolution of the Black Forest (Germany): A triple dating approach on a single apatite sample |
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| 7 |
Corine |
Davids |
K-Ar and 40Ar/39Ar dating of post Caledonian brittle faults in northern Norway |
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| 8 |
Pedro |
del Rio Bermejo |
Thermal history of the eastern sector of the Sierra de Cameros (Iberian Range, Spain): constraints from fission track analysis. |
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| 9 |
Giorgio |
Di Fiore |
Thermochronological modeling of the western Lepontine Dome |
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| 10 |
Katherine |
Dobson |
Living in a bad neioghbourhood: quantifying the magnitude of crystal crystal interactions |
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| 11 |
Ian |
Duddy |
Integrated hinterland and sedimentary basin studies using AFTA® apatite fission track analysis: an example from SE Australia |
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| 12 |
Simon |
Elfert |
Interrelations between the exhumation history and the drainage evolution of the European Alps during the Neogene |
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| 13 |
Sarah |
Evans |
Zircon (U-Th)/He ages of the Penninic and Austroalpine units of SE Switzerland: implications for the thermal evolution of the Alpine orogen |
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| 14 |
Paul |
Fitzgerald |
Exhumation of the Neouvielle massif in the hanging wall of the Garvarnie thrust, west-central Pyrenees: thermochronologic constraints and comparisons with footwall exhumation |
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| 15 |
Kerry |
Gallagher |
QTQt – new transdimensional inverse thermal history modelling software for quantitiave thermochronology |
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| 16 |
Ulrich |
Glasmacher |
Long-term landscape evolution of the Dongyao Au-Mine, Wutai Mountains, China |
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| 17 |
Christoph |
Glotzbach |
Detrital apatite thermochronology from foreland deposits reveals constant late-Neogene exhumation of the Western European Alps |
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| 18 |
Paul |
Green |
Episodic thermal and burial/exhumation histories are more realistic than monotonic cooling/denudation histories |
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| 19 |
Paul |
Green |
Synchronous exhumation events around the Arctic & North Atlantic |
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| 20 |
Paul |
Green |
Multiple post-Caledonian exhumation episodes across northwest Scotland revealed by apatite fission track analysis |
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| 21 |
Andréa |
Jelinek |
Thermotectonics and Denudation History of Northeast Brazilian Continental Margin from Apatite Fission Track Thermochronology |
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| 22 |
Tang |
Jiguang |
The Mesozoic-Cenozoic Thermal effects of Northern Qaidam basin formation: based on fission track analyses |
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| 23 |
Tash |
Kalbfleisch |
Protracted Miocene deformation & cooling: thermochronology of Kythnos & Kea, western Cyclades |
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| 24 |
Richard |
Ketcham |
An applied example of multi-kinetic apatite fission-track modelling in the Colombian Eastern Cordillera |
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| 25 |
Peter |
Klint Jensen |
Optimizing basin model parameters using fission tracks |
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| 26 |
Alexandre |
Kounov |
Fission-track constraints on the thermotectonic evolution of the Apuseni Mountains (Romania) |
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| 27 |
Anna |
Ksienzyk |
Post-Caledonian fault activity in the Bergen area (south-western Norway): New insights from low-temperature thermochronology. |
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| 28 |
Tianyi |
Li |
Using fission track data to study the uplift and thermal history since Yanshan period in Jianghan Basin, China |
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| 29 |
Elco |
Luijendijk |
Integrating provenance and basin thermal history scenarios with apatite fission track data to reconstruct the Late Cretaceous inversion of the Roer Valley Graben (southern Netherlands) |
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| 30 |
Matteo |
Maino |
Timing and mechanism of orogen exhumation revealed by zircon (U-Th)/He thermocronometry |
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| 31 |
Lucas |
Mesalles |
Mesozoic burial and exhumation of the Western Moroccan Meseta |
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| 32 |
James |
Metcalf |
Along-strike variation in the exhumation of the Pyrenean orogen; insights from the Orri thrust sheet in the footwall of the Gavarnie thrust, south-central Pyrenees |
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| 33 |
Kyoungwon |
Min |
Coeval exhumation of Korean Peninsula and opening of East Sea revealed from single-grain (U-Th)/He thermochronology |
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| 34 |
Søren |
Nielsen |
Thermal and Tectonic Reconstruction in The Eastern North Sea – No Evidence for deep Neogene Erosion |
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| 35 |
Vivi |
Pedersen |
Predicting thermochronological data from a surface process model using Pecube |
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| 36 |
Stephanie |
Perry |
Thermotectonic evolution of the eastern Alaska Range: constraints from low-temperature thermochronology |
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| 37 |
Jannis |
Prenzel |
Thermochronological studies in the Eisenhower Range, Transantarctic Mountains, Antarctica |
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| 38 |
Edgardo |
Pujols |
Apatite and Zircon (U-Th)/He constraints on the structural and temporal evolution of rifting in the Gulf of Suez, Egypt, and the influence of pre-rift tectonism on faulting and fault linkage |
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| 39 |
Meinert |
Rahn |
Combining FT dating, microprobe and ionprobe analysis to locate the source of volcanic apatites from Southern Germany |
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| 40 |
Wolfgang |
Reiter |
Reconstructing circum-Alpine drainage evolution since the Pliocene using detrital thermochronology |
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| 41 |
Carina |
Ribeiro |
Constraints about of the Landscape Evolution of the Serra do Mar Mountain Range, southeast Brazil as revealed by apatite fission track and (U-Th)\He ages |
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| 42 |
Bruno |
Rodrigues |
Integrated thermochronology and organic maturation studies in the South Portuguese Zone and Algarve Basin (South Portugal) |
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| 43 |
Geoffrey |
Ruiz |
Tectono-thermal evolution of the Atlas system (SW Morocco), insights from low-temperature thermochronology and Raman spectroscopy on carbonaceous material |
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| 44 |
Manuel |
Sehrt |
Thermal and exhumation history of the Anti-Atlas, Morocco |
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| 45 |
Carley |
Senkowski |
Exhumation of the Cycladic high-pressure crystalline wedge |
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| 46 |
Tzu-Tsen |
Shen |
Tectonic implications of apatite fission-track ages from the Tachosui Gneiss of the Central Range, eastern Taiwan |
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| 47 |
Michal |
Smigielski |
Mechanisms of uplift and erosion in the Carpathian thrust wedge and foreland basin: low temperature thermochronology of the Tatra Mountains, southern Poland |
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| 48 |
Benita-Lisette |
Sonntag |
Geometry and age of intra-continental shortening along the Alai valley, Pamir–Tien Shan, Central Asia |
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| 49 |
Daniel |
Stockli |
HeMP – A new MATLAB-based Numerical Modeling Package for single and multiple sample/thermochronometer (U-Th)/He data |
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50 |
Kurt |
Sundell |
Low-temperature thermochronology of the Lunggar Shan extensional system, west-central Tibet |
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| 51 |
Carlos |
Tello |
Thermochronology of the South American platform in southeast of Brazil through Zircon, Epidote and Apatite Fission Track |
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| 52 |
Veronica |
Torres Acosta |
Miocene onset of rift-related tectonic exhumation of basement rocks in the northern Kenya Rift: New (U-Th)/He thermochronology data from the Elgeyo escarpment |
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| 53 |
Mercedes |
Vazquez-Vilchez |
Late stage differential exhumation of the Nevado-Filábride Complex, Betic Cordillera, southern Spain: Evidence from apatite (U-Th)/He and fission track thermochronology |
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| 54 |
Monika |
Walia |
Tectonics in the Buruanga Peninsula, Panay Island, Central Philippines, as constrained by various thermochronometers |
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| 55 |
Jie |
Wang |
Paleo-geothermometer of inverse deduction about dynamic thermal evolution of marine sequences in South China— ( U-Th) /He age and closure temperature of apatite and zircon |
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| 56 |
Maria |
Wiesinger |
Is the growth of the Tibet plateau overstepping the Sichuan basin? Apatite fission-track data from the Daba Shan, Central China |
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| 57 |
Jean-Christoph |
Wrobel-Daveau |
Vertical movements in the Zagros (Iran) after Apatite U-Th/He analysis |
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| 58 |
Caifu |
Xiang |
Post-Permian Thermal History of the Central Uplift Zone in the Tarim Basin, Northwest China: Evidence from Apatite Fission Track Thermochronology |
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| 59 |
Zhao |
Yang |
Late Mesozoic to Cenozoic exhumation of Northern Sichuan Basin: apatite fission-track constraints |
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60 |
Song |
Yougui |
Cretaceous-Cenozoic tectonothermal evolution of Wutai Shan: Evidences from fission track data |
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| 61 |
Yinhui |
Zuo |
Application AFT to Reconstruct the Thermal History in the Bohai Offshore Area |
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Saturday 21st - Sunday 22nd
More details of the (U-Th)/He short course will be issued to those attending
shortly






















