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Theme 1: Energy and resources
1.1 Geomechanics for Energy and Resources
| NAME | POSTER TITLE |
| Ms Lidena Carr | 1.1a) An improved understanding of the geology and petroleum systems of the southern Canning Basin gained through the acquisition of new seismic and well data |
| Mr Jess Kozman | 1.1b) Collaboration for Petroleum Data Management: A Case Study in Digital Transformation – WITHDRAWN |
| Mr Saswata Mukherjee | 1.1c) In-situ stress and geological structure influence on the coal fractures and initial reservoir permeability within Coal Seam Gas reservoirs, eastern Surat Basin |
| Dr Mojtaba Rajabi | 1.1d) In-situ stress pattern of Australia across spatial scales |
1.2 Unconventional Gas and Resources
| NAME | POSTER TITLE |
| Dr Sandra Rodrigues | 1.2a) Combined petrography and palynofacies study of the Toolebuc hydrocarbon sources |
| Alison Troup | 1.2b) Re-evaluation of overlooked petroleum potential in the Powell Depression, southern Galilee Basin |
1.3 Geophysics Informing Regional Tectonic Studies and Mineral Systems Analysis
| NAME | POSTER TITLE |
| Mahtab Rashidiford | 1.3a) How to computationally include regional interpretations into the seismic imaging process |
1.4 Reframing Mine Wastes as New Resources to Meet Green Economy Metal Demands
| NAME | POSTER TITLE |
| Miss Annah Moyo | 1.4a) Application of alkaline industrial wastes in remediation of acid and metalliferous drainage generated by legacy mine wastes |
1.5 Advancing Technologies in Mineral Exploration
| NAME | POSTER TITLE |
| Dr Stijn Glorie | 1.5a) Apatite fission track and U-Pb mapping of the northern Gawler Craton: implications for ore deposit exhumation and preservation |
| Dr June Hill Dr Thomas Poulet |
1.5b) Structural data in drill core: methods for analysing anisotropy in core images |
| Mr Max Hohl | 1.5c) Using Trace Element Chemistry of Magnetite as an Indicator Mineral at the Starra Iron-Oxide Copper Gold Deposits, Northwest Queensland |
| Dr Umer Javeed Dr June Hill Dr Matilda Thomas |
1.5d) Automated image analysis for RGB coloured core images |
| Prof. Mark Jessell | 1.5e) Into the Noddyverse: A massive data store of 3D geological models for application to machine learning & geophysical inversion |
1.6 Hydrothermal-magmatic Ore-forming Processes: Observations, Experiments and Theory
| NAME | POSTER TITLE |
| Dr Chris Carson | 1.6a) A manganese oxide discovery, Carrara Range, South Nicholson region, Northern Territory. |
| Dr David Durney | 1.6b) Structural evidence for massive sulphide mineralisation during extension, Clarke’s Reef, SE NSW |
Theme 2: Earth Structure
2.1 From Cratonic Assembly to Supercontinent Cycles – New Insights Into Earth’s Dynamic Evolution Since the Proterozoic
| NAME | POSTER TITLE |
| Dr Xianzhi Cao | 2.1a) Coupled evolution of plate tectonics and basal mantle structure |
| Miss Bei Chen | 2.1b) What is Under the Antarctic Ice: An Integrated Study of U-Pb, O and Lu-Hf Isotopes |
| Dr Chris Klootwijk | 2.1c) Paleomagnetic constraints on formation of the Manning Orocline, far-field effects of Pangea-B to -A transformation and breakup? |
| Mr Luca Magri | 2.1d) Geophysical investigation of the evolution of William’s Ridge and Broken Ridge, Kerguelen Plateau |
| Miss Samantha March | 2.1e) Timescales of continental subduction: Constraints from ultrahigh-pressure metapelites in the Western Gneiss Region, Norway |
| Dr Laura Morrissey | 2.1f) Refining tectonic models of the Rayner Complex in the Rodinia supercontinent |
2.2 Recent Advances in the Geology and Mineral Potential of the Eastern Australian Tasmanides
| NAME | POSTER TITLE |
| Miss Grace Cumming | 2.2a) Evidence for fire fountaining at Skillion Hill, Southern Tasmania |
| Miss Grace Cumming | 2.2b) Geochronology of various fault bound units at Savage River: a melange of different terranes |
| Dr John Greenfield | 2.2c) Early Tasmanides evolution: passive to convergent margin history in New South Wales, Australia |
2.3 Tectonic and Paleogeographic evolution of Mesozoic Eastern Australia: the record from continental basins and igneous rocks
| NAME | POSTER TITLE |
| Mr Christopher Todd | 2.3a) Mesozoic sedimentary provenance and palaeodrainage evolution of the north-eastern Queensland: evidence from the north-eastern Galilee and Eromanga basins |
Theme 3: Core to Crust
3.1 The Australian Lithosphere in 2021: What Do We Know and Future Challenges
| NAME | POSTER TITLE |
| Mr Umer Habib | 3.1a) Age constraints on the formation and emplacement of Cambrian Ophiolites along Heathcote, Dookie, and Governor fault zones, Central Victoria |
| Miss Polyanna Moro | 3.1b) Lithospheric structure of the Kidson reflection seismic line 18GA-KB1 from 2D multi-constrained gravity inversion |
3.2 Advances in Understanding Volcanic and Magmatic Processes
3.3 Architecture, Composition and Geodynamic History of Cratons and Craton Margins
| NAME | POSTER TITLE |
| Dr Kathryn Waltenberg | 3.3a) An Isotopic Atlas of Australia: foundational data for integrated geoscience through time and space |
| Dr Klaus Gessner | 3.3b) Chasing lower crustal tectonic domains in the Yilgarn Craton |
| Dr Desmond Lascelles | 3.3c) A new model of Archean craton formation and plate tectonics evolution. |
Theme 4: Crust, surface and cosmos
4.1 Carbonates as Archives of the Past
| NAME | POSTER TITLE |
| Ms Theresa, J. Orr | 4.1a) Paleoatmospheric CO2 oscillations through a cool mid-Late Cretaceous recorded from pedogenic carbonates in Africa |
4.2 The Proterozoic Earth System and Plate Tectonics – Correlations and Causation?
4.3 Sedimentary Deposits: Earth and Planetary Processes
| NAME | POSTER TITLE |
| Mr Claudio Luiz Vieira Filho | 4.3a) Understanding the nature transition of the Late Jurassic formations of the Surat Basin through borehole image logs using cumulative dip plots. |
| Ashleigh Hood | 4.3b) Cryogenian syn-glacial carbonates and implications for a snowball Earth |
| Mr Yakup Niyazi | 4.3c) Seismic-scale soft sediment deformation associated with subaqueous dewatering: an example from the continental shelf of the Otway Basin |
| Miss Georgia Soares | 4.3d) Reconstructing environmental conditions in a c. 2.4 Ga microbialite reef using Si isotope and trace element analyses |
| Dr Anne-Marie Tosolini | 4.3e) Using macrofossils to interpret peatland facies of Miocene brown coals, Gippsland Basin, southeastern Australia |
4.4 Building a boundary – Processes, products and consequences of Neogene collisional geodynamics in Eastern Indonesia
| NAME | POSTER TITLE |
| Dr Chris Fergusson | 4.4a) Oblique plate convergence drives deformation, uplift of coral reefs and earthquakes in the eastern Bird’s Head Peninsula, West Papua, Indonesia |
| Mr Siyuan Zhao | 4.4b) A Kinematic Model of the Northeast Australian Plate Boundary Zone |
4.5 Sedimentology and Geomorphology of Dryland Continental Systems
| NAME | POSTER TITLE |
| Dr Sandra Mann | 4.5a) Sedimentology and geomorphology of Lake Yamma Yamma – A long-lived structurally controlled playa lake of the Lake Eyre Basin |
Theme 5: Geoscience in society, education and environment
5.1 Geoscience Education
| NAME | POSTER TITLE |
| Mr Francis Emralino | 5.1a) Integrative Geologic Event Class Activity: A Case for Taal Volcano Eruption of 2020 in the Philippines |
| A/Prof. Heather Handley | 5.1b) In Australasia, gender is still on the agenda in geosciences |
5.2 Natural Hazards and Engineering Geology
| NAME | POSTER TITLE |
| Mr Peter Hills | 5.2a) Structural Integrity and Liesegang Rings |
| Dr Sandra Paula Villacorta Chambi | 5.2b) Communication for disaster prevention culture: The Cusco-PATA Case (Cusco, Peru) |
| Dr Sandra Paula Villacorta Chambi | 5.2c) Natural or green infrastructure to face the effects of extreme events, benefits and proposal of application in Lima, Peru |
5.3 Geoheritage and Geoconservation
| NAME | POSTER TITLE |
| Dr Douglas Finlayson | 5.3a) Six disused quarries tell of a much earlier Canberra geoheritage story |
5.4 Geological Surveys, Now and Into the Future
| NAME | POSTER TITLE |
| Michael Aberle | 5.4a) The urban geochemical baseline of Canberra: Does it provide dirt on criminals? |
Theme 6: Earth observations and models
6.1 Data-driven and Computational Methods to Reveal Hidden or Changing Surfaces, Volumes and Environments
| NAME | POSTER TITLE |
| Ms Irina Bastrakova | 6.1a) FAIR Metadata as a tool for consistent data findability and access |
| Mr Shane Crossman | 6.1b) Building Foundation Spatial Data |
| Dr Wenzhu Hou | 6.1c) Digital Regolith Mapping from Integrated Sources of LiDAR Data and Historical Imagery – A Case Study in Hong Kong |
| Professor Anya Reading | 6.1d) Parallel Coordinate Visualisations for Knowledge Generation in the Geosciences |
| Mr Matthias Scheiter | 6.1e) Geophysical inversion through ensemble optimization |
| Tobias Stål | 6.1f) Data-driven tectonic regionalization of Antarctica: Appreciate the similarity. |
| Buse Turunçtur | 6.1g) Compressive inversion in an overcomplete basis |
| Charles Verdel | 6.1h) Detrital zircon facies of the Amadeus Basin, central Australia |
6.2 Next Generation 3D Geological Modelling – Development and Applications
| NAME | POSTER TITLE |
| Dr Jeremie Eugene Cyril Giraud | 6.2a) Morphological gravity inversion to refine geological models |
| Ms Ranee Joshi | 6.2b) Automated subsampling of geological maps as inputs of 3D geological multiscale modelling: Yalgoo–Singleton Greenstone Belt example |
| Dr Giovanni Pietro Tommaso Spampinato | 6.2c) The New South Wales 3D Wireframe Model |
| Mr Nuwan Suriyaarachchi | 6.2d) A new approach to integrate Passive seismic HVSR depth models in Magnetotelluric (MT) 1D inversion to characterize Cover-basement interface |