| Other Highlights | |
|---|
| * | A decade of horizontal deformation from great earthquakes |
| * | Injection-driven growth of fracture-controlled fluid pathways in intrusion-related hydrothermal systems: A modeling approach |
| * | Characterizing sea level variations around the Australian coastline |
| * | The ANU GRACE visualisation web portal |
| * | Tropical cyclones and the ecohydrology of Australia’s recent continental-scale drought |
| * | The unusual nature of Precambrian oil and the first appearance of animals on Earth |
| * | Absolute calibration of satellite altimeters in Bass Strait, Australia |
| Earth Environment | |
|---|
| * | Ancient life, water column composition and giant lead zinc deposits |
| * | The first predators emerge during the Bitter Springs Stage carbon isotope anomaly, 800 million years ago |
| * | Tracing changes in the biogeochemical cycling of iron during the annual subtropical spring bloom east of New Zealand |
| * | 10-fold increase in Antarctic Peninsula summer ice melt |
| * | The Complex Mineralization of Coniform Microbialites in Lake Preston, Western Australia |
| * | The rise and fall of great earthquakes in Sumatra |
| * | Tektites, minitektites and microtektites from the Kalgoorlie region, Western Australia |
| * | Changes in the Intertropical Convergence Zone over the last 40,000 years: A continuous stalagmite δ18O record for Sulawesi, Indonesia |
| * | Influence of the Indo Pacific Warm Pool on the interhemispheric climatic asymmetry during the last glacial |
| * | History in the making: A 90,000-year record of the Australasian monsoon |
| * | Changes in the Australian-Indonesian Summer Monsoon throughout Glacial Terminations III and II |
| * | Predicting palaeoprecipitation from the magnetic properties of soils |
| * | Mg/Ca as a temperature record in the shell of Sydney Rock Oysters. |
| * | Advances in the Understanding of Pre-Salt Carbonate Reservoirs of Offshore Brazil and Angola from Studies of Australian Lakes. |
| * | The significance of recent Antarctic Peninsula warming documented by a Holocene ice core record |
| * | A 90,000-year record of vegetation change on Flores: A tale of survival and extinction for the Hobbit |
| * | The IRHUM database - bioavailable strontium isotope ratios of France for geochemical fingerprinting |
| * | Research interests |
| * | What the past tells us about modern sea-level rise |
| * | Holocene rainfall variability recorded in an aragonite speleothem from Sumatra |
| * | Tracking past changes in rainfall across the Australasian monsoon |
| * | An ice-age rainfall seesaw in Australasia |
| * | Probing the response of Southern Ocean phytoplankton to changes in iron biogeochemistry, light and pH associated with climate change |
| * | Fish otolith geochemistry, environmental conditions and human occupation at Lake Mungo, Australia |
| * | The glacial-interglacial monsoon in Sulawesi |
| * | Towards a mechanistic understanding of the multiplicative effects of iron and light on algal photosynthesis and iron requirements |
| * | Quantifying magnetite magnetofossil contributions to sedimentary magnetizations |
| * | Natural Relationship Between Carbon Dioxide Concentrations and Sea Level |
| * | Evidence of increased biomass burning AFTER the extinction of the Australian megafauna |
| * | Dramatic Vegetation Changes on the Island of Flores 71,000 years ago |
| * | Rewriting human evolution with lasers |
| * | Climatic and natural hazards in southern Australasia |
| * | A record of 300 years of sea-surface temperatures from the Tasman Sea |
| * | The composition of Australian aeorosols |
| * | Coralline red algae record historical mining activity in New Caledonia. |
| * | “Unmixing” Magnetic Mixtures |
| * | The Indo-Australian Monsoon of the Last 25 ka: A Continuous Stalagmite Record from Sulawesi, Indonesia |
| * | The World Heritage Fragum Shell Ridges of Shark Bay |
| * | Seasonal variations in the coral environmental proxies from the southern Great Barrier Reef |
| * | Nutrient signals in coral cores. |
| * | Groundtruthing coral chemo-geodesy |
| * | Indonesian stalagmite record of abrupt Heinrich stadial changes in the Australian monsoon |
| * | The Caribbean coral bleaching crisis |
| * | Millennial-scale changes in the Australasian monsoon during the last deglaciation |
| * | Australian landscapes |
| * | The chronology of the WLH 50 human remains, Willandra Lakes World Heritage Area, Australia |
| * | Coral records of calcification and reef water chemistry from the southern Great Barrier Reef |
| * | High-pressure experiments on anhydrous carbonated eclogite at 9-20 GPa |
| * | IODP Expedition 325 to the Great Barrier Reef |
| * | The 8.2 ka event in southern Australasia: a different response between the ocean and atmosphere? |
| * | Sea Level variation and the Zonation of Stromatolites in Hamelin Pool, Shark Bay |
| * | Studying the Earth by oceanic scientific drilling |
| * | Rhodoliths: archives of environmental change. |
| * | Air-breathing adaptation in a marine Devonian lungfish |
| * | Characterising the macro and micro-nutrient status of the North Tasman Sea |
| * | Fate and transport of chemicals in an ACT municipal wastewater treatment plant, its effluent, and receiving waters |
| * | Which climate signals are captured in tropical speleothem records? |
| * | Reconstructing the history of hydrologic change and drought in Australia |
| * | Rhodoliths as environmental proxies in the marine realm, |
| * | A new chronology for sea level highstands during the penultimate interglacial |
| * | Landscape evolution and palaeoenvironment reconstruction of the Lake Mulurulu Lunette, Willandra Lakes World Heritage Area, NSW. |
| * | High resolution Sr concentration and isotope distributions in a Neanderthal tooth from Payre (Ardèche, France) using laser ablation ICP-MS |
| * | Climate change and coral reefs |
| * | Coral and Speleothem Reconstructions of Ocean-Atmosphere Dynamics in Southern Indonesia during the 8.2 ka event |
| * | The Quaternary comes in from the cold |
| * | Silicon isotopic fractionation in marine sponges: A new paradigm and model for understanding silicon isotopic variations in sponges |
| * | Coral calcification and ocean acidification in the central region of the Great Barrier Reef |
| * | Extinction implications of a chenopod browse diet for a giant Pleistocene kangaroo |
| * | Kalkowsky's association of stromatolites and oolites - re-evaluation and geological significance |
| * | Sediment transport in the Murray Canyons offshore South Australia |
| * | Polar forests on the edge of extinction |
| * | Higher silicon concentrations in the Pacific sector the Southern Ocean during glacial times |
| * | 360 million-year-old giant predator discovered on the South Coast |
| * | Lead isotopic evidence for an Australian source of aeolian dust to Antarctica at times over the last 170,000 years |
| * | The boron geochemistry of biogenic silica |
| * | Direct dating of fossil human remains |
| * | Biological Germanium Discrimination in Diatoms |
| * | Late Quaternary radiolarians as proxies for past environmental conditions in the eastern and southern sectors of the Indian Ocean |
| EM: Rock Physics | |
|---|
| * | Seismic Wave Velocity Dispersion of Cracked and Fluid-Saturated Sintered Glass Beads |
| * | Injection-driven swarm seismicity: Implications for the formation of fault-hosted ore deposits |
| * | Particle fluidization in fault zones: implications for transitory, rupture-contriolled flow regimes |
| * | Correlating fault behaviour with the evolution of microstructure on experimental bare interface faults at conditions simulating increasing depth in the continental crust |
| * | Assessing aftershock risk in a complex earthquake sequence: an evaluation of static Coulomb stress modeling for the Canterbury earthquake sequence |
| * | Seismic Wave Velocity Dispersion of Cracked and Fluid-Saturated Sintered Glass Beads |
| * | Poroelastic Relaxation in Thermally Cracked Aggregates of Sintered Glass Beads |
| * | The high-temperature transition from elastic to anelastic behaviour in upper-mantle olivine |
| * | Permeability and Fluid Pathways in Fault-Controlled Hydrothermal Ore Systems – A Seismogenic Framework |
| * | The seismic properties of cracked and fluid-saturated crustal rocks (2012 update) |
| * | The high-temperature transition from elastic to anelastic behaviour in upper-mantle olivine |
| * | Dynamic permeability and the evolution of fluid pathways in fault networks |
| * | Rheology & Seismic-Wave Attenuation in the Earth’s Upper Mantle |
| * | Seismic Properties of Cracked and Fluid-Saturated Crustal Rocks |
| * | Platinum group element abundances in the upper continental crust revisited |
| * | Particle fluidization in fault zones: implications for transitory, rupture-controlled fluid flow regimes |
| * | Fluid pathway evolution within intrusion-related hydrothermal systems. |
| * | The seismic properties of cracked and fluid-saturated crustal rocks |
| * | Dynamic permeability and the evolution of fluid pathways in fault networks |
| * | Dislocation damping & upper-mantle seismic wave attenuation |
| * | Environmental Tracers in Waters of the Lower Murrumbidgee Catchment, New South Wales |
| * | Dynamic permeability and the evolution of fluid pathways in fault networks |
| * | Laboratory Studies of Rock Deformation, Dislocation Recovery and Attenuation |
| * | A versatile facility for rock physics research |
| * | Effects of stress states and fluid pressure regimes on fluid pathways and evolution of fluid compositions within intrusion-related hydrothermal systems. |
| EM: Petrology | |
|---|
| * | Complex hydrogen diffusion in forsterite |
| * | Experimental investigation of phase relations of carbonate eclogite during subduction: the effects of redox conditions on diamond – carbonate reactions |
| * | Platinum Group Elements in felsic rocks |
| * | Metasomatism, Redox State and Diffusion Processes in the Cratonic Mantle |
| * | Xenoliths, XANES and redox-related processes in the cratonic lithosphere |
| * | Fractionation of Nb and Ta by biotite and phengite: Implications for the “missing Nb paradox” |
| * | Diamonds in Antarctica? Discovery of Antarctic kimberlites extends vast Gondwanan Cretaceous kimberlite province |
| * | Titanium diffusion in forsterite |
| * | Back-arc mantle convection - What goes around comes around |
| * | Partitioning of Rare Earth Elements between Garnet and Clinopyroxene in Peridotite |
| * | Selenium speciation in silicate glasses |
| * | Arc Peridotite Xenoliths |
| * | Transition Metal Stable Isotopes at High Temperatures |
| * | Melting of altered oceanic crust and consequences for the deep carbon cycle in subduction zones |
| * | Mapping Fe3+ distribution in mantle garnet using Fe K-edge XANES |
| * | Application of Fe K-Edge XANES Determinations of Fe3+/∑Fe in Garnet to Peridotite Xenoliths from the Udachnaya Kimberlite |
| * | Al diffusion in olivine: an experimental study |
| * | Quartz isn't always just quartz... |
| * | First continental roots down-under: an outback window into Hadaean craton foundations |
| * | The relationship between rock fabric and acoustic anisotropy in reservoir sandstones |
| * | Experimental study of the diffusion of platinum group elements in rock forming minerals |
| * | Experimental study of alumina diffusion in forsterite at different oxygen fugacities and different silica activities |
| * | Mineralogical reservoirs for high-field strength elements in subducted crust in the mantle transition zone |
| * | Mineral compositional controls on REE patterns in cratonic garnet lherzolite xenoliths and implications for mantle metasomatism |
| * | Determining the origin of high sulfidation gold deposits: |
| * | Rejuvenating Rb-Sr dating: a retarded Rb decay constant and the magic of multiple collector inductively coupled plasma mass spectrometry |
| * | Synthesis and crystal structure of the new compound CuZrTiO5 |
| * | Zr-in-rutile thermometry of high-pressure and ultrahigh-pressure eclogites from western China |
| * | Major Element Zonation in Garnet from the Wesselton Kimberlite pipe, South Africa |
| * | Continent Formation in the Archean and Chemical Evolution of the Subcratonic Lithospheric Mantle |
| * | Rubidium isotopes constrain the Earth’s volatile budget and its Pb isotope evolution |
| * | A new synchrotron-technique for measuring Fe3+ in mantle garnets – implications for diamond stability in cratonic lithosphere |
| * | Melt transport in the mantle |
| * | Squeezing out the upper mantle: melt evolution of voluminous mafic layered intrusions |
| * | Peridotites from a submarine volcanic front arc volcano: a global first |
| * | Accretion of seamounts and oceanic islands in subduction zones |
| * | The oxidation state of terrestrial basalts revisited |
| * | The CO2 paradox in subduction zones |
| * | Multi-element Comparisons of Natural and Anthropogenic Inputs into Pristine Estuarine Sediments, Merimbula, N.S.W., Australia |
| * | Experimental constraints on chlorine behavior in subducted sediments |
| * | Ni Partitioning Between Olivine and Silicate Melt |
| * | An experimental study of the upper mantle melting behaviour of recycled carbonate eclogite at 3.5-5.5 GPa |
| * | Archaean asteroid impacts, banded iron formations and sulphur MIF-S anomalies. |
| * | A Monte Carlo study of short- and long-range order of tetrahedral cations in sapphirine and khmaralite |
| * | Asteroid impact connections of crustal evolution |
| * | A probable end-Eocene impact structure under the Timor Sea |
| * | The Nb-Ta chicken-egg problem |
| EM: Tectonics | |
|---|
| * | 40Ar/39Ar geochronology using Arrhenius plots to date deformation and metamorphism |
| * | Systematic timing of the events within a Greater Himalayan fold-nappe |
| * | 3D geometry has 4D (3D + time) implications |
| * | Slumping slab sheets, outer rise earthquakes and the origin of double seismic zones |
| * | Development of the Southern New England oroclines: a paleomagnetic model |
| * | Where does India end and Eurasia begin? |
| * | Does India's slow-down mark its collision with Eurasia? |
| * | Experimental determination of diffusion rates between garnet & ilmenite using pulsed laser deposition of thin films |
| * | The structure of subucting lithospheric slabs |
| * | White mica 40Ar/39Ar data - the key to the thermal evolution of faults |
| * | Geodynamics of the New Britain Trench |
| * | A deformable tectonic reconstruction of Australia's Southern Margin |
| * | Pervasive remagnetisation of Australian crust: Variscan tectonic extrusion |
| * | Observations of element concentration profiles surrounding ilmenite inclusions in garnet from the Barrovian Metamorphic series, Scotland |
| * | Geodynamics of the 2010 Chilean Great Earthquake |
| * | Gravity drives Great Earthquakes |
| * | Diffusional rims and moats around ilmenite inclusions in garnet and their significance for garnet geospeedometry |
| * | Evolution of the subducting Solomon Sea Plate |
| * | Evidence of (subduction-related?) magmatism after "the collision" of India and Eurasia |
| * | Tectonic reconstruction using deformable plates |
| * | Dating a major shear zone in the Central European Alps - The Forcola Fault |
| * | Variscan deformation of Australia ─ A heretic view of the Alice Springs Orogeny, Australia-Asia collision and tectonic extrusion |
| Earth Chemistry | |
|---|
| * | U-Th-Pb dating of collision in the external Alpine domains using low temperature allanite and monazite. |
| * | U-Pb age of a newly found ungrouped achondrite NWA 7325 |
| * | Timing of metasomatism using SHRIMP U-Pb dating and oxygen isotopes |
| * | Time-resolution in herbivore tooth enamel evaluated via O & Sr isotope profiles by SHRIMP and LA-(MC‑)ICPMS |
| * | A ONE HUNDRED YEAR RECONSTRUCTION OF MARINE ECOSYSTEMS ALONG THE EAST AUSTRALIAN SEABOARD |
| * | Radiocarbon dating the last Neanderthals in Spain |
| * | Preliminary results from the HELIX-MC mass spectrometer: resolution of argon isobaric interferences |
| * | Precise and direct determination of the half-life of 41Ca |
| * | Tracking Water Mass Movements Through Time |
| * | Reconstructing climate using the organic skeletons of deep-sea coral: |
| * | Cosmogenic noble gas dating of young basaltic lavas from southern Mendoza, Argentina |
| * | In-situ oxygen isotope analysis of monazite to monitor crustal fluids. |
| * | In search of lost continents: An ancient cratonic nucleus identified in the southwest Pacific lithosphere |
| * | Stratigraphic Geochronology in the Omo-Turkana Basin, East Africa |
| * | Extra-terrestrial life probably like life on Earth |
| * | What makes our Earth habitable? Are there other habitable Earths in the Universe? |
| * | Chilly seas along the Late Triassic north African coast: evidence from oxygen isotopic compositions of Sicilian conodonts. |
| * | The U-Pb systematics and cooling rate of plutonic angrite NWA 4590 |
| * | Far travelled zircons in the mountains of northern Norway |
| * | Solar-wind exposure effects on lunar grains: |
| * | Unravelling the Shimla klippe: Microstructures and 40Ar/39Ar geochronology |
| * | Geochronology of accessory allanite and monazite in the Barrovian metamorphic sequence of the Central Alps, Switzerland. |
| * | Noble gas and carbon isotope ratios in Argyle diamonds, Western Australia |
| * | The oldest carotane pigments in the geological record |
| * | Zr-in-rutile thermometry provides a robust record of peak metamorphic conditions in the lower crust (Ivrea–Verbano Zone, Italy) |
| * | Rapid crustal recycling from magma to mud to magma |
| * | Geochemistry of UHP melting |
| * | How variable is the oxygen isotopic composition of the upper mantle? |
| * | Timing of the closure of the ancient Tethys Ocean that separated Eurasia and Gondwana |
| * | The redox evolution of ancient Australian Oceans |
| * | Yo-Yo subduction recorded by accessory minerals in the Sesia Zone, Western Alps |
| * | The link between ocean-continent transition zones and (ultra-)high pressure metamorphism: a geochronology study |
| * | Zircon and monazite can really stand the heat |
| * | A new protocol for in situ measurement of the hafnium isotope composition of rutile |
| * | Early crustal evolution deduced from a combined U-Pb and Sm-Nd isotopic study of Mt. Narryer and Jack Hills monazites |
| * | Enrichment of Rh, Ru, Ir and Os in Cr spinels from oxidized magmas: evidence from the Ambae lava, Vanuatu arc |
| * | Biogeochemical Evolution in Neoproterozoic Oceans |
| * | He, Ne and Ar in peridotitic and eclogitic paragenesis diamonds from the Jwaneng kimberlite, Botswana |
| * | Assessing microbial diversity during the deposition of a Neoproterozoic (c.800 Ma) saline giant: evaporites as an archive for Precambrian halophiles |
| * | New constraints on the global halogen cycle |
| * | Dating Himalayan microstructures using 40Ar/39Ar geochronology |
| * | Exhumation of rocks from great depth: squeezed out in a channel, or a roller-coaster ride as they are torn out by deep crustal faults? |
| * | Solar-wind exposure effects on lunar soil: |
| * | Trace element mapping of olivine from pallasite meteorites using LA-ICP-MS |
| * | Age Determination and Growth Rates in Deep-Water Bamboo Corals (Isididae) |
| * | Calibration of GA1550 biotite standard for K/Ar and 40Ar/39Ar dating |
| * | Biomarkers show that complex life is 1 billion years younger than previously thought |
| * | Deglacial CO2 rise and ventilation of the deep Southern Ocean |
| * | The Potato Radius |
| * | How efficiently does the crust melt? |
| * | Age of volcanism and its migration in the Samoa Islands |
| * | Tectonic sequence diagrams used to characterise the evolution of the ductile movement zones in NW Himalaya |
| * | Solar-wind exposure effects on lunar grains: |
| * | He, Ne and Ar in peridotitic and eclogitic paragenesis diamonds from the Jwaneng kimberlite, Botswana – constraints on diamond formation |
| * | Molecular characterization of a Neoproterozoic hypersaline ecosystem |
| * | The Succession of Oxygen Producers in Early Oceans |
| * | Sugar, spice and everything nice... The search for elemental ingredients of life |
| * | We are made of star dust |
| * | Successes and limitations of extinct nuclide initial abundances in meteorites by in-situ analysis |
| * | SHRIMP 'keyhole' geochronology: evidence for an extension of the Svecofennian orogenic province into north-eastern Poland |
| * | Experimental study of monazite/melt trace element partitioning |
| * | Testing the significance of hafnium isotopes in rutile across a crust-mantle transition |
| * | Genesis of granites: U-Pb geochronology and O-Hf isotopic analyses |
| * | Rate of growth of the preserved North American continental crust |
| * | Early crustal evolution deduced from monazite geochronology and geochemistry |
| * | Noble gases and halogens in metamorphic, magmatic and hydrothermal systems |
| * | Importance of uranium isotope variations for chronology of the Solar System’s first solids |
| * | Argon geochronology and microstructural analysis: a unique and reliable duo |
| EP: Seis & Math Geophysics | |
|---|
| * | Can we trace the eastern Gondwanan margin in Australia? New perspectives fromtransdimensional inversion of ambient noise for 3D shear velocity structure |
| * | Rapid finite fault solutions for large earthquakes |
| * | Strong, Multi-Scale Heterogeneity in Earth's Lowermost Mantle |
| * | Probabilistic sampling and multi-modal optimization using Parallel Tempering |
| * | Three-dimensional lithospheric structure of a craton edge from passive seismic methods |
| * | Multiple Layer Ultra Low Velocity Zone in the Earth’s Lowermost Mantle Under the Philippines Using Bayesian Inference |
| * | Multi-Array, Multi-Frequency Probing of the Earth’s Heterogeneity |
| * | Towards Improved Measurements and Analysis of Normal Modes of the Earth |
| * | Australian Seismometers in Schools |
| * | Noise estimation of remote sensing reflectance using a segmentation approach suitable for optically shallow waters |
| * | Application of hierarchical transdimensional tomography to ambient seismic noise data from a large transportable array in eastern Australia |
| * | Slow-downs and speed-ups of India–Eurasia convergence since ~20 Ma: Data-noise, uncertainties and dynamic implications |
| * | Upper Crustal Structure of Central Java-Indonesia from High Resolution Transdimensional Seismic Ambient Noise Tomography |
| * | The 2011 Tohoku Earthquake and Tsunami |
| * | When tsunami physics meets the solid Earth |
| * | Toward a better tsunami numerical simulation |
| * | Plate motions: Simpler than they look |
| * | A new Probe of the Inner Core Boundary |
| * | A segmentation based transdimensional inversion approach to derive shallow water properties from remote sensing data |
| * | AuSREM - Australian Seismological Reference Model |
| * | Improving source parameters by developing a regional velocity model for seismic hazard assessment in Indonesia |
| * | Multi-scale seismic imaging with unknown data noise |
| * | W Phase Inversion For Finite Fault Slip |
| * | Illuminating the upper mantle beneath the Newer Volcanics province, southeast Australia, using seismic body wave tomography |
| * | Structural controls on localised intraplate deformation and seismicity in southern Australia: insights from local earthquake tomography of the Flinders Ranges |
| * | Structure of Mt. Isa and Surroundings from SeismicAmbient Noise Tomography |
| * | The Crustal Structure of Indonesia from Seismic Noise Tomography |
| * | Earthquake Source Properties and Site Amplification for the Indonesian Strong-Motion Network |
| * | Assessing Sensitivity of Probabilistic Seismic Hazard Analysis to Fault Parameters: Java and Sumatra Case Study |
| * | DEVELOPMENT OF STRONG MOTION DATABASE FOR SUMATRA-JAVA REGION |
| * | Multi-scale Velocity Heterogeneity in the Lowermost Mantle |
| * | Extending the Global Database of Geomagnetic Excursions |
| * | Varying mechanical coupling along the Andean margin: Implications for trench curvature, shortening and topography |
| * | Crustal Structure of Australia from Ambient Seismic Noise Tomography |
| * | Self Adaptive Surface Reconstruction from Multiple Datasets |
| * | AuSREM – Australian Seismological Reference Earth Model |
| * | Building a Dual Purpose Network: The Australian Seismometers in Schools Program (AuSIS) |
| * | Seismic structure of the southeast Australian lithosphere from surface and body wave tomography |
| * | 3-D Structure of Flinders Ranges from Local Earthquake Tomography |
| * | AusMoho: the variation of Moho depth across Australia |
| * | Signals from Noise: High-Resolution Maps of the Southeast Australian Crust |
| * | The Shuffling Rotation of the Earth's Inner Core |
| * | Structural controls on the Mw 9.0 2011 Offshore-Tohoku earthquake |
| * | Benford's law of first digits: a universal phenomenon |
| * | Earthquake location and source determination using coda waves |
| * | Crustal Stress in the Flinders Ranges, South Australia |
| * | The Threat from Tsunamis Generated on the Tonga Trench |
| * | Imaging Turkey’s Crust |
| * | The Ambient Noise Tomography of Turkey |
| * | Crustal Structure of Australia from Ambient Seismic Noise Tomography |
| * | Is the Earth's Inner Core a Conglomerate of Anisotropic Domains? |
| * | Monsoon speeds up Indian plate motion |
| * | Transdimensional Inversion of Receiver Functions with the Hierarchical Bayes Algorithm |
| * | Seismic multi-pathing in complex media |
| * | Passive seismic imaging of the southern Tasmanides |
| * | Varying mechanical coupling along the Andean margin: implications for trench curvature. |
| * | Ambient noise tomography of southeast Australia using WOMBAT seismic data |
| * | South Australian Seismic Arrays |
| * | Tears or thinning? |
| * | High Frequency Po/So and the nature of the oceanic lithosphere |
| * | A portrait of the Bárdarbunga volcano, Iceland, earthquake and insights into the kinematics of the caldera drop |
| * | Model dimension and data uncertainty in non linear inversion : An expanded Bayesian formulation. |
| * | A Synthesis of Local, Teleseismic, and Ambient Noise Data for High-Resolution Models of Seismic Structure in Western and Southeast Australia. |
| * | TerraWulf II: Many hands make light work of data analysis |
| * | High Resolution Imaging of the Core Mantle Boundary with PcP-P Differential Travel Time Residuals |
| EP: GFD | |
|---|
| * | Dissolution of an ice wall by turbulent compositional convection |
| * | Energy budgets and dynamics of turbulent convection |
| * | Does the sensitivity of Southern Ocean circulation depend upon bathymetric details? |
| * | More power to the global ocean circulation |
| * | The ocean overturning circulation is like a bouncing super-ball |
| * | Modelling Antarctic Bottom Water (AABW) Overflow in Global Climate Models |
| * | The vertical transport of tracers due to meso and sub-mesoscales: impacts in the Kerguelen region |
| * | The Energetics of a Collapsing Meridional Overturning Circulation |
| * | Solidification dynamics in channelled viscoplastic lava flows |
| * | A New Conceptual Model for the Antarctic Circumpolar Current |
| * | The Effects of Turbulent Mixing on the Global Ocean Overturning |
| * | Isothermal dynamics of channelled viscoplastic lava flows |
| * | How quickly does the ocean adjust to changes in surface forcing? |
| * | Balancing the Southern Ocean |
| * | What drives the Antarctic Circumpolar Current? |
| * | Response of Southern Ocean overturning to future climate change |
| * | The energetics of ocean circulation: the link between surface buoyancy forcing and the global rate of mechanical mixing |
| * | The effects of marginal seas on ocean density |
| * | Rayleigh-Taylor instability of an inclined buoyant viscous cylinder |
| * | Wind forcing of the Southern Ocean |
| * | Thermal erosion of felsic ground by the laminar flow of a basaltic lava |
| * | Mixing in flows between ocean basins |
| * | Eddy response of the Southern Ocean to climate mode forcing |
| * | The global ocean overturning: what pushes must pull |
| * | Internal gravity waves and convection |
| EP: Geodynamics | |
|---|
| * | GPS CONSTRAINTS ON ACTIVE DEFORMATION IN THE ISPARA ANGLE REGION OF SW TURKEY |
| * | An assessment of the minimum timing of ice free conditions of the western Laurentide Ice Sheet |
| * | Extracting white noise statistics in GPS coordinate time series |
| * | The ANU GRACE visualisation web portal |
| * | Leaky LMS Algorithm and Fractional Brownian Motion Model for GNSS Receiver Position Estimation |
| * | The anatomy of interglacial sea levels |
| * | Reconstruction of the Laurentide Ice Sheet |
| * | Developing temporal gravity fields from GRACE observations |
| * | The effects of isolated catchments on calculations of GIA |
| * | A technique for estimating GIA effects from observations of the Earth's gravity field |
| * | AuScope Geospatial Gravity Programme |
| * | New High Resolution Seismic Imaging of the Core-Mantle Boundary with the WOMBAT Array |
| * | New High-Resolution Seismic Attenuation Imaging of Australian Lithosphere with the WOMBAT Array |
| * | Hydrological deformation of the Earth |
| * | Improving GPS analysis strategies |
| * | Monitoring groundwater variations in the Murray-Darling basin using space gravity measurements |
| * | Slow slip subduction events in Mexico detected by GPS |
| PRISE | |
|---|
| * | Rapid Emplacement Of The One Of The World’s Greatest Continental Magmatic Provinces |
| * | Lu-Hf isotope evidence for the provenance of Permian detritus in accretionary complexes of Patagonia and the Antarctic Peninsula region |
| * | Cosmic Time Machine |
| * | Tracking Formation and Transport of Apollo 16 Lunar Impact Glasses through Chemistry and Dating |
| * | Experimental phase and melting relations of metapelite in the upper mantle – implications for the petrogenesis of intraplate magmas |
| * | Imbrium Provenance for the Apollo 16 Descartes Terrain: Argon Ages and Geochemistry of Lunar Breccias |
| Other Highlights | |
|---|
| * | New bradoriids (Arthropoda) from the early Middle Cambrian of the Georgina Basin, central Australia |
| * | Late Devonian benthic ostracod fauna from the Bonaparte Basin, NW Australia: their biostratigraphy, palaeoecology and palaeozoogeographic links |
| * | Geological exploration of Australia in the early 19th century |
| * | Planetary Crusts: Their Composition, Origin and and Evolution |
