1. Petroleum Seismic Acquisition Marine Land /Transition 4D monitoring Seismic Processing Broadband seismic processing Multiples PSDM Seismic Interpretation Reservoir characterisation Faults and structures Seismic velocities and applications Depth conversion VSP Inversion Full waveform inversion Borehole geophysics Rock physics and anisotropy Unconventional hydrocarbons Stratigraphy and facies Laboratory measurements Seismic facies Theoretical studies Passive seismic Microseismic Potential fields, Mag/Grav & CSEM Deep exploration Technologies to unlock the future Acquisition to interpretatation studies

2. Minerals Minerals has four super-themes based on four UNCOVER themes: Characterising the cover Understanding the underlying lithospheric architecture Resolving the 4D geodynamic and metallogenic evolution of deposits Characterising and detecting the distal footprints of ore deposits Characterising the cover New Exploration Technologies Electrical and EM Methods Advances in near surface seismic Passive Seismic/microseismic Airborne EM 3D inversion Geological interpretation of geophysical datasets Borehole geophysics and logging in hard rock environments Potential Field Methods Joint inversion Data visualisation 3D seismics for mineral exploration Exploration Undercover Mineral Exploration Frontiers - Uranium, REE, Lithium Geo-metallurgy Exploration for Industrial Minerals Understanding the underlying lithospheric architecture Regional and Deep Crustal Studies New Exploration Technologies Electrical and EM Methods Passive Seismic/microseismic 3D inversion Geological interpretation of geophysical datasets Potential Field Methods Joint inversion Data visualisation Geodynamic modelling Model uncertainty Planetary Geology – Mars, Asteroids, Comets Resolving the 4D geodynamic and metallogenic evolution of deposits Mineral Exploration – Case Histories Electrical and EM Methods 3D inversion Geological interpretation of geophysical datasets Potential Field Methods Joint inversion Data visualisation Geodynamic modelling Characterising and detecting the distal footprints of ore deposits Mineral Exploration – Case Histories Mineral Exploration Advances - IOCG, Porphyry, Epithermal, VMS New Exploration Technologies Electrical and EM Methods Advances in near surface seismic Passive Seismic/microseismic Airborne EM 3D inversion Borehole geophysics and logging in hard rock environments Potential Field Methods Joint inversion Data visualisation Geodynamic modelling 3D seismics for mineral exploration Mineral Exploration Frontiers - Uranium, REE, Lithium Exploration for Industrial Minerals

3. Near-surface/Engineering Geophysics for Mine Development In-mine geophysics case studies Infrastructure planning Resource modelling Groundwater mapping for mine development Contaminant mapping High resolution inversion Borehole geophysics and logging Karst / tunnels and cavities detection Airborne EM applied to mine development Environmental and engineering geophysics case histories Geothermal Groundwater and contaminant mapping Karst / tunnels and cavities detection Electrical and EM Methods Advances in near surface seismic Passive seismic/microseismic Airborne EM applied to the near-surface Archaeological investigations High resolution inversion Geological interpretation of geophysical datasets New Exploration Technologies Joint inversion Data visualisation Engineering Geology- meaningful geotechnical data collection and interpretation