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Carbon, hydrogen and helium isotope systematics of natural gases from the...
From the beginning of petroleum exploration in the Perth Basin, the importance of the Early Triassic marine Kockatea Shale was recognised as the principal source for liquid... -
Improving the understanding of the Canning Basin
Geoscience Australia’s Exploring for the Future (EFTF) program has established new techniques to collect onshore pre-competitive datasets on an unprecedented scale. The... -
Enhancing Marine Spatial Planning through Integrated Seabed Mapping and...
Pre-competitive geoscience information, including bathymetry compilations, seabed geomorphology and sediment stability maps and other spatial information is essential to support... -
Increasing the prospectivity of northern Australia; impacts from the recent...
Exploring for the Future (EFTF) is an ongoing multiyear (2016–2024) initiative of the Australian Government, conducted by Geoscience Australia. This program aims to improve... -
Carbon, hydrogen and helium isotope systematics of natural gases from the...
From the beginning of petroleum exploration in the Perth Basin, the importance of the Early Triassic marine Kockatea Shale was recognised as the principal source for liquid... -
Improving the understanding of the Canning Basin
Geoscience Australia’s Exploring for the Future (EFTF) program has established new techniques to collect onshore pre-competitive datasets on an unprecedented scale. The... -
Enhancing Marine Spatial Planning through Integrated Seabed Mapping and...
Pre-competitive geoscience information, including bathymetry compilations, seabed geomorphology and sediment stability maps and other spatial information is essential to support... -
Carbon, hydrogen and helium isotope systematics of natural gases from the...
From the beginning of petroleum exploration in the Perth Basin, the importance of the Early Triassic marine Kockatea Shale was recognised as the principal source for liquid... -
Enhancing Marine Spatial Planning through Integrated Seabed Mapping and...
Pre-competitive geoscience information, including bathymetry compilations, seabed geomorphology and sediment stability maps and other spatial information is essential to support... -
Improving the understanding of the Canning Basin
Geoscience Australia’s Exploring for the Future (EFTF) program has established new techniques to collect onshore pre-competitive datasets on an unprecedented scale. The... -
What are mass spectrometers, how do they work, and why does it matter to you
This presentation was created for an invited technical workshop talk for the Laser Ablation User Group Meeting and Workshop held on the 9th of February 2026 at CSIRO, Clayton... -
Carbon, hydrogen and helium isotope systematics of natural gases from the...
From the beginning of petroleum exploration in the Perth Basin, the importance of the Early Triassic marine Kockatea Shale was recognised as the principal source for liquid... -
Improving the understanding of the Canning Basin
Geoscience Australia’s Exploring for the Future (EFTF) program has established new techniques to collect onshore pre-competitive datasets on an unprecedented scale. The... -
Enhancing Marine Spatial Planning through Integrated Seabed Mapping and...
Pre-competitive geoscience information, including bathymetry compilations, seabed geomorphology and sediment stability maps and other spatial information is essential to support... -
Improving the understanding of the Canning Basin
Geoscience Australia’s Exploring for the Future (EFTF) program has established new techniques to collect onshore pre-competitive datasets on an unprecedented scale. The... -
Carbon, hydrogen and helium isotope systematics of natural gases from the...
From the beginning of petroleum exploration in the Perth Basin, the importance of the Early Triassic marine Kockatea Shale was recognised as the principal source for liquid... -
Enhancing Marine Spatial Planning through Integrated Seabed Mapping and...
Pre-competitive geoscience information, including bathymetry compilations, seabed geomorphology and sediment stability maps and other spatial information is essential to support... -
Improving the understanding of the Canning Basin
Geoscience Australia’s Exploring for the Future (EFTF) program has established new techniques to collect onshore pre-competitive datasets on an unprecedented scale. The... -
Enhancing Marine Spatial Planning through Integrated Seabed Mapping and...
Pre-competitive geoscience information, including bathymetry compilations, seabed geomorphology and sediment stability maps and other spatial information is essential to support... -
Carbon, hydrogen and helium isotope systematics of natural gases from the...
From the beginning of petroleum exploration in the Perth Basin, the importance of the Early Triassic marine Kockatea Shale was recognised as the principal source for liquid...