Figure 2: Map of the Bonaparte Basin showing bathymetry, petroleum well distribution and oil and gas fields.

Figure 3: Tectonic elements map of the Bonaparte Basin showing bathymetry, petroleum well distribution and oil and gas fields.

Figure 4: Map of the Petrel Sub-basin showing bathymetry, petroleum well distribution, oil and gas fields and pipelines.

Figure 5: Tectonic elements map of the Petrel Sub-basin showing bathymetry, maximum hydrocarbon shows, oil and gas fields and pipelines.

Figure 6: Seismic section (line r9710003) across the Petrel Sub-basin highlighting the Paleozoic depocentre and thin Mesozoic sedimentary succession.

Figure 7: Seismic section (line s100r/05) across the Petrel Sub-basin showing example of salt-tectonics in Gull 1 area).

Figure 8a: Stratigraphic chart for the Bonaparte Basin showing hydrocarbon occurrences (Geologic Time Scale after Gradstein et al, 2020).

Figure 8b: Stratigraphic chart for the north eastern Bonaparte Basin showing hydrocarbon occurrences (Geologic Time Scale after Gradstein et al, 2020).

Figure 9a: Stratigraphic chart for the Petrel Sub-basin showing well intersections of hydrocarbons; a: Devonian to Permian interval (Geologic Time Scale after Gradstein et al, 2020).

Figure 9b: Stratigraphic chart for the Petrel Sub-basin showing well intersections of hydrocarbons: upper Permian to Neogene interval (Geologic Time Scale after Gradstein et al, 2020).

Figure 10: Map of the Vulcan Sub-basin showing bathymetry, petroleum well distribution, oil and gas fields and pipelines.

Figure 11: Tectonic elements map of the Vulcan Sub-basin showing bathymetry, maximum hydrocarbon shows, oil and gas fields and pipelines.

Figure 12: Stratigraphic chart for the Vulcan Sub-basin showing hydrocarbon discoveries (Geologic Time Scale after Gradstein et al, 2020).

Figure 13: Seismic section (line n98/r02) across the Vulcan Sub-basin highlighting the depocentre and rift architecture.

Figure 14: Stratigraphic chart for the Ashmore Platform showing hydrocarbon discovery of Brown Gannet 1 (Geologic Time Scale after Gradstein et al, 2020).

Figure 15: Map of the Londonderry High showing bathymetry, petroleum well distribution, oil and gas fields and pipelines.

Figure 16: Tectonic elements map of the Londonderry High showing bathymetry, maximum hydrocarbon shows, oil and gas fields and pipelines.

Figure 17: Stratigraphic chart for the Londonderry High showing hydrocarbon discoveries (Geologic Time Scale after Gradstein et al, 2020).

Figure 18: Stratigraphic chart for the Flamingo/Sahul synclines and the Nancar Trough showing hydrocarbon discoveries (Geologic Time Scale after Ogg et al, 2016).

Figure 19: Map showing petroleum exploration permits, retention and production licences and operators in the Bonaparte Basin.

Figure 20: Map showing petroleum exploration permits, oil and gas fields and petroleum production facilities in the Bonaparte Basin.

Figure 21: Schematic time-space diagram of the Jurassic Vulcan-Plover petroleum system in the Vulcan Sub-basin (modified after Edwards et al, 2004).

Figure 22: Geological cross-section of the southern Petrel Sub-basin (modified after Miyazaki, 1997)

Figure 23: Schematic diagrams showing hydrocarbon play types in the central Petrel Sub-basin.

Figure 24: Schematic diagrams showing salt-related plays in the central Petrel Sub-basin.

Figure 25: Schematic diagrams showing hydrocarbon play types in the southern Vulcan Sub-basin

Figure 26: Schematic diagrams showing hydrocarbon play types in the central Vulcan Sub-basin.

Figure 27: Seismic cross sections and conceptual diagram across the central Vulcan Sub-basin showing structural complexity and salt diapirism.

Figure 28: Sequence stratigraphic well correlation across the southern Vulcan Sub-basin (modified after O’Brien et al, 1996).

Figure 29: Schematic diagrams showing hydrocarbon play types in the Nancar Trough and the Sahul Syncline.

Figure 30: Map showing marine reserves, marine parks, multiple use zones and ecological features in the Bonaparte Basin.