The following notes are relevant only for this technical product.
- All reasonable efforts were made to provide all material under a Creative Commons Attribution 3.0 Australia Licence. The copyright owners of the following figures, however, did not grant permission to do so: Figure 12.
- All maps created as part of this BA for inclusion in this product used the Albers equal area projection with a central meridian of 140.0° East for the Lake Eyre Basin bioregion and two standard parallels of –18.0° and –36.0°.
- Contact firstname.lastname@example.org to access metadata (including copyright, attribution and licensing information) for all datasets cited or used to make figures in this product. At a later date, this information, as well as all unencumbered datasets, will be published online.
- The citation details of datasets are correct to the best of the knowledge of the Bioregional Assessment Programme at the publication date of this product. Readers should use the hyperlinks provided to access the most up-to-date information about these data; where there are discrepancies, the information provided online should be considered correct. The dates used to identify Bioregional Assessment Source Datasets are the dataset’s published date. Where the published date is not available, the last updated date or created date is used. For Bioregional Assessment Derived datasets, the created date is used.
 A composite unconventional gas system is a hydrocarbon resource characterised by multiple potential reservoir types within the gas saturated zone. For example, it may be a stacked shale gas and coal seam gas resource.
 Lost gas: gas content calculated using time the sample desorbed before being placed into the test canister, and the rate of desorption during the testing period
 Measurable gas: gas content measured during the test period
 Residual gas: gas content measured following crushing the sample following desorption testing, or calculated using desorption results
 Strike Energy Limited reported the prospective resource as 8.2 to 21.5 trillion cubic feet (Tcf), which has been converted to PJ using the conversion factor of 1.0845 PJ/Bcf, which is the conversion factor for SA and NSW gas used in Geoscience Australia and BREE (2012).
 Strike Energy Limited reported the 2C resource estimate as 155.4 billion cubic feet (Bcf), which has been converted to PJ using the conversion factor of 1.0845 PJ/Bcf, which is the conversion factor for SA and NSW gas used in Geoscience Australia and BREE (2012)
 Strike Energy Limited reported the prospective resource as 6.8 trillion cubic feet (Tcf), which has been converted to PJ using the conversion factor of 1.0845 PJ/Bcf, which is the conversion factor for SA and NSW gas used in Geoscience Australia and BREE (2012)
Product Finalisation date
- 1.2.1 Available coal and coal seam gas resources
- 1.2.2 Current activity and tenements
- 1.2.3 Proposals and exploration
- 1.2.4 Catalogue of potential resource developments
- Appendix A Coal and coal seam gas resource and reserve classification schemes and coal classifications
- Contributors to the Technical Programme
- About this technical product