oa Preview Number 122

References

1. Amalvict, M.. McQueen H.. and Govind. R.. 2001. Absolute Gravity Measurements and Calibration of SG-CT031 at Canberra. 1099-2000: Journal of the Geodetic Society of Japan, 47, No. 1,410-416.
2. Baker. T. F., 1984, Tidal Deformations of the Farth: Science Progress (Oxford), 69.197- 233.
3. Buellesfeld. F-J., 1985, Ein Beitrag Zur Harmonischen Darstellung dcs Gezeitenerzeugendcn Potentials: Deutsche Geodaetische Kom mission. ReiheC, Heft Nr. 314, Muenchen.
4. Cartwright, D. E.. and Edden, A. C.,1973, Corrected Tables of Tidal Harmonics: The Geophysical Journal, 33. No. 3, Oxford.
5. Cartwright, D. E. and R. J. Tayler. 1971, New Computations of Tide Generating Potential: The Geophysical Journal, 23. No. I, Oxford.
6. Crossley, D.. Hinderer. J.. Casula G.. Francis O., Hsu H-T.. Imanishi Y.. Jentzsch G.» Kaarianen J., Merriam J., Meurers B., Neumeyer J., Richter B., Shihuya K., Sato T.. and van Dam T.. 1999, Network of Superconducting Gravimeters Benefits a Number of Disciplines: EOS. Transactions. AGU, 80, 121.125-126.
7. Doodson. A. T., 1921, The Harmonic Development of the Tide Generating Potential: Proceedings of the Royal Society, Series A100, 306-328. London.
8. Ducarme, B.. Poitcvin C.» and Loodts J., 1980. Precise Tidal Corrections for High Precision Gravity Measurements: Bulletin D’Information, 46.48-70. Global Geodynamics Project. 2006, Home Page. http://www.eas.slu.edu/GGP/ggphome. html. accessed May 17,2006.
9. LaCoste & Romberg, 20(H). MVR Internal Feedback System for LaCoste & Romberg Model G and D Land Gravity Meters. Instruction Manual: LaCoste &. Romberg, Texas.
10. Longman, I. M., 1959, Formulas for Computing the Tidal Accelerations Due to the Moon and the Sun: Journal of Geophysical Research, 64, 2351-2355.
11. Llubes. M., and Mazzega, P.. 1996. The Ocean fide Gravimetric Loading Reconsidered: Geophysical Research Letters. 23. No. 12, 1481-1484.
12. Lltihes M , artd Manrcgn. P.. 1937. levins Recent Ocean Tiile Models with Loading Gravimetric Data; prog. Oceanog. 40. 369-383.
13. Melchior, P.. I07S. The Tides of the Planet Forth- Performs Press, Oxford.
14. Micro-g Solutions. 2002. "g" Users Manual: Micro-g-Solutions. Inc . Colorado.
15. Schwiderski. I . 1981), On Charting Global Ocean Tides. Review of Geophysics Space Physics. 18. 243-268.
16. Tamura. Y.. 1987. A Harmonic Development of the Tick: Generating Potential: Bulletin D’informations Marco Terrests No. 99. Bruxelles.
17. Torge. W.. 1980. Geodesy: de Gruyter, Berlin.
18. Torge, W . 1989, Gravimetry: de Gruyter. Berlin.
19. Van Dwm. T . and Franc is. O.. 1998. Iwo years of Cooiintwia Measurements of Tidal and Nomide.l Variationsi n Gravity in liouktcr. Colorado: Geophysical Research lericu 25, No 3. 393-396.
20. Van Ruvmbcke. M., 19X9, A New Feedback System for Instalments Equipped with a Capacitive ItatisduL’er. Proceedings of 11th International Symposium or Earth Tides Helsinki. 51-60
21. Anderson, C. G.. 2004. Geophysical assessment and drilling recommendation, Cairapateena Arm prospect, EL2879: C. G. Anderson and Associates unpublished report.
22. Busullil. S.. 2003. EL2879 "C’arrapatcena" Final Report, Period Ending 13th July 2003: MIM Exploration Ply. Ltd., unpublished repon.
23. Daly, S. J., Fanning, C. M , and Fairdough M. C. 1998. Tectonic evolution and implications for exploration potential of the western Gavvler ( raton: AGSO Journal of Australian Geology and Geophysics, 17, 145-168.
24. Fairdough, M" 2005. Geological and métallogénie selling of the Cairapateena FcO-Cu-Au prospect - a PACE success story: Mesa Journal, 38,4-7.
25. Ferris. G. M.. Schwarz M. P., and Hcithersay P., 2002, The geological framework, distribution and controls of Fe-oxidc Cu-Aü mineralisation in the Gaw 1er C’raton. South Australia. Part I : Geological and tectonic framework, in T. M. Porter, cd., Hydrothermal Iron Oxide Copper- Gold and Related Deposits: A Global Perspective. 2, 9-31.
26. Gomez. R. M. 2005. The Carrapatccna Discovery: Presented at the St Barbara’s Day South Australian Explorers Conference.
27. Parker, A. J.. 1993. Palaeoproteruzoic. in Drcxcl, J. F.. Preiss. W. V. and Parker. A. J. cds.. The Geology of South Australia. Voi. 1, The Precambrian. Geological Survey of South Australia, Bulletin 54.
28. Thomson. B. P.. 1975. Gaw 1er C’raton South Australia, in Knight. C.L. cd., Economic Geology of Australia and Papua New Guinea. I. Metals Australasian Institute of Mining and Metallurgy. Monograph 5, 461-44.
29. Barber, P., 1988, The Exmouth Plateau deep water frontier: a case study. In: Purcell, P. G. and Purcell, R. R. (eds.), The North West Shelf, Australia: Proceedings of the Petroleum Exploration Society of Australia Symposium, Perth, 173-187.
30. Korn, B. E., Teakle, R. P., Maughan, D. M., and Sifleet, P. B., 2003, The Geryon, Orthrus, Maenad and Urania gas fields, Carnarvon Basin, Western Australia. The APPEA Journal 43(1), 285-301.
31. Kroh, F., and Williamson, P. E. 2005, Preliminary AVO results from the Bremer Sub-basin SW Australia: Preview, October 2005, 15-18.
32. Jenkins, C. C., Maughan, D. M., Acton, J. H., Duckett, A., Korn, B. E., and Teakle, R. P., 2003, The Jansz Gas Field, Carnarvon Basin, Australia. The APPEA Journal 43(1), 303-324.
33. Williamson, P. E., and Bradshaw, M., 2006, Australia’s gas resources, future production trends and challenges to the identified resource base (Geoscience Australia Record, in press).