1887
ASEG2009 - 20th Geophysical Conference
  • ISSN: 2202-0586
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Abstract

Introduction

The past decade has witnessed increasing policy demands to demonstrate cost-effective outcomes in environmental management. This has brought focus on the need to understand and map the complexity of biophysical systems in order to maximise the effectiveness of targeted management investments. A rise in demand for more accurate hydrogeological predictions for salinity and groundwater management, has seen increasing emphasis on multidisciplinary geoscience systems approaches and the use of new or improved geospatial mapping technologies that enable specific gaps in the biophysical knowledge framework to be mapped and characterised with greater certainty.

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/content/journals/10.1071/ASEG2009ab060
2009-12-01
2026-01-14
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References

  1. Brodie, R. and Sam bridge, M., 2006, A holistic approach to inversion of frequency domain airborne EM data, Geophysics, 71, No. 6, pp G301-G312.
  2. George, R., Lawrie, K.C. & Woodgate, P., 2003, “Convince me all your bloody data and maps are going to help me manage salinity any better ?” A review of remote sensing methodologies for salinity mapping. A? Proceedings 9th PURSL (Productive Use of Saline Land) Conference, Yepoon, Qld. 14p.
  3. Lawrie, K.C., Gray, M. Fitzpatrick, A., Wilkes, P., Lane, R., Pain C. & Lambert, I., 2003a, Assessing cost-effective salinity mapping strategies using a landscape-based approach for methodology and technology selection. In Submission to National Review of Salinity Mapping Methods and Technologies in the Australian Context. CRC LEME Open File Report.
  4. Lawrie, K.C., Gray, M., Fitzpatrick, A., Wilkes P., and Lane, R., 2003b, Reducing the Acquisition Costs of Airborne Electromagnetics Surveys for Salinity and Groundwater Mapping. Preview, October 2003.
  5. Lawrie, K.C., 2007, Land use questions and models of AEM targets report by technical working group chair on proposed River Murray Corridor (South Australian border to Gunbower) Victorian AEM mapping project. CRC LEME Restricted Report 265r. 27p.
  6. Lawrie, K.C., Clarke, J. D. A. Tan, K. P., Pain, C., Brodie, R., Edwards, D., Reid, M., Apps, H., Wong, V. & Luckman, J., 2008, An airborne electromagnetic (AEM) survey used as a tool to address salinity and land management issues in the River Murray Corridor, South East Australia. In Proceedings 2nd International Salinity Forum (Ext. Abs.).
  7. Munday, T., Walker, G., Cresswell, R., Wilford, J., Barnett, S. & Cook, P., 2003a, South Australian Salt Mapping and Management Support Project - An example of the considered application of airborne geophysics in natural resource management. 16th ASEG Conference, Adelaide.
  8. Munday, T., Green, A., Brodie, R., Lane, R, Sattel, D., Barnett, S., Cook, P. & Walker, G., 2003b, Developing recharge reduction strategies in the Riverland of South Australia using airborne electromagnetic data - a case study in tailoring airborne geophysics given a particular target and a desired set of outcomes. 16th ASEG Conference, Adelaide.
  9. Munday, T. J. Overton, I. Fitzpatrick, A. Cahill, K. Berens, V. Hatch, M. & Brodie, R. C., 2007, Spatio-temporal monitoring of floodplain environments using electromagnetic methods: a scaled approach to understanding surface water-groundwater interactions on the Chowilla floodplain, South Australia. In 20th SAGEEP, Denver.
  10. Spies, B. & Woodgate, P., 2005, Salinity mapping Methods in the Australian Context. Department of the Environment and Heritage; and Agriculture Fisheries and Forestry, June 2005. 236p.
  11. KokPiang Tan1, Larysa Halas1, Colin Pain1, Ken Lawrie1, Jon Clarke1. Heike Apps1, Kristen Cullen1, and David Gibson1, In press, Utilizing airborne electromagnetic (AEM) data, high resolution DEM and hydrogeological information to derive customised products for natural resource management along the River Murray Corridor, Extended Abstract (this volume)
  12. Walker, G., Cresswell, R., Munday, T. & Liddicoat, C., 2004, South Australian Salinity Mapping and Management Support Project: Final Report (Overall Project Summary Report), South Australia. Department of Water, Land and Biodiversity Conservation. Report, DLWBC 2004/39.
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  • Article Type: Research Article
Keyword(s): Airborne electromagnetics; holistic inversion; groundwater; salinity
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