2007 – Seventh Triennial Conference
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Proceedings of the Seventh Triennial Conference on Mine Subsidence – A Community Issue
University of Wollongong, NSW 26-27 Nov 2007
Title | Author | Page |
Cover page – Foreword – Contents | ||
Evaluating the Impacts of Longwall Mine Subsidence on Vineyards in the Broke Region of New South Wales: The Challenges of Analysing Multi-scale Field Data | JA Thompson PS Frazier DW Lamb |
1 |
West Wallsend Colliery – A Coordinated Approach to Managing Subsidence Impacts on Multiple High Risk Sensitive Surface Features: LW27 Case Study |
M Robinson | 11 |
Mitigating the Effects of Mine Subsidence due to Coal Mining On Major Infrastructure Assets Critical to Sydney |
M McGill | 23 |
Investigation of Potential Longwall Mining Impact on Upper Cordeaux No.2 Dam |
DKH Ho PG Dominish CW Tan |
33 |
Subsidence Monitoring at Cataract Tunnel Portal: Lessons Learnt |
G. Brassington, C. Horsley | 43 |
Measuring Mine Subsidence – Illawarra Coal’s Diversified Approach |
L Anderson D Patterson M Nicholson |
53 |
Monitoring Mining Induced Strain in a Road Pavement using Optical Fibres |
DJ Kay, B Whelan G Donald H Pinkster |
69 |
Continuous Monitoring with Tiltmeters and the Internet | P Enright | 81 |
Remote Monitoring of Mine Subsidence Using Radar Interferometry |
L Ge, HC Chang C Rizos, KW Mills |
93 |
Monitoring the Impact of Longwall Mine Subsidence on Surface Environments Using Remote Sensing |
T Trotter, P Frazier | 101 |
A Case Study on Multi-seam Subsidence with Specific Reference to Longwall Mining under Existing Longwall Goaf |
G Li, P Steuart R Pâquet |
111 |
Probabilistic Approach to Predicting Far Field Horizontal Movements During Mining |
DJ Kay WJC Meynink HG Buys PL DeBono H Pinkster |
127 |
Predictions of Far Field Displacements Due to Pillar Extraction or Longwall Mining in Mountainous Terrain |
S Ditton | 141 |
Mine Subsidence at Waratah Rivulet: a Case Study of the Consideration of Environmental Costs and Benefits of Underground Longwall Mining |
R Gillespie | 151 |
Risk Assessment of Applications to Mine Near Dams and Stored Waters |
P Reid | 165 |
Designing a Longwall Layout in the Face of Stringent Subsidence Constraints – the Mandalong Experience |
RW Seedsman | 177 |
Rapid Stress Assessment of Buried Pipelines in Mine Subsidence Regions |
DKH Ho PG Dominish CW Tan |
189 |
Review of Mechanisms Resulting in Observed Upsidence and Closure Movements |
DR Kay, JP Barbato KW Mills |
197 |
Subsidence Impacts on River Channels and Opportunities for Control |
KW Mills | 207 |
The Ecology of Subsidence – Upland Swamps in the Southern Coalfield |
M Richardson D Ryan |
219 |
High-Resolution Environmental Monitoring: a Determination of the Upland Swamp-Woodland Boundary from ALS (Airborne Laser Scanning) Data |
RB Jenkins | 233 |
Changes of Water Quality in a Stream Impacted by Longwall Mining Subsidence |
J Jankowski | 241 |
Surface Water-Groundwater Interactions in a Catchment Impacted by Longwall Mining |
J Jankowski | 253 |
Mine Subsidence Induced Hydraulic Connection Tested by Geochemical and Geophysical Tracing Techniques |
CL Waring MA Peterson |
263 |
Geochemical and Algal Tracing of Potential Flow from a Lake to an Underground Mine |
SA Short, AN Golab CJ Tippler RV Walsh |
269 |