Current accepted submissions as of 15 August 2025. Final list coming soon
| Title | First author | Co-authors | |
|---|---|---|---|
| 1 | Development of alternative kinetic leach test method for non-free draining coal mine wastes | Alex Watson | Graeme Campbell, Marilena Stimpfl |
| 2 | Key parameters for assessing the chemical stability of coal tailings storage facilities using laboratory kinetic tests | Abdulraheem O Anumah | Wenqiang Zhang, Samadhi Gunathunga, Mandana Shaygan, Gordon Southam, Mansour Edraki |
| 3 | CO2 Emissions from AMD Treatment at Mt. Morgan Mine: Implications for Legacy Pit Lake Water Quality Management | Adithyanti Febriana | Cameron Smith, Samadhi Gunathunga, Denys Villa- Gómez, Gordon Southam |
| 4 | Geochemical study of pyrrhotite and pyrite reactivity in tailings Eloise copper mine, Queensland, Australia | Alan Robertson | Chandima Nikagolla, Andrea Gerson, Simon Cole, Nick Jones, Quinton Bruwer |
| 5 | A case study assessment of the failure of net acid generation testing in the presence of Mn-containing phases | Andrea Gerson | G. Levay, P. Clay, A. Pandelis |
| 6 | CRC TiME Acid and Metalliferous Drainage Test Handbook | Sarah Harmer | CRC TiME 3.10 Project Team |
| 7 | Iron ore mine AMD management - hey people, it’s not just about acid rock drainage! | Andrew Botfield | Rachael Cooke |
| 8 | Field and Laboratory Scale Investigations of AMD Potential in Mine Waste at Three Coal Mines in the Bowen Basin, Australia | Andrew Garvie | Marilena Stimpfl, Alex Watson |
| 9 | Innovations in Advanced Real-Time Continuous Monitoring of Acid Mine Drainage | Annette Nolan | Ture Carlson, Richard Campbell |
| 10 | Finding value in mining waste: towards development of an international standard | Artem Golev | Dr Corinne Unger, Dr Tania Laurençont, Dr Karin Fogarty |
| 11 | Monitoring and Modelling of Hydrological and Geochemical Processes in Large in-situ Waste Rock Leaching Columns | Chenming Zhang | Z Zhao, C Ptolemy, T Ferguson, S Quintero, L Tan, D Williams |
| 12 | Use of X‐ray fluorescence, thermogravimetric analysis and hyperspectral airborne survey to support and supplement geochemical mine waste characterisation | Colleen Burgers | |
| 13 | Turning the Tide: Advanced Monitoring at AMD Creek's Closed Mine using CSIRO’s Vesi™ technology | Daniella Caruso | D.S. Macedo, D.C. Marley, G. Cordery, K. Murugappan |
| 14 | Source Control for Acid and Metalliferous Drainage (AMD) at the Rum Jungle Legacy site | Paul Ferguson | David Jones, Danielle O’Toole, Forrest Egerton |
| 15 | Water Quality Performance Objectives and Geochemical Characterisation for the Rum Jungle Legacy Site, Northern Territory (NT), Australia | David R Jones | Paul Ferguson, Ross Smith |
| 16 | Geochemical and Mineralogical Behaviour of Spontaneously Combusting Metalliferous Mine Waste Rocks | Dipanshu Sharma | J Fourie, B Usher |
| 17 | Spatial and temporal (annual and decadal) trends of metal(loid) concentrations and loads in an acid mine drainage-affected river | Elin Jennings | Patrizia Onnis, Rich Crane, Sean D.W. Comber, Patrick Byrne, Alex L. Riley, William M. Mayes, Adam P. Jarvis, Karen A. Hudson-Edwards |
| 18 | Early Prediction of AMD through Integration of Hyperspectral and XRF Core Scanning- Based Geoenvironmental Indices in Queensland Mineral Systems | Enrique Sáez Salgado | Anita Parbhakar-Fox, Nathan Fox, Laura Jackson |
| 19 | Assessing Waste Critical Metals Potential and Acid and Metalliferous Drainage Risks at an Abandoned Gold Lode Mine in Normanby, Southeast Queensland | Francesco Colombi | Johnson. K., Ibqdal. A., Baldwin. D., Parbhakar-Fox A. |
| 20 | Understanding the sulfide oxidation behaviours in two AMD waste rocks from a gold mine | Gujie Qian | Andrea Gerson, Nick Falk, Taryn Loney, Hugh Davies, Sarah Harmer |
| 21 | Mitigating AMD risk from active and legacy underground mines | Jeff Taylor | |
| 22 | AMD management at a legacy arsenic-tin mine in Eastern Australia | Ashton Soltys | Abolfazl Poozan, Stuart Wincheste, Brian Cork, Jeff Taylor |
| 23 | Assessing Large Mineralogical Datasets for Potential Geochemical Hazards | John Waters | Jeff Taylor, Angus Fitzpayne |
| 24 | Assessing Large Static Geochemical Datasets for AMD Risk | Sophie Pape | John Waters, Nigel Murphy, Jeff Taylor |
| 25 | Impacts of AMD on TSF Seepage Pathways and Physical Stability | Jennifer Durocher | Brent Usher, Dale Sprague |
| 26 | Improved Mining Sulfur Management through Biological Strategies | Lesley Warren | |
| 27 | The geochemical evolution of mine void water chemistry over 25 years at the Mt Lyell Copper mine, Tasmania, Australia | Lois Koenkhen | |
| 28 | A leading practice approach for field-scale cover system trials in Queensland | Louisa Nicolson | Antony Volcich |
| 29 | Electrochemical treatment of acid mine drainage to manage rehabilitation and recover resources | Luke Berry | |
| 30 | Geochemical Assessment and Rehabilitation Strategy for AMD Management: A Case Study of Mt Bischoff Mine | Majid Ebrahimi | Ben Freidman, Matthew Taylor, Bridget Johnson, Mike O’Kane |
| 31 | Mine planning, selective handling of waste rock, source control, and AMD management: Are we getting any better at this? | Marilena Stimpfl | |
| 32 | Source Control for AMD Risk Management using Cover System and Landform Design: Lessons from a Quarter Century of Practice | Mike O’Kane | |
| 33 | Pyrite microencapsulation by composite inorganic coatings in acidic conditions for acid mine drainage mitigation: A one-year experimental study | Misbah Fatima Hussaina | Fang Xiaa, Yuan Meib, Rong Fanc |
| 34 | Combining Genomics and Kinetic Leaching Tests to Quantify Microbial Influence on Sulfide Oxidation | Nick Falk | Bhavya Papudeshi, Gujie Qian, Andrea R. Gerson, Hugh Davies, Sarah L. Harmer, Elizabeth A. Dinsdale |
| 35 | Design of Engineered Landforms to Improve Closure Outcomes | Paul Weber | Leo Navarro, Carlos Hillman, Simone Hoodhills |
| 36 | Tumbling alkalinity levels: improving water quality model source term definitions with single stage and multistage bottle rolls and free draining columns | Peter M. Scott | Andrew Bottfield (EGi) + others |
| 37 | Implementing leading practice geochemical design and construction – observations from McArthur River mine, northern territory, Australia | Pyramo Marianelli | |
| 38 | The Tool for Acid Rock Drainage and Metal Leaching Prevention and Management: Transforming Global Leading Practices into Asset-Level Decision Support | Rebecca Paisley | Rens Verburg, Nico Bezuidenhout, Natalie Korczak, Jessica Nicholls, Gilles Tremblay |
| 39 | Bridging Mine Planning and Waste Management: Optimizing Early- Stage ARD Prediction through Integrated Characterization and Monitoring | Rishika Sharma | Vivek Kumar |
| 40 | Clearing the hurdles of mine waste management for greenfield sites | Ros Green | |
| 41 | Integrated pH elixir premium solutions for AMD control | Todd Vacher | |
| 42 | Machine Learning methods applied to ARD mine water management | Tom Muezelaar | |
| 43 | Establishing water quality criteria for protection of AMD-impacted rivers using biological and chemical monitoring datasets: Hercules Mine case study | Tom Robson | Jon Crosbie, Carol Steyn |
| 44 | Source control case study | Vanessa Mann | |
| 45 | Improved predictions of acid and metalliferous drainage for greenfield projects | Wenqiang Zhang | Mansour Edraki, Rosalind Green |
| 46 | From Microstructure to Macroimpact: The Critical Role of Permeability–Tortuosity–Porosity Model in Predicting Acid Mine Drainage from Mine Waste | Wenran Cao | Mansour Edraki, Harald Hofmann, Alexander Scheuermann |
| 47 | Managing Mine Wastes – what should be the focus? | Paul Brown | |
| 48 | Modern Tools, Better Predictions: Advancing from PAF/NAF to Provide Refined Water Quality Insights | Hugh Davies |