Back to basics – the quest for good hydrogeological data (2002)
Kym L Morton
KLM Consulting Services
Abstract
The development of complex ground water modelling codes and the increased capability and computer based models means that the collection of accurate and pertinent data has become even more important.
The development of modern hydrogeology is described. Checklists and pit falls in field investigations are given with specific emphasis on the measurement of hydraulic heads underground and monitoring preparation for test pumping.
The use of point piezometers, as against the rising tendency to install open hole monitoring boreholes, is emphasised.
Morton, K.L. (2002) ‘Back to basics—the quest for good hydrogeological data’, Keynote address to the 9th Congress of the International Association of Engineering Geology and the Environment, Durban, September 2002.
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Publications
- IMWA 2025 Catoca Diamond Mine – implementation of an advanced monitoring network for a Tailings Storage Facility (2025)
- IMWA 2025 Advances in integrated performance monitoring of Tailings Storage Facilities (2025)
- IMWA 2025 Advances in mine dewatering design and monitoring at Tharisa chrome mine Rustenburg South Africa (2025)
- A phased approach to mine dewatering – updated from IMWA 1993 (2024)
- What lies beneath – the use of thermal imagery and satellite data to observe tailings seepage and water risk and pre-empt failures (2023)
- Advanced monitoring of Tailings Storage Facilities and dams to prevent failure (2023)
- Structural logging and modelling for use in simulation of inflows in underground hard rock mines (2023)
- The use of groundwater monitoring and underground pressure release tests to benefit block caving (2022)
- The use of mineral exploration drilling to kickstart hydrogeology data collection for pre-feasibility mining studies and beyond (2021)
- The Use of Accurate Pore Pressure Monitoring for Risk Reduction in Tailings Dams (2021)
- Advances in tailings monitoring, a hydrogeologists perspective (2021)
- A historical perspective of diamond mine dewatering design and guidelines for modern diamond mine (2021)
- The Zone of Relaxation: Advanced Mine Dewatering Strategy for Finsch Mine, South Africa (2020)
- WIN WIN: A women-driven initiative for the cleanup of mine dump residue (2020)
- Tailings dam risk reduction using accurate pore pressure monitoring (2020)
- Tailings dam risk reduction using accurate pore pressure monitoring (2020)
- The Anatomy And Circulation Of Mine Water In Carbonatite Mines, Specifically Diamond Mines (2018)
- Alternate solutions for acid mine drainage - making profit from waste (2017)
- The business case for accurate mine water management (2017)
- Beating the recession through accurate mine water control (2016)
- Comparison of Designs for the Dewatering of Coal, Gold and Diamond Mines in Southern Africa (2009)
- Block cave dewatering: A case history from Finsch diamond mine, Northern Cape (2007)
- Hydrogeology of Venetia diamond mine, South Africa (2003)
- Back to basics - the quest for good hydrogeological data (2002)
- Mine Dewatering (2002)
- The use of thermal imagery in groundwater studies (2000)
- Data collection and aquifer structure of Finsch Mine (2000)
- Impact of groundwater on mining at Finsch Diamond Mine (1994)
- Mine drainage control and environment protection by using grouting technology and the hydrogeological approach (1994)
- A phased approach to mine dewatering (1993)
- Evaluation of a fractured rock aquifer (1993)
- Mine and quarry dewatering (1992)
- The prediction of minewater inflows (1988)
- Calculation of Mine Water Inflow using Interactively a Groundwater Model and an Inflow Model (1987)
- The optimisation of conjunctive use for water supply: A case study (1987)
- The Influence of underground coal mining on Ground water (1984)
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