Paper:
- An evaluation of technological overburden thickness
- Analysis of water removal parameters in mining sites
- Computational groundwater monitoring and management system
- Detection of Mine Collapses with Seismic Methods
- Digitizing Mining Plans
- Environmental impact of mining
- Explosives Handling
- Geotechnical Processes and Soil-Water Movement with Transport of Pollutants
- Influence of water discharging
- Interpolation Techniques For Reserve Calculations
- Mine water and dewatering
- Mine water as a potential source of energy
- Mining Conditions for the Cement Industry
- Mining influence on the environment
- Mining influence on the water regime
- Oil Shale reserve calculations
- Papers
- Possibilities of mining under the mire
- Potential of underground minewater
- Scholar
- Sustainable phosphate rock mining
- Technogenic water in closed mines
- The future of oil shale mining
- The impact of infiltration dam
- The origin and amounts of removal water
- Underwater blasting experiments
- Usage of underground minewater
- Water Quality in Maardu Phosphate Rock Mining Area
Water Quality in Maardu Phosphate Rock Mining Area in Estonia
The impact of infiltration dam on the groundwater regime in the Kurtna landscape reserve area
Influence of water discharging on water balance and quality in the Toolse river in Ubja oil shale mining region
Potential of underground minewater in Estonian oil shale mining region
Underwater blasting experiments in Estonia
Mining influence to the water regime in Kunda region
Geotechnical Processes and Soil-Water Movement with Transport of Pollutants in the Estonian Oil Shale Mining Area
The future of oil shale mining related to the mining and hydrogeological conditions in the Estonian deposit
