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Groundwater Management

The third key theme in EERC is groundwater management.  Sub-surface water flows are an important part of the hydrological cycle and can have a significant effect on both ground stability and the dispersal of pollutants.  Climate change and, in particular, more intense rainfall and the resulting surface and sub-surface flows can affect the stability of both natural and man-made geotechnical structures. Pollutants from land fill sites can migrate into water courses and excessive pumping from aquifers near coastlines can result in salt water pollution.  Natural rock formations can cause pollution of water supplies and the group has received many awards for its novel work on arsenic removal from water supplies through the world.  A range of projects is available in the key areas of groundwater and geotechnical research being undertaken by the group.

Click on a project below for more information and to apply

 

Three-dimensional stochastic analysis of free surface flow through geotechnical structures (earth dams and slopes)

Dr Ahmed Ashraf & Dr David Hughes

Assessing the impact of restoration measures on peat bog hydrology

Dr Ray Flynn & Dr Shane Donohue

High resolution monitoring of groundwater – surface water interactions

Dr Ray Flynn

Investigating the effects of thermal plumes on aquifer properties

Dr Ulrich Ofterdinger & Dr Rory Doherty

Decontamination of surface soil by natural surfactants: a collaborative research with University of Malaya

Dr Bhaskar Sengupta

Trace element abundance and renal disease in Northern Ireland

Dr Ulrich Ofterdinger, Dr Jennifer McKinley (GAP), Dr Damian Fogarty (QUB Centre for Public Health)

Modelling of therapeutic drug migration in the human eye

Dr John D McKinley & Dr James Lim