Starts: Apr 30, 2014 5:00:00 PM
Starts: Jun 18, 2014 9:00:00 AM
Second Academic Conference on Research, Teaching and Service in Disaster Risk Reduction and Resilience
Starts: Jun 19, 2014 9:00:00 AM
IRDR Special Report on Transitional Recovery and Reconstruction in the Eastern Philippines after Typhoon Yolanda
Published: May 23, 2014 11:07:18 AM
Published: Feb 24, 2014 3:30:38 PM
Published: Jan 8, 2014 2:45:50 PM
Office location: Rm 38, 2nd floor, South Wing, UCL Main Quadrangle
Research Fellow: Dr M Shamsudduha ("Shams")
My research interests include contaminant hydrogeology, groundwater flow modelling and solute transport in aquifer, spatial and temporal dynamics in groundwater storage and recharge, surface water – groundwater interaction, and impacts of climate change and rising sea levels on freshwater storage and quality in the Bengal Delta and other Asian Mega-Deltas. My current research interests revolve around three hydrometeorological and water-related risks and their impact on human health and food security:
1. Risk of chronic exposure to toxic metals in untreated water supplies: reducing human exposure to arsenic and other chemical contaminants by understanding the geological and hydrodynamic conditions controlling the mobilisation of contaminants in groundwater;
2. Risk of acute, episodic exposure to floods and diarrhoeal disease outbreaks: quantifying the impact of intensive rainfalls on groundwater recharge, flood risk, and microbial contamination of water supplies; and
3. Risks of water and food insecurity: resilience of groundwater abstraction to sustain groundwater abstraction for irrigation and public water supplies.
Currently at IRDR, I am working on a research project “Delivering guidance on arsenic-safe, sustainable groundwater supplies for Bangladesh” with Willy Burgess (UCL Earth Sciences) funded by EPSRC through a Knowledge Transfer Award. Using numerical models (MODFLOW, MODPATH and MT3DMS) we are investigating groundwater flow fields, sources of groundwater recharge, and transport of arsenic under various pumping scenarios (e.g. pre-development or natural state, recent and future pumping strategies) in southeastern parts of Bangladesh to develop guidance reports for water managers and policy makers in order to provide arsenic-safe drinking water supply in rural towns.
My teaching interests primarily include hydrogeology, hydrogeochemistry, geostatistics and hydroinformatics, and GIS & remote sensing techniques in hydrology. I particularly enjoy teaching interdisciplinary courses on various aspects of hydrogeological processes, physical and environmental geology, and water and development in developing countries. At Auburn University (USA) I taught Physical Geosciences to undergraduate students between 2005 and 2007. I also taught GIS and Remote Sensing to graduate students and Environmental Geology to undergraduate students. At University College London (UK) during my doctoral study, I helped undergraduate students with their research topics and proposals that are required component of an undergraduate course, Water and Development in Africa.