PhD Scholarship in Biogeochemical Process Understanding at a Groundwater – Surface Water Interface, Technical University of Denmark
Applications are invited for a PhD scholarship in the area of attenuation of organic pollutants arising from contaminated sites, in particular integrated process studies of a surface water- ground water system at plume scale. The PhD position will be funded by the Danish Council for Strategic Research and the Technical University of Denmark in the research project RISKPOINT.
Project description
The RISKPOINT project aims to develop a complete risk assessment tool that can be used to identify and prioritise clean up and management of point sources of contamination to groundwater.
Management of such systems requires detailed understanding of biogeochemical processes relevant for attenuation processes for organic contaminants like chlorinated solvents. The aim is to obtain detailed process understanding using state of the art field and laboratory methods and develop new tools. The project will be focused at a highly instrumented field site at a groundwater surface interface in a catchment in Denmark. The site will be investigated with respect to hydrogeology, biogeochemical processes and ecological impact on the river system from a contaminant plume. Geophysical characterization as well as advanced reactive transport modeling will be carried out at the site and in the catchment.
PhD Studentship in Microbiology, De Montford University, UK
Full-time PhD Studentship
Microbiology – Discrimination of Antibiotic Resistant Bacteria
Faculty of Health & Life Sciences
Applications are invited for a fully funded three-year PhD studentship starting in October 2008. The studentship includes a bursary of £12,600 per annum (tax-free) for three years and all tuition fees.
Candidates should hold a good first degree (at least an Upper-Second Class or equivalent) in a relevant subject area.
Project: Discrimination of Antibiotic Resistant Bacteria
The emergence of antibiotic resistance in hospital-acquired infections represents a considerable burden to healthcare delivered globally. This research project aims to develop proteomic approaches (including MALDI-TOF-MS) for discrimination and characterisation of antibiotic resistant bacteria. Proteomic techniques, such as two-dimensional gel electrophoresis, will be used to identify biomarkers of antibacterial resistance on the surface of bacterial isolates. Candidates should have a strong interest in bacteriology and molecular biology. Laboratory based practical experience in microbiology, molecular biology and proteomic techniques would be an advantage.
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