Jon King

Jonathan King

Cardiff University

Project Title: Modelling the decay and transport of pathogens using high performance computing

Supervisors: Professor Roger Falconer & Reza Ahmadian

Abstract:

As a result of the EU revised Bathing Water Directive (2006/7/EC) a new, and more stringent, water quality classification system for bathing waters was introduced in November 2015. In order to ensure these targets are met it is important to understand the processes that determine the concentration of certain indicator organisms used to determine compliance, including, in particular, intestinal enterococci and Escherichia coli. This will also enable the study of specific events to predict compliance or failure of bathing waters under a range of scenarios.

Jonathan’s Research Poster

Biography:

Jonathan is based at the Hydro-environmental Research Centre at Cardiff University. He is a student member of CIWEM and on the committee for the International Association of Hydro-environment Engineering and Research (IAHR) Young Professionals Network (YPN) at Cardiff University. Jonathan’s research is focused on developing integrated atmospheric, catchment and hydrodynamic models to better understand the factors effecting the transport and decay of faecal indicator organisms (FIOs) and establishing mitigating measures that can be implemented to reduce their concentration in estuarine and coastal waters.
His work will focus specifically on Swansea Bay and the Ribble Estuary, both popular bathing locations, and with the latter being a short distance south of Blackpool.
Before joining the Hydro-environmental Research Centre, Jonathan worked as a Package Engineer for Sir Robert McAlpine. Jonathan holds a first class honours in MEng Civil Engineering (Cardiff) and achieved a first class grade in the Water Informatics Postgraduate School (Exeter).

 

Please feel free to contact Jonathan directly if you see any opportunities to collaborate.

 

Keywords: Water quality, bathing water directive, bacterial transport, faecal indicator organisms, decay rates, numerical modelling.