Dr Greg O'Donnell
Senior Researcher in Land Use Management Effects in Extreme Floods

  • Email: g.m.o'donnell@ncl.ac.uk
  • Telephone: +44 (0) 191 222 5921
  • Fax: +44 (0) 191 222 6502
  • Address: School of Civil Engineering and Geosciences
    Room 3.21
    Cassie Building
    Newcastle University
    Newcastle upon Tyne
    NE1 7RU
    UK

Background

Main current area of research involves assessing the impacts of land use/management change on flooding using novel information tracking methodologies.

Qualifications

PhD, Information Tracking For Flood Impact of Land Use and Management Change (Newcastle University)
MSc, Engineering Hydrology (Newcastle University)
MSc, Information Processing (University of York)

Previous Positions

Visting Research Scholar (University of Washington, US)

Research Interests

Hydrological modelling; impacts of land use/management change on flooding;information tracking for hydrological impact assessment; macroscale hydrological modelling; use of satellite altimetry data to predict river stage

Current Work

NERC-FREE(NE/F001134/1): Land Use Management Effects in Extreme Floods
Assess how the hydrological effects of rural land use management propagate from the local scale (~ 1 ha, and below) to the mesoscale (~ 100 km2) and affect extreme floods.

EPSRC-FRMRC2 (EP/FO20511/1): SWP5 Land Use Management
Development of source-pathway-receptor information tracking methodology for estimation of extreme flood impact and vulnerability to land use change.

Global Capability Assessment of Satellite Radar Altimetry (ESA)
Quantifying the potential of using altimetric stage to infer discharge.

Postgraduate Supervision

Alex Nicholson, "Development of an On-Farm Runoff Storage and Hydraulic Network Routing Model to Simulate Mitigation Effects on Downstream Flooding" (start: Sept 2009).

Industrial Relevance

Defra/EA R&D programmes


FD2120: Analysis of historical datasets to look for impacts of land use and management change on flood generationNIREX Radioactive Waste Disposal: Safety Studies

Postgraduate Teaching

Contribute to Continued Professional Development Courses in "Integrated River Basin Management" and "Real Time Flood Forecasting and Warning Systems".