Dr. Sim M. Reaney, Durham University, UK
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"Climate Change"
This is a video from Calendar News of me talking about the heat waves work on the ARCC BIOPICCC project.
Continue Reading →Reaney, S. M., Lane S. N. and Heathwaite A. L. 2009: Simulating the Spatial Distribution of Hydrological Connectivity Under Possible Future Climates – Impacts on River Flow Dynamics and Non-Point Source Pollution; American Geophysical Union Fall Meeting, San Francisco, USA
Predicted changes to the climate have the potential to alter the hydrological dynamics of [...]
Continue Reading →I am involved in a new research project starting this autumn. The project is called ‘BIOPICCC’ – Built Infrastructure for Older People in Conditions of Climate Change. The project as a whole is looking at mapping those parts of the UK which are likely to be most affected by climate change, and which have the [...]
Continue Reading →Reaney S., Lane S., Wade T. and Conlan K. 2005: Climate Change Impacts on Discharge and Nitrogen Loads in an UK Upland Catchment; Geophysical Research Abstracts, Vol. 7, 09461
Continue Reading →Reaney, S. and Lane, S. 2004: Modelling the impact of predicted climate change on the hydrological functioning of a UK upland catchment. Geophysical Research Abstracts, Vol. 6, 06012, 2004
Continue Reading →Conlan K, Wade T, Reaney S, and Lane S 2005: Effects of Climate change on river water quality; UK Water Industry Research Ltd. ISBN: 1 84057 402 X
The potential impact of predicted climate change on water quality in UK rivers, and its implications to the UK water industry, was investigated using a newly [...]
Continue Reading →Reaney, S. M. and Fowler, H. J
American Geophysical Union, Fall Meeting 2008, abstract #H21E-0877
When estimating climate change impacts, there are many sources of uncertainty which must be considered. The main sources of uncertainty arise from the structure and parameterisation of physically based simulation models, downscaling methods, stochastic realisations of future weather time series and the underlying emission [...]
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