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Colin McClean is a geographer and spatial analyst with over 20 years experience of spatial modelling across a range of research areas from conservation ecology and biodiversity through land use modelling and pollution impacts to biogeochemistry. His work involves the application of spatial analysis and GIS to environmental management. This work has involved modelling the potential impacts of climate change on African and UK plant species using species distribution modelling, the application of a number of reserve modelling and selection algorithms to both marine and terrestrial conservation problems. This work has include the use of machine learning optimisation methods such as genetic algorithms and simulated annealing. Other recent collaborative work has included looking at Sahelian “greening” using detailed hydrologically relevant terrain modelling and the climate change impact modelling for the Shea Tree in the Sudano-Sahelian zone. Common to most of this diverse work is the use of large and readily available spatial data sets for novel applications. Results from the climate change impacts work for Africa are cited in both the Stern Review and 2007 IPCC impact report. Work sponsored by WWF has been cited in the Royal Commission on Environmental Pollution’s marine fisheries report.
BSc Edinburgh (1986) - Geography
PhD Durham (1991) - Geography
Post-doctoral research - Wales and South West Regional Research Laboratory, Cardiff (1989-1991)
Post-doctoral research - Centre for Land Use and Water Resources Research, Newcastle (1991 -1995)
Lecturer/Senior lecturer - University of York (1996 - )
General research interests involve the application of spatial analysis and GIS to environmental management. Research efforts in geography, the environmental sciences, ecology and environmental economics are strongly linked by the spatial distributions of the phenomena they seek to study. Many working in the field of GIS aim to develop new manipulation and analysis tools, however, the potential applications of relatively simple GIS analysis, in all of the above areas of study, has only begun to be explored. The major limitation to the exploitation of the tools that have been developed has been the paucity and quality of existing spatial data sets. These datasets are increasingly available, providing opportunities to consider environmental problems at the landscape, regional and global scales, where before only field-level studies might have been possible.
2012-2013 | Natrural England | £33000 | Climate Change Species Risk Assessment. With Colin Beale, Chris Thomas et al. |
2009-2012 | Defra Darwin Initiative | £218438 | Developing tools for reducing biodiversity losses in tropical agricultural landscapes. With Jane Hill et al. |
2009-2010 | NERC/DFID | £97698 | Transformation and shifts in production landscapes for livelihood improvements in the Sahel: building a partnership in research. With Jennie Barron, Steve Cinderby, Jon Lovett et al. |
2006-2010 | EU | Eu167700 | Innovative Tools and Techniques for Sustainable Use of the Shea Tree in Sudano-Sahelian zone. With Jon Lovett et al. |
2004-2005 | RELU | £18,364 | Integrating spatial data on the rural economy, land use and biodiversity. With Piran White, Dave Raffaelli, University of Bristol, Scottish Agricultural College. Description of Land Use Modelling Methods (PDF , 31kb) |
2003-2005 | NERC | £10,2331 | Modelling climate and land use influences on spatial patterns of UK plant biodiversity. With Chris Preston, CEH and Mette Termansen |
2001-2003 | Danish Social Science Research Council | £62.2K | Economic valuation of recreational benefits from afforestation projects and their optimal spatial location. With Mette Termansen |
2001-2002 | Conservation International | US$50K | Bioclimatic Modelling of the Eastern Arc Mountains, Tanzania. With Jon Lovett |
2001-2002 | Conservation International | US$35,527 | Continental scale mapping of African plants. With Jon Lovett |
PhD Students