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Integrating GIS & fieldwork for geoscience undergraduates. Anne-Marie Nuttall School of Biological and Earth Sciences Liverpool John Moores University. Introduction. Two case studies: Level 1 fieldtrip to Arran First introduction to GIS Level 3 fieldtrip to Snowdonia
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Integrating GIS & fieldwork for geoscience undergraduates Anne-Marie Nuttall School of Biological and Earth Sciences Liverpool John Moores University
Introduction • Two case studies: • Level 1 fieldtrip to Arran • First introduction to GIS • Level 3 fieldtrip to Snowdonia • After completing GIS/Remote Sensing module
Benefits of using GIS at Level 1 • Initial orientation & familiarisation with field area • day-by-day record of field sites • overview of how sites relate to each other • appreciation of topography & sense of scale • interpretation of contours & gradients • appreciation of software & GIS concepts for future use
Level 3 - Spatial modelling • Hypothesis: glacier formation is more likely on high-elevation, north-facing slopes • Input data: Digital Elevation Model (DEM) of Snowdonia • Calculate all grid cells with northerly orientation and > 600 m.a.s.l. • Overlay results on satellite image
Web resources: • Digimap (to download OS map & DEM data): http://digimap.edina.ac.uk • Landmap (satellite image coverage of the UK): http://www.landmap.ac.uk • ERDAS Imagine (Image processing software): http://www.erdas.co.uk • CHEST (university licensing for all of the above): http://www.chest.ac.uk • National Remote Sensing Centre (purchase of satellite images): http://www.nrsc.co.uk