FLEMING, C., MARSH, S. H. & GILES, J. R. A. Introducing elevation models for geoscience.
CRIPPEN, R. E. Global topographical exploration and analysis with the SRTM and ASTER elevation models
NIGHTINGALE, M. R. A. &MORGAN, G. L. K. Refinement of ASTER digital elevation models using SRTM data for an environmental study in China
CZIFERSZKY, A., FLEMING, A. H. & FOX, A. An assessment of ASTER elevation data over glaciated terrain on Pourquois Pas Island, Antarctic Peninsula
DANNEELS, G., HAVENITH, H. B., CACERES, F., OUTAL, S. & PIRARD, E. Filtering of ASTER digital elevation models using mathematical morphology
HALL, M. & TRAGHEIM, D. G. The accuracy of ASTER digital elevation models: a comparison with NEXTMap Britain
HALL, M., COOPER, A. H., FORD, J., PRICE, S. & BURKE, H. The use of NEXTMap Britain for geological surveying in the Vale of York
RUTTER, H. K., NEWSHAM, R., MORRIS, D. G. & MCKENZIE, A. A. Selecting the appropriate digital terrain model: an example from a hazard mapping exercise
MCKENZIE, A. A., RUTTER, H. K. & HULBERT, A. G. The use of elevation models to predict areas at risk of groundwater flooding
TAPPIN, D. R. Digital elevation models in the marine domain: investigating the offshore tsunami hazard from submarine landslides
GIGLIERANO, J. D. LiDAR basics for natural resource mapping applications
HOBBS, P. R. N., GIBSON, A., JONES, L., PENNINGTON, C., JENKINS, G., PEARSON, S. &FREEBOROUGH, K. Monitoring coastal change using terrestrial LiDAR
SMITH, M. J. Digital elevation models for research: UK datasets, copyright and derived products
GILES, J. R. A., MARSH, S. H. & NAPIER, B. Dataset acquisition to support geoscience
Index