Computers & Geosciences, 2003, V 29, N 7, August.

1.
 Characterising and mapping vineyard canopy using high-spatial-resolution
 aerial multispectral images,  
 Andrew Hall, John Louis and David Lamb
 Pages 813-822

2.   
 Image optimization and analysis of synchrotron X-ray computed
 microtomography (CT) data, 
 Dawn A. Ashbridge, Michael S. Thorne, Mark L. Rivers,
 Julia C. Muccino and Peggy A. O'Day
 Pages 823-836 

3.   
 Grey level co-occurrence integrated algorithm (GLCIA): a superior
 computational method to rapidly determine co-occurrence
 probability texture features, 
 David A. Clausi and Yongping Zhao
 Pages 837-850 

4.   
 Automated seismic event location for hydrocarbon reservoirs, 
 Volker Oye and Michael Roth
 Pages 851-863 

5.   
 SLOPEMAP: programs for automated mapping of geometrical and kinematical
 properties of hard rock hill slopes, 
 Andreas Gunther
 Pages 865-875 

6.   
 Weighted coordinates transformation method for map overlay with
 non-homogeneous space partition, 
 Ching-Sheng Chiu and Dah-lih Wang
 Pages 877-883 

7.   
 Identification of an active fault in the Japanese Alps
 from DEM-based hill shading,  
 Takashi Oguchi, Tatsuto Aoki and Nobuhisa Matsuta
 Pages 885-891

8.   
 FPSPACK: a package of FORTRAN subroutines to manage earthquake
 focal mechanism data, 
 Paolo Gasperini and Gianfranco Vannucci
 Pages 893-901 

9.   
 A database of revised fault plane solutions for Italy
 and surrounding regions, 
 Gianfranco Vannucci and Paolo Gasperini
 Pages 903-909 

10.   
 A real-time earthquake detector with prefiltering by wavelets, 
 F. Botella, J. Rosa-Herranz, J. J. Giner, S. Molina and J. J. Galiana-Merino
 Pages 911-919 

11.   
 A tree for rocks––hierarchies in stratigraphic
 databases, 
 Robert Huber, Jens Klump and Stefan Gotz
 Pages 921-928 

12.   
 An envelope construction of a set of polygons in a land cadastre, 
 B. alik
 Pages 929-935 

13.   
 The establishment of a trap information system based on GIS, 
 Wang Chuan and Peng Suping
 Pages 937-940