Computers & Geosciences, 2005, V 31, N 6, July.

 
1.   
 Visualization of grids conforming to geological structures:
 a topological approach  • 
 Guillaume Caumon, Bruno Levy, Laurent Castanie
 and Jean-Claude Paul
 Pages 671-680 

2.   
 The role of multilevel data in potential field interpretation  • 
 Maurizio Fedi, Valeria Paoletti and Antonio Rapolla
 Pages 681-688 

3.   
 Dimensionality reduction and visualization of 
 geoscientific images via locally linear embedding  • 
 Fabio Boschetti
 Pages 689-697 

4.   
 Thermod7: A general two-dimensional numerical
 modeling program for heat conduction and advection,
 with special application to faults  • 
 Thomas D. Hoisch
 Pages 698-703 

5.   
 Input space configuration effects in neural 
 network-based grade estimation  • 
 I.K. Kapageridis
 Pages 704-717 

6.   
 An interactive end-user software application
 for a deep-sea photographic database  • 
 S. Jaisankar and R. Sharma
 Pages 718-734 

7.   
 Evaluation of gravel sphericity and roundness
 based on surface-area measurement with a laser scanner  • 
 Yuichi Hayakawa and Takashi Oguchi
 Pages 735-741 

8.   
 Computation of three stochastic modifications
 of Stokes's formula for regional geoid determination  • 
 Artu Ellmann
 Pages 742-755 

9.   
 K2GWB: Utility for generating thermodynamic data
 files for The Geochemist's Workbench® at 0–1000 
 °C and 1–5000 bar from UT2K and the UNITHERM database  • 
 James S. Cleverley and Evgeniy N. Bastrakov
 Pages 756-767 

10.   
 A methodology for aligning raster flow direction
 data with photogrammetrically mapped hydrology  • 
 Frank Kenny and Bryce Matthews
 Pages 768-779 

11.   
 The man who wasn’t there: The problem of 
 partially missing data  • 
 Stephen Henley
 Pages 780-785 

12.   
 Thermoelastic properties of solid phases:
 C++ object oriented library “SolidEOS”  • 
 Sergey V. Churakov
 Pages 786-791 
  
13.   
 Orthogonalising nearly orthogonal axis sets  • 
 W.H. Owens
 Pages 792-796 

14.   
 COH, an Excel spreadsheet for composition
 calculations in the C–O–H fluid system  • 
 Jan Marten Huizenga
 Pages 797-800 

15.   
 An alternative method for calculating variogram
 surfaces using polar coordinates  • 
 F. Iwashita, R.C. Monteiro and P.M.B. Landim
 Pages 801-803 
 
16.   
 An operational MODIS processing scheme for 
 PC dedicated to direct broadcasting applications
 in meteorology and earth sciences  • 
 T. Nauss and J. Bendix
 Pages 804-808 

17.   
 Richard J. Lisle, Peter R. Leyshon, Stereographic
 Projection Techniques for Geologists and Civil 
 Engineers, second edition, 2004, Cambridge 
 University Press, Cambridge, ISBN 0521-828902 
(120 pp., US$ 85 Hardcover) ISBN 0521-535824 
(120 pp., US$ 34.99 Softcover).  • 
Donal M. Ragan
Page 809