References
1. Dixon, B., H.D Scott, J.C. Dixon, and K. F. Steele. 2002. Prediction of Aquifer Vulnerability to Pesticides Using Fuzzy Rule Based Models at the Regional Scale. Physical Geography 23: 130 - 152.
2. Dixon, B. 2002. Can ground water sampling strategy be improved by incorporating fuzzy logic in a GIS? Vol. 25, Pages 254 – 264. In (B. E. Montz and G. A. Tobin, eds.) Papers and Proceedings of The Applied Geography Conferences. Binghamton University, Binghamton, NY.
3. Dixon, B. 2003. Can contamination potential of ground water to pesticides be identified from hydrogeological parameters? Vol. 26, pages 237 – 247. In (B. E. Montz and G. A. Tobin, eds.) Papers and Proceedings of The Applied Geography Conferences. Univbersity of Colorado at Colorado Springs, Colorado Springs, CO
.
4. Dixon, B. 2004. Can integrated ground water vulnerability mapping tool facilitate sensitivity analysis in a spatial domain? Presentation. International Conference on Geo Environment. Spain, July 2004. Word Doc
5. Dixon, B. 2004. Ground Water Vulnerability Mapping Tool: NN and fuzzy logic: one, the other, or both?? Presentation. AWRA's 2004 Spring Specialty Conference Geographic Information Systems (GIS) and Water Resources III Water. Nashville, May 2004.Word Doc
6. Candade N and Dixon, B. 2004. Comparison of Neural Network and Neuro-fuzzy Techniques in Ground Water Vulnerability Mapping: A Case Study. Poster. AWRA's 2004 Spring Specialty Conference Geographic Information Systems (GIS) and Water Resources III Water. Nashville, May 2004.
7. Dixon, B. 2003. Assessing Transferability of a GIS-Based Neuro-fuzzy Model to Predict Ground Water Contamination Potential. Presentation. American Association of Geographers, Annual Meeting, New Orleans, LA, March.
8. Dixon, B. 2003. A comparison of fuzzy logic and neuro-fuzzy based methodologies to predict groundwater vulnerability. Presentation. Soil Science Society of America Annual Meeting, Denver, CO, Nov 2 – 5th Word Doc
.9. Dixon, B. 2003. Can contamination potential of ground water to pesticides be identified from hydrogeological parameters? Presentation. 26th Applied Geography Conference. Colorado Springs, CO, November 5th – 8th. PPT.