Currently I am working on the following rather different research projects.
- The development of geospatial search methods. With a strong emphasis on remote sensing, GIS, and photographic imaging and interpretation; artificial intelligence (AI) and cognitive science concepts; and on field techniques. The field sites are in California, and the application area is searching for gold
- Georeconnaissance. In particular as it relates to applied geographic imaging and mapping. I define georeconnaissance as: "To access and try to learn locations, features and conditions in a geographic district". With both local and international relevance. A methodological framework has been developed primarily for World Bank (IMF) projects over the past decade and a half.
- The use of flight simulators for virtual aerial georeconnaissance in research, teaching and applied/operational contexts.
Finally, I have an interest in the future development of geographic unmanned aerial vehicle (G-UAV) applications.
Gala, T.S., Pazner, M. and Beyene, S. 2011 'Evaluating Biophysical Attributes of Environmentally Degraded Landscapes in Northern Ethiopia using LANDSAT ETM data and GIS' Ethiopian Journal of Environmental Studies and Management Research 4(1): 1-16
|P. Bush||2006||Habitat use of Northern Goshawks in Great Lakes St. Lawrence forest of central Ontario|
|X. Zhang||2005||Gold-related lithologic and mineral mapping from hyperion and aster data in the South Chocolate mountains, California|
|H. Wan||2004||Integration of GIS and ANN for spatial feature clustering|
|N. Ripley||2001||Bridging geospatial information and flight simulation technologies|
|K. McMaster||2000||The effects of D.E.M. resolution on derived hydrologic network accuracy|
|R. Gammon||1995||The development of hyperviewkit: A hypercard pictorial navigation application|
|B. Shan||2014||Multivariate Data Geovisualization in Knowledge Discovery|
|S. Kulon||2011||GISc gold search techniques: Mojave Desert, CA|