GIS and remote sensing technologies were used to explore and analyze the spatial and attribute information at Birchtown and to geo-correct the only known copy of a late eighteenth century land grants map of Birchtown, known as the Goulden Map.

The British Academy reviews new technologies for Aerial Survey and for access to the Photographic Records in this report.

Project was conceived as a means to explore the potential of linking multiple remote sensing methods at a single archaeological site. project background, methods, results, and bibliography.

Aerial photographs of archaeological sites by Otto Braasch.

Orignially published in Sydney University Archaeological Methods Series 1, and compiled by Petrie, Johnson, Cullen, and Kvamme. Includes a keyword index to the 328 references.

Imagery in this library is derived from archaeological remote sensing projects conducted primarily by the Archeo-Imaging Lab at the University of Arkansas. These projects have utilized ground penetrating radar, proton magnetometry, fluxgate gradiometry, electrical resistivity, and electromagnetic conductivity methods.

Presentation of examples where aerial photography provides additional data to archaeologists on the ground.

NASA's presentation on how remote sensing helped find this lost city.

Article from the Oriental Institute Computer Laboratory presenting the methods and uses of data acquisition, templates, and computer analysis for site modelling. Contains link to a computer model of the Giza Plateau as an example.

A long-term project by Dr. Scott Madry on the applications of remote sensing and GIS in the Burgundy region of France. Methodology, bibliography