Digital Library Center Blog | UF

Augment or alternative reality games combine the digital and the physical to create innovative and interactive games. Notable examples could include geocaching games, and games where players decode information on websites to find information on other websites, call or email the “decrypted” phone numbers or email addresses, or any one of many other activities based on the information learned from the digital site. The real play of ARGs comes through in the back-and-forth from digital to non-digital and in the gaming communities these types of games create. While I’m familiar with ARGs from game studies, it seems like some library and archival materials almost invoke the concept with as oddities that seem to need to be used in some way.

The image above is an example from the USX National Defense Program, Identification Card Listings - 1940’s Series (Source: UE/Labor 91:6, Archives Service Center, University of Pittsburgh.). The University of Pittsburgh Library’s website explains the origin of these ID cards:

In the 1940’s, workers at US Steel’s National Works (sometimes known as the Tube Works) in McKeesport, were photographed for identification cards, which also provide social data on individual workers. The Archives Service Center is hereby making available a name index to its collection of these cards, numbering more than 10,000 in all, approximately 25% of which contain the abovementioned thumb-nail sized photographs. The social data on the cards have thus far been used for a variety of scholarly research projects: e.g. for a study and oral history on women crane operators at the National Works during WWII and for a book on Jews of Hungarian background who worked there. By combining cards belonging to members of a given, defined group, one can form conclusions about the connections between race/ethnicity and job classification or promotion, or about the geographic origins of selected groups.

The card almost calls out to be used in a game that requires additional research, making it perfect fodder or inspiration for an ARG. With so many related materials on the University of Pittsburgh Library’s site, and with material from places like the Typographical Union,
I’m amazed this hasn’t yet figured into an ARG already. Of course maybe it has, but I just haven’t found it yet. At any rate, wondrous materials like this seem to hide or simply sit waiting in all libraries and museums. Given their historical significance, ability to inspire, and usability for projects like ARGs, it’s hopefully only a matter of time until we all stumble across them through a game or an internet search.

The Spatial Information Services Unit of the George A. Smathers Libraries is hosting UF’s inaugural GIS Day on Wednesday, November 14, 2007 from 9:00 a.m. – 4:00 p.m. This all day event will showcase the use of Geographic Information Systems (GIS) to the academic community and the public. The event will include guest speakers from UF’s Geomatics Department and the Geoplan Center as well as interactive geocaching opportunities. It will be an opportunity to meet with professional and expert users of GIS technology. Lectures and poster sessions are open to the public and unrestricted. No registration fee required for any session or activity. Registration is highly recommended for the geocaching game since space is limited. All sessions will be held in Smathers Library (East) Room.

A detailed agenda and further information along with online registration for the geocaching game can be found online or contact the GIS Spatial Information Services Unit. Held each year on the Wednesday of National Geographic Society’s Geography Awareness Week (November 11–17 in 2007), GIS Day is a global event that celebrates GIS technology, the innovative technology that uses geography to bring countless benefits to the world. Further information can be found online. The Smathers Libraries will provide an opportunity for those curious about GIS to see its applications in action. A GIS is a computer-based mapping tool that takes information from a database about a location, such as streets, buildings, water features, and terrain, and turns it into visual layers. The ability to see geographic features on a map gives users a better understanding of a particular location, enabling planners, analysts, and others to make informed decisions about their communities.