Earth Data Analysis Center

Geospatial applications, data, analysis, and knowledge
May 14th, 2008

Karl Benedict

Karl Benedict

Email Link kbene@edac.unm.edu
Telephone Number (505) 277-3622 x234 o
Telephone Number (505) 239-4115 m
Karl Benedict is the Director of the Earth Data Analysis Center at the University of New Mexico. At EDAC he has worked on a wide variety of development projects including remote sensing applications for transportation infrastructure safety and security, the development of integrated systems for the delivery of environmental public health information, interoperable information architectures for the execution and delivery of regional dust forecasts to public health officials, web-based data discovery and delivery applications as a part of EDAC’s clearinghouse, and a number of standards-based web-mapping applications.

He also manages EDAC’s IT program, developing and executing plans for the evolution of EDAC’s computational resources and applications as technologies mature and change. Dr. Benedict has also developed and presented classes and training in Open Source Geographic Information Systems (GIS), statistical analysis, and Open Geospatial Consortium (OGC) standards implementation. Prior to joining EDAC in 2000, Dr. Benedict worked in the private sector, for the US Forest Service and the National Park Service conducting archaeological research, developing database applications, performing data analysis and developing spatial analysis applications.

Dr. Benedict received his Bachelors Degree in Anthropology from the University of California, Berkeley in 1986, and Masters and Doctoral Degrees in Anthropology from the University of New Mexico in 1995 and 2004, also in Anthropology. His dissertation research involved the integration of multiple disparate data sets into a unified, geospatially enabled analytic framework, and the application of meteorological interpolation methods to prehistoric climate data and assessing the locational response of Ancestral Puebloan populations in northeastern Arizona to subsistence risk arising from climate variation

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