GC13E-1200
BeefTracker: Spatial Tracking and Geodatabase for Beef Herd Sustainability and Lifecycle Analysis

Monday, 14 December 2015
Poster Hall (Moscone South)
James William Oltjen1, Jeffrey Stackhouse1, Larry Forero1 and Kim Stackhouse-Lawson2, (1)University of California Davis, Davis, CA, United States, (2)National Cattlemen's Beef Associaton, Centennial, CO, United States
Abstract:
We have developed a web-based mapping platform named “BeefTracker” to provide beef cattle ranchers a tool to determine how cattle production fits within sustainable ecosystems and to provide regional data to update beef sustainability lifecycle analysis. After initial identification and mapping of pastures, herd data (class and number of animals) are input on a mobile device in the field with a graphical pasture interface, stored in the cloud, and linked via the web to a personal computer for inventory tracking and analysis. Pasture use calculated on an animal basis provides quantifiable data regarding carrying capacity and subsequent beef production to provide more accurate data inputs for beef sustainability lifecycle analysis. After initial testing by university range scientists and ranchers we have enhanced the BeefTracker application to work when cell service is unavailable and to improve automation for increased ease of use. Thus far experiences with BeefTracker have been largely positive, due to livestock producers’ perception of the need for this type of software application and its intuitive interface. We are now in the process of education to increase its use throughout the U.S.