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Calculating Foraging Area Using Global Navigation Satellite System (GNSS) Technology
- Anderson, Dean M., Estell, Rick E., Schrader, T. Scott
- Rangelands 2014 v.36 no.6 pp. 31
- forage, foraging, free range husbandry, global positioning systems, landscapes, livestock, stocking rate, vegetation
- Optimum forage utilization on animal-dominated landscapes can only occur when stocking rate (SR) and stocking density (SD) are considered and managed simultaneously. Landscapes with foraging animals contain vegetation ranging from unused to over-used even under a proper SR. The global navigation satellite system (GNSS) technology has catapulted our understanding of spatial–temporal management of free-ranging livestock into a 24/7 opportunity. Location-specific data will improve management of stocked landscapes, both ecologically and economically. GNSS data from instrumented animals provides an opportunity to understand when and where a landscape is used to improve animal distribution. A proper SR and management of animal distribution (i.e., SD) will facilitate adaptive management of animal dominated landscapes.