Proper management of military training lands is critical to ensure availability of training lands, and thereby ensure mission readiness. However, installation land management practices often support a broader mission than simply maintaining the land in a condition suitable for training; they also help installations to meet environmental requirements. The Optimal Allocation of Land for Training and Non-Training Uses (OPAL) Program was developed to provide a systematic approach to enable military land managers and trainers to estimate biomass responses to training/management scenarios (training, mowing, and burning). This report documents a field validation of the OPAL model at Fort Riley, KS, and makes recommendations for system improvement.
OPAL Netlogo Land Condition Model
2014
64 pages
Report
Keine Angabe
Englisch
Management Practice , Civil Engineering , Logistics, Military Facilities, & Supplies , Environmental Health & Safety , Land use , Management , Military facilities , Calibration , Models , Simulation , Sites , Validation , Opal netlogo land condition model , Fort riley(Kansas) , Itam(Integrated training area management) , Land management , Opal(Optimal allocation of land for training and non-training uses) , Simulation modeling
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