Using a Collaborative Testbed-Proving Ground Paradigm for Bridging Research to Operations
Collaboration among participating testbed operations is critical to the process of transitioning new capabilities from the research community into operations, both from the standpoint of managing a streamlined, efficient process; and for the purposes of ensuring progress is achieved in a restricted budget climate. Fostering those collegial, collaborative relationships has already proven instrumental to the success of early OPG experiments, such as the implementation of the GOES-R Fog and Low Stratus suite of products into NWS operations in 2013. In the fall of 2013, the OPG completed its systems configuration to prepare for conducting formal Operational Readiness Evaluations (OREs). These sessions are designed to ensure that promising new tools and decision aids emerging from test beds are not only endorsed by forecasters as useful to the forecast process, but that they also present no adverse impacts on human factors, such as workflow, workload, cognitive assimilation, situational awareness, risk communication, and other forecast decisions. The ORE model allows forecasters to assess these issues in the context of a full production cycle, within a realistic, but controlled setting.
The service enhancement arm of the OPG mission focuses on projects aimed at improving the communication of hazards and impacts. This allows core partners to understand threats and vulnerabilities more clearly, enabling them to make better risk management decisions. Initiatives in this category include the Impact-Based Warnings Demonstration, the Winter Hazard Simplification Experiment, and DSS Deployment Boot Camp. The DSS Boot Camp is designed as a highly interactive workshop, during which forecasters learn and practice skill sets needed to provide effective on-site emergency response support, either at a disaster incident, or in the emergency operations center (EOC) for a planned, large-venue event.
New R2O activities being planned for the OPG in the coming year include ORE sessions to validate new satellite-based decision aids, an integrated flood warning tool, and a collaborative project with the Hazardous Weather Testbed to explore concrete, evolutionary steps toward reshaping the NWS warning paradigm. A proposal to partner with social scientists in the areas of communication and behavioral psychology to improve clarity and usability of hurricane messaging for media partners, emergency managers, and the general public, is also being explored.