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During 2003-2004, the National Weather Service (NWS) upgraded the Advanced Weather Interactive Processing System (AWIPS) workstation hardware from relatively slow processing Hewlett Packard (HP) workstations with CRT monitors to much faster LINUX based CPUs with high resolution Liquid Crystal Displays (LCDs). In the HP environment, multiple monitors were used to display data, but only one Display 2-Dimensional (D2D) could be open on each monitor. The D2D component of the AWIPS workstation is the primary user interface; it allows forecasters to display and manipulate graphic and image products, work with gridded model data, and run interactive hydrometeorological applications. Strategies were developed to optimize D2D data display capabilities under HP, but the process was cumbersome, and required constant manipulation of numerous products. The new LINUX based workstations have faster processors and improved graphics cards, permitting multiple virtual workspaces (i.e., desktops) to be open simultaneously on each LCD. Multiple D2D sessions can be open on a single LCD, each in a unique workspace. New data display strategies allow the workstations to be set up to easily monitor multiple severe weather hazards. Multiple workspace strategies significantly reduce product manipulation, resulting in greater situational awareness (SA; Ensley 1988) and more effective warning operations. This paper presents AWIPS radar detection and warning strategies using multiple workspaces. Operational Templates are introduced to demonstrate how individual workspaces can be set up to monitor 1) radar signatures of severe weather and flash floods, 2) radar evidence of imminent tornadoes and damaging wind, 3) satellite imagery, observations, and mesoscale analysis/forecast graphics, and 4) software for graphically generating warnings (WarnGen) and creating or disseminating products (Watch Warning Advisory; WWA).

P-7 Basic research about the digging type mobile robot