A method for displaying information on a display device associated with a vehicle, the method comprising: rendering a perspective view of terrain on the display device, the perspective view of terrain being based on a set of terrain data corresponding to a viewing region proximate the vehicle; obtaining sensor data for a sensing region from a sensor system onboard the vehicle, the sensing region overlapping at least a portion of the viewing region; obtaining tracking data associated with a first object located within the sensing region, the tracking data being based on a tracking signal emitted by a tracking transmitter associated with the first object; identifying an object region within the sensing region corresponding to the first object based on the tracking data, said object region comprising a subset of the sensor data for the sensing region that is indicative of the first object; correlating the object region and the tracking data; and rendering symbology representative of the first object associated with the tracking signal on the display device, the symbology overlying the perspective view of terrain and the symbology being based on the tracking data such that the symbology is representative of the first object, wherein positioning of the symbology with respect to the terrain overlaps at least a portion of the object region of the sensor data based on the correlation; obtaining updated sensor data for at least a portion of the viewing region; and repositioning the symbology such that the symbology overlaps at least a portion of the updated sensor data corresponding to the previously identified object region to maintain the correlation. rendering a perspective view of terrain on the display device, the perspective view of terrain being based on a set of terrain data corresponding to a viewing region proximate the vehicle; obtaining sensor data for a sensing region from a sensor system onboard the vehicle, the sensing region overlapping at least a portion of the viewing region; obtaining tracking data associated with a first object located within the sensing region, the tracking data being based on a tracking signal emitted by a tracking transmitter associated with the first object; identifying an object region within the sensing region corresponding to the first object based on the tracking data, said object region comprising a subset of the sensor data for the sensing region that is indicative of the first object; correlating the object region and the tracking data; and rendering symbology representative of the first object associated with the tracking signal on the display device, the symbology overlying the perspective view of terrain and the symbology being based on the tracking data such that the symbology is representative of the first object, wherein positioning of the symbology with respect to the terrain overlaps at least a portion of the object region of the sensor data based on the correlation; obtaining updated sensor data for at least a portion of the viewing region; and repositioning the symbology such that the symbology overlaps at least a portion of the updated sensor data corresponding to the previously identified object region to maintain the correlation.