A control module for an enhanced vision system on an aircraft, comprising: a memory device ; a database ; and a processor coupled to the memory device and the database , the processor configured to: receive aircraft position information from a navigation system; retrieve , from the database, airport features; process the aircraft position information with the airport features to determine a landing location; receive imaging data associated with the landing location from an imaging system; command a display system to render a landing image of the landing location based on the imaging data, the landing image having therein a visually enhanced area that includes the landing location and a runway signature, the visually enhanced area defined by a field of view (FOV) having first dimensions; receive an airport visibility report for the landing location from an external source located offboard the aircraft; process the received airport visibility report with stored predetermined thresholds defining low visibility to determine that low visibility conditions exist at the landing location; and responsive to determining that low visibility conditions exist at the landing location, estimate the runway signature location associated with the landing location, center the visually enhanced area around the estimated runway signature location, and reduce the FOV from the first dimensions to second dimensions. a memory device ; a database ; and a processor coupled to the memory device and the database , the processor configured to: receive aircraft position information from a navigation system; retrieve , from the database, airport features; process the aircraft position information with the airport features to determine a landing location; receive imaging data associated with the landing location from an imaging system; command a display system to render a landing image of the landing location based on the imaging data, the landing image having therein a visually enhanced area that includes the landing location and a runway signature, the visually enhanced area defined by a field of view (FOV) having first dimensions; receive an airport visibility report for the landing location from an external source located offboard the aircraft; process the received airport visibility report with stored predetermined thresholds defining low visibility to determine that low visibility conditions exist at the landing location; and responsive to determining that low visibility conditions exist at the landing location, estimate the runway signature location associated with the landing location, center the visually enhanced area around the estimated runway signature location, and reduce the FOV from the first dimensions to second dimensions. receive aircraft position information from a navigation system; retrieve , from the database, airport features; process the aircraft position information with the airport features to determine a landing location; receive imaging data associated with the landing location from an imaging system; command a display system to render a landing image of the landing location based on the imaging data, the landing image having therein a visually enhanced area that includes the landing location and a runway signature, the visually enhanced area defined by a field of view (FOV) having first dimensions; receive an airport visibility report for the landing location from an external source located offboard the aircraft; process the received airport visibility report with stored predetermined thresholds defining low visibility to determine that low visibility conditions exist at the landing location; and responsive to determining that low visibility conditions exist at the landing location, estimate the runway signature location associated with the landing location, center the visually enhanced area around the estimated runway signature location, and reduce the FOV from the first dimensions to second dimensions. <EOS>