The North Pole Star appears to be stationary as the Earth rotates round the axis of North and South Poles. Proof of this is when an an open shutter camera is pointed directly at the Pole Star and left for several hours. The image captured will show that the Pole Star appears almost stationary, while the other stars streak in a circle round it due to the Earth's rotation.
Most constellations are circumpolar. Over the course of a night they appear to rotate around the North pole and so do not identify a specific direction. As a reult they are of little use for navigation.
North Lancashire Steam Navigation Company was created in 1843.
Nothing would change in this case. A change in direction might affect navigation, but a change in distance would hardly be noticed. Except that it would be a bit brighter, and easier to notice.
Polaris, the North Star, has been used for navigation in the northern hemisphere for centuries. It is reasonably static, while the Earth's rotation makes all the other stars appear to circle round it.
With respect to navigation, a bearing is the direction from one's vessel or aircraft to an object or position. It can also be used as a reference point, such as a line to remain clear (or north or south) of.
magnetic north
because its in the south?
Lancelot Minor Berkeley has written: 'North Star navigation' -- subject(s): Navigation
It always appears due north in the sky and is a reasonably bright star
celestial navigation
Because it is almost directly North.
The Bering Strait.