Celestial navigation is a way to find your latitude and longitude on earth using a Sextant to measure the angular heights of celestial bodies above the horizon. "It is remarkable in this day when the ve.
Besides their practical use in back up navigation, historians have used these tables for years to interpret the logbooks of Lewis and Clark, David Thompson, James Cook, Matthew Flinders, George Vancouver, Nathaniel Bowditch, and other notable explorers and sea captains.
With The Stark Tables in your nav station, you no longer have to fear losing power to your electronic navigation aids, nor are you dependent on accurate Time from any official broadcast.
They have been used and tested by mariners for more than 15 years and are praised by experts for their ingenuity and ease of use in solving this complex navigation exercise-which all agree is the hallmark of an expert celestial navigator.
Although software solutions have been available, most advanced celestial navigators are very grateful to navigation historian Bruce Stark for creating these printed tables dedicated to this task.
The process of Finding longitude from Lunar distance, however, requires special tables that have not been published in the Nautical Almanac or other sources since the early 1900s.
Since this Distance slowly changes as the moon moves eastward though the stars, it can be used to find the Time of day that is needed to complete the longitude determination.
In this technique, the Sextant is used to measure the angular (diagonal) Distance between the moon and another celestial body.
Advanced celestial navigators can find longitude without knowing the Time using a technique called Lunar Distance.
Routine celestial navigation relies upon accurate Time (Universal Time) to find the longitude of a position (latitude does not require time).
It has been used by mariners at sea and explorers on land for three hundred years, and it is still used today as a dependable backup to modern electronic navigation.
Celestial navigation is a way to find your latitude and longitude on earth using a Sextant to measure the angular heights of celestial bodies above the horizon
