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Q: Did Alexander Gleason use a globe to project his map?

A: Alexander Gleason did not use a globe to project his map. Gleason's map, known as the Gleason's New Standard Map of the World, was created using the azimuthal equidistant projection. This type of map projection represents the flat Earth model, with the North Pole at the center and landmasses radiating outwards. The projection is based on a flat Earth interpretation, not on the surface of a globe.

Q: Was Alexander Gleason a flat earther?

A: Yes, Alexander Gleason was a flat earther. He was a prominent advocate of the flat Earth theory and authored the book "Is the Bible from Heaven? Is the Earth a Globe?" in which he argued against the idea of a spherical Earth. His map, the Gleason's New Standard Map of the World, reflects his belief in a flat Earth and was intended to support his arguments.

Q: Can you give me a notable quote about his map pertaining to the Earth being flat?

A: In his book "Is the Bible from Heaven? Is the Earth a Globe?", Alexander Gleason made several statements supporting the flat Earth model. One notable quote about his map is:

"The world is a plane, a plain, and every detail of our map is accurate and correct. The flat surface is all that human eyes or telescopes can ever see, and no amount of reasoning can overcome the dictates of experience and sound common sense."

This quote underscores Gleason's belief in the flat Earth model and his confidence in the accuracy of his map to represent this view.

Q: Can you explain the exact process in which he created his map?

A: Alexander Gleason's map, "Gleason's New Standard Map of the World," was created using the azimuthal equidistant projection. This projection involves several key steps:

1. Central Point Selection: The North Pole is chosen as the central point of the projection. This is the point from which all distances and directions are measured.

2. Distance Calculation: Distances from the North Pole to various points on the Earth's surface are calculated. In the azimuthal equidistant projection, these distances are preserved accurately, meaning that the distance from the center to any other point on the map is proportional to the actual distance on Earth.

3. Radial Lines: Lines radiate from the central point (the North Pole) to represent the meridians (lines of longitude). These lines are equally spaced in angles around the central point, each representing a specific degree of longitude.

4. Circular Grid: Concentric circles are drawn around the central point, representing parallels (lines of latitude). The spacing between these circles increases as they move away from the center, reflecting the increasing distance between lines of latitude as one moves toward the equator and beyond.

5. Plotting Features: Geographic features such as continents, countries, and cities are plotted based on their calculated distances and directions from the central point.

6. Adjustments for Accuracy: Gleason made adjustments to ensure that important landmarks and geographic features were accurately represented according to his flat Earth perspective.

By following this process, Gleason created a map that he believed accurately represented the Earth's surface according to the flat Earth model. His map was intended to provide an alternative to the commonly accepted spherical Earth model and to support his arguments against the concept of a globe.