"The place on Earth from which you can, in theory, see further than any other is between an unnamed Himalayan ridge near the Indian-Chinese border and Pik Dankova in Kyrgyzstan. It is just over 530km."
"With the help of my good friend Ryan Berger we have literally calculated every single line of sight on Earth. This involved in the order of 10, or a million billion, calculations."
"This journey started for me 8 years ago when I was staying on the island of Java in Indonesia: There are huge volcanoes everywhere there, and I wanted to know where the best place would be to see as many of them as I could."
"I started trying to implement an algorithm from a paper entitled Efficient Data Structure and Highly Scalable Algorithm for Total-Viewshed Computation. The basic idea was that you could take advantage of the various repeated calculations when finding all the views."
The longest visible distance on Earth has been empirically proven to be over 530km, located between a Himalayan ridge and Pik Dankova in Kyrgyzstan. This finding is based on extensive calculations, totaling around a million billion, resulting in an interactive map showcasing the longest lines of sight. The project began eight years ago, inspired by a desire to view volcanoes in Java, leading to the development of an algorithm for total-viewshed computation, which was a significant programming challenge.
#geographic-information-systems #longest-line-of-sight #himalayan-ridge #volcanoes #algorithm-development
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