Titan Relative Elevation Model, using channel and valley relationships |
Titan Relative Elevation Model, using channel and valley relationships |
![]()
Post
#1
|
|||
![]() Senior Member ![]() ![]() ![]() ![]() Group: Moderator Posts: 2785 Joined: 10-November 06 From: Pasadena, CA Member No.: 1345 ![]() |
Something I've been playing with for a few months - using channel and valley relationships in different terrain units to infer relative elevation.
Low order --> high order = upstream --> downstream = higher elevation --> lower elevation. While many of the terrain units could be placed on a relative scale, others are speculative. So this is partly artistic speculation rather than hard science. Still, most of the observed relationships seem to fit the model. I also creatively blurred things to soften the transitions. Pixel values are relative, not absolute. Relative Elevation Model of Sikun Labyrinthus, Titan: Overlay of PIA10219 (crop of T39 SAR RADAR Swath) and the derived Relative Elevation Model of Sikun Labyrinthus, Titan: -Mike -------------------- Some higher resolution images available at my photostream: http://www.flickr.com/photos/31678681@N07/
|
||
|
|||
![]() ![]() |
![]() |
Lo-Fi Version | Time is now: 25th June 2024 - 09:23 AM |
RULES AND GUIDELINES Please read the Forum Rules and Guidelines before posting. IMAGE COPYRIGHT |
OPINIONS AND MODERATION Opinions expressed on UnmannedSpaceflight.com are those of the individual posters and do not necessarily reflect the opinions of UnmannedSpaceflight.com or The Planetary Society. The all-volunteer UnmannedSpaceflight.com moderation team is wholly independent of The Planetary Society. The Planetary Society has no influence over decisions made by the UnmannedSpaceflight.com moderators. |
SUPPORT THE FORUM Unmannedspaceflight.com is funded by the Planetary Society. Please consider supporting our work and many other projects by donating to the Society or becoming a member. |
![]() |