Here is the area around Deuteronilus Mensae:
|Summary of general area, with elevation blended with MOC mosaic, and HRSC tiles overlaid with colour-coded elevation blended with nadir image.|
|Colour-coded MOLA elevation alone|
|MOLA elevation, blended with hillshade|
h5314A crater at 6°W, 38°N, with two Souness GLFs in the crater wall within the HRSC tile h5314.
|Elevation blended with HRSC nadir image. Souness 1 is the lowest elevation GLF in this part of the northern hemisphere (there is a cluster around 120°E, 40°N that are lower) at a head elevation of -4222m.|
|The classifier, showing topographic similarity to head and extents of Souness GLFs.|
|ESP_019070_2185 on the east wall of the crater|
|The 3D anaglyph ESP_034287_2185_ESP_035078_2185 covering the area around the central mound and the north wall.|
h5285Showing an area around 16°E, 37°N within tiles h5321, h5303, h5285, h5267 and h5249. A number of Souness GLFs are evident.
|There are two HiRISE 3D anaglyphs overlapping Souness GLFs in this area.|
|HiRISE image http://www.uahirise.org/ESP_035618_2175. In finding the link for this I was pleased to find it was made into a 3D anaglyph after the publication of my dissertation.|
h1483An area around 24°E, 37°N, with a number of Souness GLFs with anaglyphs in the vicinity of, but not overlapping them. At the lower right, there is a high resolution HiRISE DTM available for the area south of Souness 659.
|3D anaglyph PSP_007795_2175_PSP_009588_2175 to the south-west of Souness 659. This area also has a HiRISE DTM available. Other anaglyphs close to Souness GLFs nearby are ESP_024594_2180, ESP_026994_2180.|
h1450An area at 29°E, 41°N in HRSC tiles h1450 and h1426, containing a number of Souness GLFs.
|The 3D anaglyph PSP_006806_2215 overlapping Souness 619.|
Lyot craterLyot crater at 30°E, 50°N is the deepest point in the Northern Hemisphere of Mars with a floor elevation of ~ -7000m. There are no Souness GLFs found in it, although the classifier does pick up substantial areas of topographic similarity to extent and head areas. The has been a study showing evidence for liquid water and fluvial activity in the (relatively) recent past: Dickson et al. 2009.
|From near the centre of the crater, looking S. A large area of dark dunes is seen in the foreground.|
|Moving south, across some mountains within the crater rising to about ~-4000m.|