W15S
ALTERNATE NAME/NUMBER - 51B/MT EDWARD/S3M
75º 12' 33.377" S
069º 33' 25.576" W
1589 Meters
ORVILLE COAST
1977-78 Season
Engineers: David Reed, Eberhand G. Schirmacher, Robin Schumtzler,
and Harry Zohn, Jr.
Intersected peak positions determined by terrestrial surveys
employing Wild T-2 theodolite for angular measurements and Electro-tapes
for distance measurements from positions developed by geoceiver (Doppler)
observations.
Elevations based on sea level using the NASA Goddard Earth
Model (GEM) 10B.
Located in Ellsworth Land in the Sweeney Mountains approximately 21
km NE of Mt. Smart and approximately 14 km SW of Mt Jenkins, intersected
station.
Survey mark - highest point.
Surveyed on 09 January 1978.
Horizontal Datum - The positions are based on WGS 66 datum. The adjusted
network was fitted to the geoceiver stations by a least squares transformation
and the residuals were less than two meters.
Vertical Datum - Geodetic heights corrected to the geoid using NASA
GEM 10B. No direct connections to sea level were made.
Image Views
FULL Scene
(185 km x 185 km)
Landsat 4: LT4213113008903210
Path 213 Row 113 - 01 February 1989
Quad map outlined in red. Up in image is roughly 35 degrees True.
Sun elev: 22º / Sun azimuth: 74º
Click on image to view larger version
B&W: 207K jpeg (12 pixels/inch)
Regional View
28 km x 28 km (701 x 701 pixels)
Box indicates position of local chip
Click on image to download uncompressed version (1.4 MB tif file)
Local Chip
2.5 km x 2.5 km (69 x 69 pixels)
Centered on control point pixel
Click on image to download uncompressed version (46K tif file)
Aerial photos
Vertical
from TMA 1994-265V
approx 4 km x 4 km
Click on thumbnail to view larger version (92K jpg)
Local Chip
101 x 101 pixels
Centered on control point
Click on image to download uncompressed version (46K tif file)
Oblique (1)
from TMA 1645-156R
Click on thumbnail to view larger version (161K jpg)
Oblique (2)
from TMA 1744-349L
Click on thumbnail to view larger version (207K jpg)
Oblique (3)
from TMA 2126-166R
Click on thumbnail to view larger version (161K jpg)
FULL Scene
(185 km x 185 km)
