ic factors
)km wide
| methods
tors. The
landslide
yographic
\R (ERS-
ollowing,
| requires
and mass
st digital
lizations,
1. 2). For
ical map
and faults
0). In the
ese shear
servations
1solidated
1 tectonic
sed factor
nalysis of
id by the
including
d precise
rts of the
rofile A).
nation led
sses were
wnstream
ss-section
ined from
maximum
identified
terized by
f a spatial
r effective
ity due to
cessing of
vering the
ult a state
ute height
rol points
ainty was
is caused
ed spatial
Roessner, Sigrid
2000 m
1500 m
1000 m.
Kashgarta
landslide
Status 1998
Profile
1600 m
1560 m
Profile (&)
1520m: e
0 200 m 400 m 1420 m
slope classification (6 classes) 1380 m.
PG4- N. msg
0 200 m
Profile (©
4 slope classes
0? . 4?
B^. 9»
10° - 14°
15° - 19°
20° - 24°
25° - 34°
Fig. 2 GIS-based analysis of Kashgarta landslide using MOMS-2P stereo products and geological information
Stereo image matching for the Maili-Suu test area was performed for each pixel allowing the interpolation of a DEM
with a 25m raster size forming the basis for orthoimage generation. A GIS-based analysis of these stereo products in
combination with geological information show their great potential for investigating structural settings as a major
factor in landslide initiation. In this connection, derivation of quantitative relief parameters, perspective visualizations
International Archives of Photogrammetry and Remote Sensing. Vol. XXXIII, Part B7. Amsterdam 2000. 1265