Full text: XIXth congress (Part B7,3)

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 
 
	        
Waiting...

Note to user

Dear user,

In response to current developments in the web technology used by the Goobi viewer, the software no longer supports your browser.

Please use one of the following browsers to display this page correctly.

Thank you.