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ËÑË÷½á¹û: 1-5 ¹²²éµ½¡°ÉãÓ°²âÁ¿ÓëÒ£¸Ð¼¼Êõ Debris Flow¡±Ïà¹Ø¼Ç¼5Ìõ . ²éѯʱ¼ä(0.256 Ãë)
In recent years, the combination of Structure-from-Motion (SfM) algorithms and UAV-based aerial images has revolutionised 3D topographic surveys for natural environment monitoring, offering low-cost, ...
The frequency of debris flow events caused by severe rainstorms has increased in Korea. LiDAR provides high-resolution topographical data that can represent the land surface more effectively than othe...
Debris flows cause an average € 30 million damages and 1-2 fatalities every year in Austria. Detailed documentation of their extent and magnitude is essential for understanding, preventing and mitigat...
Detecting the volume change of loose deposit of rock debris accumulated and debris discharged is one of the methods to study debris flow. The volume can be resulted by overlapping multi-temporal DEM. ...
An Detectability of Debris Flow by Using PALSAR and PiSAR (L-band) Data     L-band SAR  Polarimetry  PALSAR  PiSAR  Disaster        font style='font-size:12px;'> 2009/3/19
Debris flow sites at Kumamoto and Nagano, where the flows were induced by heavy rain, have been examined by using L-band SAR data. Several L-band SAR data taken with air-borne PiSAR (polarimetry mode)...

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