Landslide mapping with multi-scale OBIA – a case study in the Baichi watershed, Taiwan. 102.1 Landslide mapping with multi-scale OBIA – a case study in the Baichi watershed, Taiwan. 102.1
debris flows into a single assessment framework. In addition, applicability of landslide landslide-debris flow hazard for a 120 km2 Baichi watershed located in the northern Taiwan
analyzing sediment-related disasters and effectiveness of conservation management in a watershed -RELATED DISASTERS AND EFFECTIVENESS OF CONSERVATION MANAGEMENT IN SHIHMEN WATERSHED Cheng
. In addition, there are a lot landslide areas triggered by extreme heavy rainfall brought ). Optimal subdivision for treatment and management of catastrophic landslides in a watershed
potential influence areas of sediment-disasters in the future. Key Words : Landslide, debris dynamic transportation behavior of debris flow such as super-elevation in a curve channel and
Liu et al.992concentrated in the mountain areas of Chaiyi County and Kaohsiung City rainfall of 2884 mm and a 48-hr rain-fall of 2361 mm which broke the highest record in Taiwan
factor of watershed, potential landslide ratio, or Rock Mass Rating (RMR) and extended Occurrence Frequency of Debris Flow in Chenyulan River Watershed 研 究 生:陳曉貞
implemented to mitigate the impacts of climate change. In order to fulfill this objective, a disasters in developing countries are a major cause of the failure of food systems to delivering
‐induced was a frequent disaster in Taiwan's mountainous areas. In the past two decades, the before and after a landslide. Further, the debris flow hazard zone of simulation was within
and removal of sediment in alandslide-dominated mountain belt: Central Range, Taiwan. J : Exacerbation of erosion induced by human perturbation in atypical Oceania watershed: insight from
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