Multi-hazard susceptibility prediction is an important component of disasters risk
management plan. An effective multi-hazard risk mitigation strategy includes assessing …

Debris flows are the most dangerous geological hazard in steep terrain. For systematic
debris flow mitigation and management, debris flow evaluation is required. Over the past few …

Hazard assessment studies are fundamental to identifying disaster-prone areas, especially
in locations with high environmental and socioeconomic vulnerability. This study proposes a …

Human activities are important factors that trigger frequent occurrences of landslides; thus,
for landslide control, it is critical to determine the influence of human activity on landslide …

Debris flow occurs frequently in mountainous areas due to the special geographical and
geological environment, causing significant damage to linear infrastructure. However, a …

Debris flows are natural disasters with devastating consequences and frequent recurrence
in changing climatic regime of the Indian Himalayas. Therefore, it is necessary to delineate …

Detecting land use/land cover change (LULCC) and assessing the risk of slope failure and
debris flow has been a worldwide concern. This study is the first in Adama District, Ethiopia …

Considering the increasing number of landslides due to permafrost degradation, this paper
reports a performance evaluation of three classical landslide susceptibility models applied to …

Abstract At 14: 00 on 18 June 2017, floods occurred in Shiyang gully at the junction of
Beijing and Hebei Province, China. The floods put 12 people at risk, 6 of whom died. After …

Federated learning is widely used in the context of wireless networks to protect sensitive
user data. However, centralized federated learning encounters some issues when applied to …