Formulation of a data transfer specification for the "Developing Satellite Emergency-Response System and Using for Typical Major Natural Hazards Project (2023YFE0208000)". The purpose of the specification is to promote the orderly management of project data exchange, improve data quality and efficient sharing, and promote the emergency response to major natural disasters and the wide applicatio...
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At the project team level, a study on the establishment of an international cooperation mechanism between China and Pakistan for emergency response and disaster data sharing has been carried out. This cooperation mechanism encompasses multidimensional collaboration in the fields of disaster data sharing and disaster risk response, including joint scientific research projects, capacity building,...
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DRS4BR system mainly serves the monitoring, early warning, disaster reduction and rescue work of typical geological disasters such as earthquakes, volcanoes, landslides, floods and forest fires in countries/regions along the Belt and Road. The system uses a microservice architecture to implement containerized deployment, service orchestration, dynamic scheduling and other functions. It integrat...
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On March 28, 2025, a significant Mw7.9 earthquake struck near Mandalay in central Myanmar, posing risks of coseismic landslides in the affected areas. We evaluated landslide susceptibility by integrating multi-source geological, topographic, and hydrological data with the Newmark permanent displacement model. The model quantifies slope displacement through the integral of the difference between...
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The avalanche incident occurred in Naran, northern Pakistan on March 21, 2024, which submerged houses and hotels, served as a trigger for further in-depth analysis of avalanche risks in the downstream towns and villages. Through comprehensive multi-case studies, it was found that the phenomenon of snow melting into water before heavy precipitation warrants particular vigilance, as it greatly in...
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The Mw 7.9 earthquake that struck Myanmar's Sagaing Region on March 28, 2025, caused severe structural damage and increased the potential for secondary hazards, particularly flooding. Ground deformation, soil liquefaction, and disrupted drainage systems may exacerbate the risk of post-earthquake flooding, posing significant threats to affected communities and complicating emergency response efforts. Given the potential interplay between seismic and flood hazards, timely flood risk monitoring is crucial to mitigate further casualties and damage.
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