Datasets of disaster response systems in an extreme precipitation event

The datasets are derived from a detailed case study of the emergency response to the severe rainstorm and geological disaster in Longchuan County, China, in 2019. The whole event is extensively documented in the published monograph, ''Comprehensive Response to Emergencies: Lessons from the 2019 Severe Rainstorm and Geological Disaster in Longchuan County''. The datasets include a comprehensive record of emergency management activities. They are divided into four stages: Monitoring and Early Warning, Prevention and Emergency Preparedness, Emergency Response and Rescue Activities and Recovery and Reconstruction. The data details the collaborative interactions among various human and non-human agents within the disaster response systems at each stage. We provide codes to construct the hypergraph representation of the disaster response system in each stage. The codes include hypergraph clustering and dismantling, which can be used to analyze the robustness of inter-community structure and system reliability. The code used for generating graphics can also be found. The detailed descriptions and step-by-step guidelines can be found in READ_ME.md.

本数据集源自2019年中国龙川县特大暴雨与地质灾害应急处置的详实案例研究。该事件的完整记录已收录于已出版的专著《综合应急响应：2019年龙川县特大暴雨与地质灾害经验教训》。本数据集包含应急管理活动的全维度记录，按监测预警、预防与应急准备、应急处置与救援活动、恢复重建四个阶段进行划分。数据详细记录了各阶段灾害应对系统内各类人类与非人类主体间的协同互动关系。我们提供了用于构建各阶段灾害应对系统超图（hypergraph）表征的代码，该类代码涵盖超图聚类与拆解任务，可用于分析群体间结构的鲁棒性与系统可靠性。此外，用于生成可视化图表的代码亦可获取。详细说明与分步操作指南可参考READ_ME.md。