Assessment of land subsidence and future flood hazards for coastal cities of the Gulf of Mexico using time series InSAR [0.03%]
基于时序InSAR的墨西哥湾沿岸城市地面沉降及未来洪水灾害评估研究
Yuxin Yuan,Lei Wang
Yuxin Yuan
Sea level rise poses a significant natural hazard to coastal cities, with profound socio-economic and environmental impacts. This study analyzes new measurements of ongoing subsidence in Houston, New Orleans, and Tampa using Sentinel-1A SAR...
A novel framework for expanding temperature intensity-duration-frequency curve utility [0.03%]
一种扩展温度强度-持续时间-频率曲线效用的新框架
Gregory E Tierney,Megan S Mallard,Tanya L Spero et al.
Gregory E Tierney et al.
Extreme temperatures-both heat waves and cold snaps-pose a great hazard to human health, property, and infrastructure. Furthermore, projected changes in extreme temperature event frequency and intensity complicates adaptation and mitigation...
A global parametric rain model for landfalling tropical cyclones: a case study for the U.S [0.03%]
一个全球参数化的热带气旋登陆降水模式：美国境内案例研究
King Heng Lau,Sacha Czernichow,Nathan Sparks et al.
King Heng Lau et al.
Rainfall associated with tropical cyclones (TCs) is a crucial driver of TC hazards, yet estimating TC rain risk from observations is hindered by their relative infrequency. Parametric TC rain models coupled with stochastic TC risk models pr...
High impact low probability events: research landscape and future opportunities [0.03%]
高影响低概率事件：研究现状与未来机遇
Lauren McMillan,Gianluca Pescaroli,Mhari Gordon et al.
Lauren McMillan et al.
High-impact, low-probability (HILP) events, characterised by their extreme consequences and inherent unpredictability, pose a growing challenge to disaster risk reduction in an era of systemic and cascading crises. Traditional risk assessme...
A geostatistical imputation of first floor elevation data for mapping flood vulnerability [0.03%]
基于地理统计的首层标高数据补插及致灾洪水风险制图研究
Prarthana Raja,Yitong Li,Jie Gong
Prarthana Raja
First Floor Elevation (FFE) is a crucial indicator used in the United States for assessing the vulnerability of buildings to flood events. However, most buildings within floodplains lack accurate FFE data. On-site FFE data collection could ...
Manimeldura Devki Devanga Perera,Athanasios Angeloudis,Adil Siripatana et al.
Manimeldura Devki Devanga Perera et al.
Flooding is a destructive natural hazard that is exacerbating due to climate change, causing significant socio-economic losses. Flood inundation models are critical tools in the mitigation and management of such hazards. Conventional standa...
Probabilistic functionality assessment of road networks for medical emergency vehicles during flooding [0.03%]
洪水条件下救护车道路网络概率功能评估方法研究
Ke He,Neil Carhart,Maria Pregnolato et al.
Ke He et al.
Flood damage to road networks primarily manifests as a loss of transportation functionality. Current analyses of road network functionality loss during floods are based on specific flood scenarios. This study analyses flood risk to road net...
Himasha Abeysiriwardana,Thomas Kjeldsen,Cormac Reale
Himasha Abeysiriwardana
This work contributes a new framework for establishing data-driven rainfall thresholds in high-risk, data-limited contexts. Rainfall thresholds are commonly used to characterise the precipitation needed to trigger landslides in a region. Ho...
How trust shapes individual resilience to natural hazards: a systematic review [0.03%]
信任如何塑造个人对自然灾害的韧性：系统回顾研究
Joshua P Nicholas,Amy Donovan,Clive Oppenheimer et al.
Joshua P Nicholas et al.
Trust is recognised as a critical element of disaster risk reduction; it shapes how people perceive risks, mobilise resources, and respond to hazards. Here, trust is defined as an individual's confidence in the ability and/ or intention of ...
Leon S Besseling,Anouk Bomers,Jord J Warmink et al.
Leon S Besseling et al.
Hydrodynamic models can provide accurate information on the consequences of a dike breach, but their long computation times hinder the analysis of uncertainties and scenarios during a time-sensitive emergency situation. Conceptual models us...