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ISSN: 2666-5921

Slope-Unit-Based Assessment of Heavy-Rainfall-Triggered Landslide Susceptibility and Evacuation Difficulty

The July 2017 Northern Kyushu Heavy Rainfall caused severe flooding, landslides, and other sediment-related disasters in northern Kyushu, Japan. This study developed an event-conditioned, slope-unit-based...

Integrating Machine Learning and Geo-Spatial Techniques for Drought Susceptibility Mapping in Bangladesh

Climate change is intensifying the frequency and severity of hydroclimatic extremes, posing growing challenges to human livelihoods and environmental sustainability. Drought is a recurrent climate hazard...

Economic, Digital and Informational Barriers to Inclusive Disaster Risk Reduction: A Systematic Review

This systematic review examines disaster risk reduction (DRR) through the lens of social vulnerability, focusing on economic vulnerability and on the digital and informational tools and media through...

Effects of Finite-Fault Source and Crustal Velocity Models on Teleseismic Simulation of 2011 Tohoku Earthquake at Indian Seismic Stations

The 2011 9.1 Tohoku earthquake generated strong seismic waves that were recorded globally. This study examines the relative influence of finite-fault slip model representation and 3D crustal velocity...

Progress in the Application of Distributed Fiber Optic Sensing Technology for Geohazard Monitoring and Early Warning: Principles, Applications and Development Trends

Driven by intensifying global climate change and anthropogenic engineering activities, geological hazards-such as landslides, rockfalls, debris flows, and land subsidence-exhibit characteristics of...

The 2026 Langtang Lirung Rock–Ice Mass Movement and Cascading Flood in Nepal

The 26 August 2026 disaster caused widespread damage to settlements and infrastructure in Nepal. This study combines a structured rapid evidence review with a GIS-based spatial assessment to examine...

InSAR-Based Monitoring and Susceptibility Assessment of Land Subsidence in Jinan

Jinan spans a karst spring catchment in the southern uplands and Quaternary alluvial lowlands to the north, providing contrasting settings for surface deformation. We processed 95 mosaicked ascending-track...

Development of Attenuation Equations for Earthquake Ground Motion in Indonesia

Indonesia is situated in a highly active seismic region, where reliable ground-motion prediction is essential for seismic hazard assessment, earthquake-resistant structural design, and disaster risk...

Plasma Flow Control in Flying Systems: Platform-Based Applications, Modeling Approaches, and Performance Evaluation

Plasma flow control has attracted considerable attention as an active aerodynamic technology because it enables flow manipulation without mechanical actuation. This review examines plasma flow control...

When Groundwater Recovery Creates New Urban Risks

Groundwater recovery is essential for environmental restoration but may introduce new risks to existing urban underground infrastructure. A recent study in Beijing highlights how rising groundwater...

Hydrological pathways linking vegetation to rainfall-induced shallow landslides: A systematic review and bibliometric analysis

Vegetation influences rainfall-induced shallow landslides through coupled hydrological and mechanical processes, yet evidence linking vegetation-regulated hydrological pathways to slope stability remains...

Interpretable Machine Learning for Regional-Scale Landslide Susceptibility Modeling in Central Vietnam

Landslides are among the most destructive natural hazards in the mountainous regions of Central Vietnam, causing substantial losses to human life, infrastructure, and socioeconomic development. Accurate...

Groundwater rebound and renewed contact with existing underground space in Beijing

Groundwater recovery can bring existing underground structures into contact with a water table depressed during urban development. We examine the timing and spatial variation of this contact in Bei...

Propagation of drought to groundwater in natural aquifers of Southern Spain: a multi–case study analysis

Groundwater drought is an increasing hydrological hazard in Mediterranean regions, but its assessment is often limited by sparse and discontinuous piezometric records. This study analyses climate-driven...

Advances in Glacial Lake Outburst Floods (GLOFs) Risk Assessment: From Physical Processes to Physical–Social Coupling

Glacial lake outburst floods (GLOFs) are among the most severe cryospheric hazards in high-mountain regions, making robust risk assessment essential for disaster risk reduction. This review synthesizes...

Paleotempestological record from an arid coastal desert: multi-proxy evidence for marine storms, aeolian pulses, and flash floods in the lower Drâa Valley, Moroccan Sahara, over the last century.

Understanding the past variability of extreme events is essential for assessing their evolution in the context of the ongoing climate change. This study aims to distinguish types of extreme-event deposits...

A cloud-based geospatial machine learning framework for real-time 1 km hourly precipitation downscaling in complex terrains

Accurate high-resolution precipitation information is essential for flash-flood and landslide early warning in mountainous regions, yet reliable quantitative precipitation estimation (QPE) remains challenging...

Explainable Machine Learning-Based Multi-Hazard Risk Assessment and Upazila-Level Intervention Prioritization in the Chattogram Region, Bangladesh

The increasing occurrence of natural hazards, either individually or in combination, has intensified disaster risk worldwide, with the Chattogram Region of Bangladesh representing a prominent multi-hazard...

Equity-sensitive utility planning for post-earthquake shelter sanitation under incomplete capacity evidence

Post-earthquake sanitation is an urban utility-continuity problem because water, waste handling, deployable equipment, and safe access jointly determine whether toilets can serve shelter occupants....

Storm surges in the Arabian Gulf: Characteristics and atmospheric drivers

Storm surges are major natural hazards that threaten coastal communities worldwide. This study examines storm surge characteristics and driving mechanisms in the Arabian Gulf using a two-dimensional...

Developing a framework for large hail prediction utilizing monthly occurrence probability and storm environments

Climate change is expected to influence the frequency and intensity of severe convective storms, with implications for large hail (LH) and associated economic losses. This study develops an empirical...

Residents, enterprises and government: An evolutionary game model of extreme weather warning communication

Extreme weather events increasingly threaten communities, necessitating effective collaboration among residents, enterprises, and local government to enhance early warning systems. However, micro-level...

Urban resilience through IoT-Based disaster preparedness and infrastructure monitoring: A systematic literature review

Natural disasters increasingly jeopardize urban infrastructure, underscoring the need for adaptive monitoring and preparedness systems. This study presents a systematic literature review of 349 peer-reviewed...

Physics-guided deep learning for radar rainfall nowcasting in flash-flood early warning: Lead-time skill and an illustrative utility proxy

Urban flash floods can be triggered by highly localised convective storms, for which 10–60 min of additional warning can materially affect emergency response. We study short-lead radar rainfall nowcasting...

Predicting China's forest fire regimes at various spatial and temporal scales based on drought characteristics under the Shared Socioeconomic Pathways

Future climate change will lead to extreme weather events, such as droughts, which may exacerbate forest fire regimes. However, the impact of future drought characteristics on forest fire regimes has...

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