Extreme heatwaves of unprecedented magnitude are expected to become increasingly frequent in coming decades. These heatwaves come with severe consequences for human health, infrastructure planning, and economic prospects – particularly during events lasting multiple weeks [10]. In recent decades, Western Europe has become a hot-spot for record-breaking and long-lasting heatwaves [9], raising a critical question: …[Read More]
Reflections from a workshop on multi-risk impact-based forecasting and warning systems for weather-related hazards. With mounting evidence that hazards rarely occur in isolation, the question is no longer whether multi-risk impact-based forecasting and warning systems are needed, but how to build them [1]. Yet, moving beyond single-hazard thinking towards genuinely multi-hazard and then …[Read More]
Ultraperipheral European departments like Mayotte are developing regions, often disproportionately exposed to natural hazards and struggling to mitigate the impacts of climate change. The eye of cyclone Chido, the most violent storm to hit Mayotte island in 90 years, engulfed the French Department on the 14th of December 2024. The extensive destruction and massive loss …[Read More]
The frequency and severity of extreme weather events, such as heavy rainfall, droughts, and storms, are increasing globally, putting societies and infrastructures worldwide at risk [1]. These developments demand effective adaptation measures and ways to enhance societal resilience. Consequently, it is necessary to understand how people perceive and respond to natural hazards. Knowing that the …[Read More]
We are honoured to hear from Dr. Enner Alcântara, Professor at the São Paulo State University (UNESP) and leader of the Remote Sensing, Spatial Analysis, Environmental Modelling and Natural Disasters Research Group. His research in remote sensing has played a crucial role in recognising, managing and mitigating the impacts of disasters, bringing out significant contributions. …[Read More]
Climate hazards are manifestations of the Earth’s complex climatic systems. As natural events, they have always occurred, yet changes in the global climate increase the frequency and intensity of extremes and their impact on the built environment and people. Predicting the nature, scale, and location of climate hazards and their complex interplays with anthropogenic factors …[Read More]
I am pleased to interview Professor Ankit Agarwal from the Indian Institute of Technology, Roorkee. He specialises in hydro-meteorological (compound) extremes and complex networks and has been awarded the prestigious 2023 NH Division Outstanding Early Career Scientist award. Thank you, Ankit, for your time and for talking with us about your field of research. 1. …[Read More]
In February 2023, Brazil experienced its largest rainfall event on record, which devastated the northern coast of the state of São Paulo. This event caused landslides, floods, and numerous fatalities, making it even more tragic than previous disasters in the region, which already have been elaborated on in another blog post. The situation highlights the …[Read More]
In the last decades, the strength of climate change has been evident across the globe in many weather and climate extremes occurrences, including heatwaves and droughts. Those events are involved in all fire stages and influence all aspects of the fire regime [1]. Climate change is driving unprecedented wildfire in the Mediterranean region The …[Read More]
Answering disasters triggered by natural hazards is a profoundly political process; who can tell us about this is Isabelle Desportes with her study cases of Ethiopia (the 2016 drought), Myanmar (cyclone Komen in 2015) and Zimbabwe (the 2016/2019 drought). Today, I have the pleasure of interviewing Dr Isabelle Desportes, a researcher who approaches disaster risk …[Read More]
