NH
Natural Hazards

Multihazard

Connecting the dots: the importance of recognising multi-hazard events in disaster reporting

Connecting the dots: the importance of recognising multi-hazard events in disaster reporting

In the past year, the world has witnessed many severe disasters caused by multiple hazards whose impacts overlapped in time and space. February this year, two severe earthquakes hit Syria and Turkey shortly after each other, followed by two more powerful earthquakes and over a hundred aftershocks in subsequent weeks [1,2]. The disaster caused over 48 thousand fatalities, and many people are still ...[Read More]

New positions to join the Natural Hazards Division team!

New positions to join the Natural Hazards Division team!

Interested in being actively involved in shaping the EGU NH Division activities and organising the annual General Assembly?  Are you working in the Natural Hazards field? Then keep reading… we need you! Our Division is seeking: a new Science Officer for the NH10 Multi-Hazards sub-division a new Social Media Coordinator For both positions, the term is fixed for a two-year period with a possible ext ...[Read More]

Discovering the CoastSnap project – Interview with Dr Mitchell Harley

Discovering the CoastSnap project – Interview with Dr Mitchell Harley

CoastSnap is a global citizen science project aiming at monitoring the changes in our coastlines due to processes such as storms, rising sea levels, and human activities using smartphones. We will discover more about this promising project by chatting today with Dr Mitchell Harley, founder of the CoastSnap program. Mitchell is a Researcher and Senior Lecturer in the School of Civil and Environment ...[Read More]

COVID-19 and natural hazards: a complex multi-risk scenario

COVID-19 and natural hazards: a complex multi-risk scenario

COVID-19 has been a disruptive ‘tsunami’ that most countries were not prepared to handle. The pandemic has been representing a global slow-onset long-lasting disaster that has drastically challenged all emergency management systems worldwide. The pandemic slow-onset disaster has been characterized by a prolonged emergency phase with varying intensity levels, and a cyclic behavior, where the interp ...[Read More]