Climate Change

Define and assess drought, the herculean challenge!

Joana Parente November 29, 2021

The drying out of the soil in the wadis of the Dead Sea Valley. Credit: Stefan Schmitt (distributed via imaggeo.egu.eu)

The frequency and intensity of drought periods have increased since the 1950s over most land areas [1]. In fact, between 1998 and 2017, drought was the sixth natural hazard associated with disasters (4.8% of the total number of disasters) but the second in terms of the total number of affected people (33% of the total number of affected people), causing more than 21,000 deaths [2]. For example, in ...[Read More]

Natural Hazards 101: Forecasting and modelling

Gabriele Amato September 6, 2021

Photo credit, from top left to bottom right: Pamela Trisolino (via Imaggeo), Michiel Baatsen (via Imaggeo), Stefan Doerr (via Imaggeo), Dimitri Defrance (via Imaggeo), Katja Bigge (via Imaggeo), Babak Hejrani (via Imaggeo), Elias Sch (via Pixabay) and Dan Killam (via Imaggeo).

With the Natural Hazards 101 series, we mean to bring our readers closer to the terminology often used in the field of natural hazards, but that may not be so familiar. In the first episode of the series, we focused on the definition of hazard and natural hazard. We moved then to the concept of risk, which brought us to define exposure and vulnerability. Later on, we digested the disaster terminol ...[Read More]

Paving the way for climate resilience: what can we learn from the coronavirus pandemic?

Asimina Voskaki July 12, 2021

Photo credit: adapted from the original found in Pixabay (Pixabay License)

Even though significant epidemics and pandemics have been recorded many times throughout human history, the Covid-19 pandemic demonstrated how vulnerable our societies still are. While the consequences of the pandemic are still ongoing, the global response so far can potentially offer some insights to support climate change response. Undoubtedly, the world is already experiencing a wide range of c ...[Read More]

Lessons learnt, and to be learnt from the Uttarakhand, Himalaya 2021 catastrophic event.

Shreya Arora June 14, 2021

Google Earth image showing the location of the Ronti peak glacier, source of the 7th February 2021 landslide-induced flooding event, in Uttarakhand, western Himalaya, India

Rising global temperature and melting of glaciers in the Himalaya are changing the Himalayan cryospheric dynamics and causing a dramatic increase in the frequency and magnitude of the natural and anthropogenic hazards. One such example was the 7th February 2021 Uttarakhand landslide-induced floods, which killed almost 200 people and washed away two hydropower dams, amidst when India was dealing wi ...[Read More]