Available on-demand

Partner
26.10.2023

Exploring the impact of compound events

Tuesday, August 20 2024 – 4pm

Partnered with
Intro

Catastrophic events often are not driven by one process. Extreme coastal floods can coincide with strong winds, or damage from extreme rainfall can be amplified when following a wildfire. However, typical catastrophe models rarely look at the probability and impact of multi-peril compound events.

In this CPD-accredited webinar, our experts explore:

  • What are compound events?
  • To what extent are events like flooding, drought and wind connected?
  • What drives compound events?
  • How model vendors can work together to provide combined views of risk?

This certification is the third part of Fathom’s 3-part accredited CPD webinar series, hosted with CIWEM. Click the links below to discover part 1 and 2. 

Part 1: An introduction to global scale flood modeling

Part 2: How can we model the impact of climate change on flood risk globally?

play
CIWEM webinar - compound events - watch now

Other webinars in this series

Global scale flood model

Part 1 – An introduction to global scale flood modeling

Kicking off the series, we present an introduction to global scale flood modeling. In this webinar we cover:
– What is global scale modelling and why is it needed?
– What are the considerations when building a global flood model and what are the challenges?
– What is the science behind these models and what can they teach us?
– How are these models being used in the real world?

Watch on demand

Part 2 – How can we model the impact of climate change on flood risk globally? 

For engineers and water professionals, it is difficult to know where to start to understand climate’s impact on future risk. In this webinar, we will explore the latest research in this area, the challenges in representing climate change within large scale models and introduce Fathom’s Climate Change framework – our latest methodology for translating climate model outputs into relevant metrics for flood modelling.

Watch on demand

Climate change illustration flood model