Strategic Focus: Incorporating Extreme Weather Events Into Business Continuity Planning

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Executive Summary

As climate change progresses, extreme weather is increasing in frequency and severity. Many firms already have plans in place to ensure business continuity during and after extreme events. However, many of these plans were created based on past experiences and may not be sufficient for current and future weather extremes. This report presents evidence demonstrating why organizations should account for climate change in their plans for extreme weather events and outlines some digital technologies that can support these efforts.

Table of contents

Business continuity planning must account for the increasing frequency and severity of extreme weather events
Firms need to upgrade plans for extreme weather
Digital technologies incorporate extreme weather events into business continuity planning
 

Table of figures

Figure 1. Examples of compound extreme weather events
Figure 2. Timeline of relevancy of extreme-weather-related climate risk digital solutions for business continuity management

About the authors

Emma Cutler

Senior Analyst
Emma is a Senior Analyst in the Verdantix Net Zero & Climate Risk practice. Her current research agenda focuses on physical and transition climate risk, climate resilience and adaptation. She has a background in simulation and statistical modelling applied to climate adaptation, coastal management and international development. She holds a PhD in Systems Engineering from Dartmouth College and a BA in Mathematics and Environmental Studies from Bowdoin College.

Katelyn Johnson

Senior Manager, Risk Management
Katelyn is the Senior Manager in the Verdantix Risk Management practice. Her current research agenda focuses on climate risk and its integration into risk management frameworks. Prior to joining Verdantix, Katelyn was a climate scientist at GNS Science in New Zealand. She has previously held roles in the energy industry, where she helped projects manage risk due to weather and ocean phenomena. Katelyn holds a PhD in Geology from Victoria University of Wellington and an MS in Earth Sciences from Ohio State University – both focusing on climate science – as well as a BS in Meteorology from Texas A&M University.

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