Climate Assessment Linked Boreal Wildfires to Supply Risks
A new report analyzed how Canadian wildfire activity threatens international infrastructure and supply chains.
Updated on Sept. 24, 2026 in Safety

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HDI Risk Consulting has published a climate risk assessment of the Boreal Forest using the ARGOS 4.0 platform. The analysis details how wildfire activity in Canada creates significant business interruption risks for United States supply chains.
Why it matters
The report aims to help organizations understand the operational stakes for infrastructure, continuity, and long-term investment decisions. By mapping interactions between heat stress, drought, and permafrost thaw, firms can better identify their physical risk concentrations.
The 2024 Jasper wildfire reduced park visitation by 54%, falling from 2.48 million to 1.14 million visitors. Furthermore, 85% of the 358 homes and businesses destroyed in the Jasper blaze currently lack reconstruction approval.
The players
HDI Risk Consulting
This organization specializes in analyzing climate-related operational and financial risks for businesses and infrastructure.
The details
The analysis applies spatial climate data to model physical risk concentration across the Boreal Forest, including the impacts of Thunder Bay 36, the largest wildfire in Ontario history. It highlights historical precedents like the 2016 Fort McMurray fire, which reduced Canadian oil sands production by one million barrels per day.
Timeline
The Fort McMurray fire occurred in 2016.
The Jasper wildfire occurred in 2024.
The Thunder Bay 36 wildfire occurred in 2026.
HDI Risk Consulting published the assessment on September 23, 2026.
Seasonal Patterns
The assessment utilizes the ARGOS 4.0 modelling platform to map complex environmental vulnerabilities across the Boreal Forest. This report follows a trend of using sophisticated digital tools to quantify how shifting regional climate patterns disrupt global economic throughput.
Businesses relying on Canadian logistics should review their current supply chain redundancy to mitigate potential wildfire-related disruptions. Firms are encouraged to evaluate their physical assets against the spatial climate data highlighted in the new assessment.
The takeaway
Understanding the physical risk concentration of infrastructure in fire-prone regions is essential for maintaining supply chain continuity. Organizations should integrate spatial climate data into their long-term investment and operational planning to prepare for future environmental events.
Further reading
For more information on risk mitigation, visit the Safety section.
Source note: This article includes information reported by Insurance Business.
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