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Geosapiens New Research Paper: A Multistep Statistical Model to Derive Extreme Sea Levels for Global Coastlines
Coastal flooding occurs when mean sea level, tides, and variable surge and waves align. This study separates deterministic factors (tides, long-term sea level) from stochastic ones (surge, wave setup) and models extremes of the random part, rather than treating total water level as a single metric. This approach improves physical and statistical robustness for global flood risk and catastrophe models.
Nov 24, 2025


OSFI B-15 : The Clock Is Ticking on Climate Risk Reporting
Geosapiens empowers financial institutions and insurers to meet OSFI B-15 and international disclosure standards.
Oct 22, 2025


In the press: Climate Risks, New Far-Reaching Obligations for Insurers
Geosapiens on the Guideline B-15 on Climate Risk Management, issued in 2023 by the Office of the Superintendent of Financial Institutions (OSFI).
Sep 19, 2025


Revau Partners with Geosapiens to Strengthen Climate Risk Management
Revau Partners with Geosapiens to Strengthen Climate Risk Management
Sep 11, 2025


Geosapiens Launches National-Scale Wildfire Risk Model
Geosapiens launches a new wildfire model, expanding its capabilities to address a broader spectrum of climate-related perils.
Aug 20, 2025


Geosapiens Fluvial Flood Event Catalogue
Duy Anh Alexandre, Chiranjib Chaudhuri, and Jasmin Gill-Fortin Research and Development Group, Geosapiens Inc., Quebec City, Canada ...
Mar 27, 2024
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