This brochure provides an overview of the AIR Multi-Peril Crop Insurance Model for Canada, which uses AIR's award-winning Agricultural Weather Index (AWI), a province- and crop-specific weather index used to assess the overall quality of the growing season.

AIR’s Fund Designation Service helps clients choose an MPCI fund allocation strategy that best fits their risk-return target. The service utilizes the 10,000-year weather-based, spatially correlated, price volatility–adjusted stochastic catalog from AIR’s U.S. MPCI model to rank and sort policies based on their estimated risk level.

We examine the economic demand surge following Hurricanes Harvey and Irma to see how they affected construction costs and market equilibrium.

The AIR Inland Flood Model for the United States is the most detailed probabilistic model available for assessing and managing inland flood risk. The AIR model explicitly models both on- and off-floodplain losses; features a component-based approach to estimate the vulnerability of buildings and their contents for all lines of business; supports primary risk characteristics and 10 secondary modifiers; and identifies separate flood occurrences spatially and temporally to reflect the physical properties of a flood while accommodating a 168-hour clause. The AIR model also helps establish a currency for understanding and quantifying risk in insurance and reinsurance transactions.

The 2019 Indian Monsoon Floods white paper demonstrates how AIR's probabilistic India flood hazard maps help prepare for this risk.

AIR’s Climate Change Practice can provide a wide array of customized solutions to assess and manage future climate change risk.

Findings from AIR's Kerala floods damage survey underscored how the AIR probabilistic India flood hazard maps can help insurers prepare for this risk.

This brochure provides an overview of the AIR Tropical Cyclone Model for Caribbean, which provides comprehensive coverage of all 29 countries and territories in the Caribbean.

This brochure provides an overview of the AIR Earthquake Model for Australia, where a vulnerable building stock and high insurance penetration make it essential for companies to have the tools necessary to appropriately assess and manage the country’s seismic risk. The model captures the risk from both ground shaking and liquefaction and provides an incomparable level of detail, enabling superior risk differentiation based on factors including seismic zonation, soil type, construction, occupancy, year built and height.

This brochure provides an overview of the AIR Hurricane Model for the United States, which provides companies with information about potential losses before they occur, along with the ability to differentiate risks at a granular level.