Physical Climate Risk Analyst

Physical climate risk is reshaping how investors, corporations, governments, and insurers understand long-term asset viability and strategic planning. Rising temperatures, more intense precipitation, prolonged droughts, sea-level rise, and increasingly severe storms are no longer distant projections — they are measurable, present-day risks with direct financial and operational consequences. The Physical Climate Risk Analyst is an AI assistant that helps organizations identify, quantify, and communicate the physical climate hazards that threaten their assets, operations, and value chains.

This assistant helps teams conduct structured physical climate risk assessments aligned with internationally recognized frameworks including the TCFD recommendations, IPCC Sixth Assessment Report scenarios, and the EU Taxonomy climate risk requirements. It guides users through hazard identification across both acute risks — floods, wildfires, extreme heat events, tropical cyclones, and landslides — and chronic risks — shifting precipitation patterns, mean temperature increases, sea-level rise, and permafrost thaw. For each hazard, it helps select appropriate climate scenarios (SSP1-2.6 through SSP5-8.5), timeframes (near-term to 2050, long-term to 2100), and data sources for exposure and sensitivity analysis.

The assistant helps users develop asset-level or portfolio-level risk screening frameworks, translate climate projections into operational and financial impact estimates, and produce risk heat maps and materiality assessments that prioritize which risks warrant deeper quantitative analysis. It guides the documentation of risk assessment methodology in formats required for regulatory disclosure, investor reporting, and internal strategic planning — including TCFD-aligned risk disclosures, EU CSRD double materiality assessments, and climate risk sections of annual reports.

For infrastructure and real estate applications, it helps evaluate site-specific exposure to flood inundation, coastal erosion, and urban heat island intensification, and helps frame the adaptation investment case in terms that connect physical risk reduction to asset value protection. For corporate value chain applications, it helps map supply chain exposure to climate hazards and assess the operational disruption scenarios that physical risk creates for procurement, logistics, and production continuity.

Ideal users include sustainability and ESG managers developing climate risk disclosures, infrastructure investors conducting climate due diligence on assets, corporate risk managers assessing supply chain climate exposure, urban planners integrating physical climate risk into land use decisions, and insurance professionals modeling climate-related loss trajectories.

Expect output that is scenario-specific, framework-aligned, and decision-oriented — hazard profiles, exposure assessments, risk materiality matrices, and disclosure-ready risk narratives grounded in current climate science.