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JPMorgan’s climate scientist thinks differently about risk

In 2004, Dr. Sarah Kapnick was a young banking analyst at Goldman Sachs when she spotted a blind spot: no one was helping clients understand climate risk. Two decades later, she’s the Global Head of Climate Advisory at JPMorgan, turning climate science into boardroom strategy. Kapnick’s career path

Featured Speakers

Latitude Media HostSarah Kaepnick Guest

Topics Discussed

Episode Summary

Executive Summary: This episode examines how climate change is breaking traditional risk models in finance, insurance, and infrastructure. Dr. Sarah Kaepnick of J.P. Morgan argues that firms need “climate intuition” — treating climate like inflation or labor costs in strategic planning — while Jigar Shah presses for stronger disclosure and product changes. The discussion highlights adaptation as both a defensive necessity and a growth opportunity.

Main Topics: Climate intuition as a business competency (Priority: 5/5): Kaepnick defines climate intuition as making climate a routine input into strategy, alongside inflation, labor, and commodity costs, so leaders can act before risks become crises. Why historical models fail under climate change (Priority: 5/5): The conversation argues that traditional risk tools, built on past losses and stable historical patterns, cannot capture unprecedented climate-driven events and volatility. Insurance, mortgages, and disclosure gaps (Priority: 5/5): Jigar repeatedly questions when climate risk will be reflected in insurance pricing, mortgage decisions, and regulatory disclosure, while Kaepnick says change will come through regulation, data, and material-risk reporting. Adaptation as an investment opportunity (Priority: 4/5): The guests discuss how resilience spending, new products, and climate-aware asset allocation can create growth, with examples in utilities, consumer products, and catastrophe bonds. Utilities, infrastructure, and physical asset exposure (Priority: 4/5): Utilities, water systems, and real estate are identified as especially exposed because their assets are fixed in place and directly affected by heat, wildfire, flooding, and sea level rise. Data, modeling, and the role of public institutions (Priority: 4/5): Kaepnick warns that reduced public climate data could hamper decision-making and that private firms are already filling some gaps with their own monitoring and drone technology. Military and tabletop planning as a model for resilience (Priority: 3/5): The discussion points to defense-sector planning, heat-index research, and tabletop exercises as examples of how organizations can operationalize climate risk before disasters strike.

Key Arguments: Climate risk is no longer a distant scenario; sufficient climate change has already arrived to create unprecedented events that invalidate purely historical models. Financial institutions are increasingly hiring climate scientists and risk specialists to integrate climate data into credit, insurance, and investment decisions. Insurance pricing already reflects some climate impacts, but the market still does not consistently force resilience upgrades or fully reprice physical risk. Utilities are among the most exposed sectors because extreme heat, wildfire, and grid stress directly threaten revenues and operations. Adaptation spending can become a growth strategy when companies anticipate consumer behavior, supply-chain shifts, or location-specific risks before competitors do. Regulation will likely be necessary to force broad disclosure and standardization, but private demand for physical risk data is already rising. Tabletop exercises and scenario planning help organizations act before an event, especially for risks that have not yet been personally experienced. If public climate data weaken, firms may face higher costs and less accurate AI-driven models, especially in data-poor regions.

Data Points: Climate damage cost estimate: More than $1 trillion annually by the 2050s - Referenced as the scale of yearly climate impacts that could accumulate across sectors. Transition AI event dates: April 13-14 - Latitude Media promoted its San Francisco conference on AI and energy infrastructure. Conference discount code: PODS10 for 10% off - Promotional detail for listeners registering for Transition AI 2026. PG&E bond rating outcome: Upgrade in their bonds - Kaepnick cites PG&E as a notable example of resilience spending affecting credit outcomes. Potential planning horizon: 5 to 10 years - Repeatedly used as the window over which firms should start preparing for climate risk. Heat exposure planning metric: 85% of facilities evaluated for heat stress risk - Example from Department of Defense resilience planning practices. Mission resilience metric: X number of days of critical missions without grid power - Example of how the Department of Defense quantifies base resilience. Market research timing: 2004 - Kaepnick said she saw the need for her current role back in 2004 when climate awareness was low. Risk report reference: 2015 - Jigar references the Risky Business report as an early climate risk market signal. Private-sector product example: Under 5-minute shower products - Kaepnick gives a consumer-products example tied to drought and water scarcity.

Pivotal Quotes: "We get complacent. We assume tomorrow is going to look like yesterday. And then we get a costly surprise." — Stephen Lacey: Opening anecdote about a skunk incident used as a metaphor for climate risk. "It’s just one other thing that needs to be added to strategic thinking in businesses to be able to plan for it." — Sarah Kaepnick: Definition of climate intuition and how executives should treat climate risk. "If you’ve developed your entire model only on the past, you won’t have a true representation of risk today, let alone risk in the future." — Sarah Kaepnick: Explaining why historical loss models fail under climate change.

Implications: Listeners should expect climate risk to move from abstract science into routine financial and operational decision-making. Companies that quantify exposure, plan early, and invest in resilience may gain financing advantages, while laggards face higher costs, weaker assets, and greater disruption.

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The energy transition, decoded. Every week, three industry veterans explore the business models, tech breakthroughs, and market shakeups that are driving the biggest industrial transformation in history.

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