Geophysicists examine and document the repercussions for the earth’s climate induced by alternative emission scenarios and model specifications. Using simplified approximations, they produce tractable characterizations of the associated uncertainty. Meanwhile, economists write highly stylized damage functions to speculate about how climate change alters macroeconomic and growth opportunities. How can we assess both climate and emissions impacts, as well as uncertainty in the broadest sense, in social decision-making? We provide a framework for answering this question by embracing recent decision theory and tools from asset pricing, and we apply this structure with its interacting components to a revealing quantitative illustration.

More on this topic

BFI Working Paper·Jan 6, 2026

Green Waste

Ingvil Gaarder, Morten Grindaker, Tom G. Meling, and Magne Mogstad
Topics: Energy & Environment
BFI Working Paper·Jan 6, 2026

Renewable Energy Expansion: Key Challenges and Emerging Opportunities

Koichiro Ito
Topics: Energy & Environment
BFI Working Paper·Oct 21, 2025

Option Value of Apex Predators: Evidence from a River Discontinuity

Eyal Frank, Anouch Missirian, Dominic P. Parker, and Jennifer L. Raynor
Topics: Energy & Environment