Small is beautiful: climate-change science as if people mattered

Area of Science:

• Climate Science
• Environmental Science
• Adaptation Studies

Background:

• A significant gap exists between climate information production and its practical application.
• This disconnect stems from the challenge of integrating global, "top-down" climate data with local, "bottom-up" decision-making contexts.
• Climate change is often one of many factors influencing local decisions.

Purpose of the Study:

• To explore how insights from E.F. Schumacher's economics, particularly his concept of "as if people mattered," can address the climate information gap.
• To identify parallels between Schumacher's economic principles and the needs of climate-change science for adaptation.
• To propose strategies for making climate science more usable for local adaptation.

Main Methods:

• Drawing parallels between Schumacher's economic philosophy and climate science.
• Analyzing the challenge of integrating global climate data with local contexts.
• Identifying principles for making climate information more accessible and actionable.

Main Results:

• Local complexity can be managed by expressing climate knowledge conditionally.
• Simplicity is crucial for navigating deep uncertainty, achievable through physical climate storylines.
• Empowering local communities requires developing "intermediate technologies" that foster trust and transparency.

Conclusions:

• Making climate information usable for adaptation necessitates embracing the "beauty of smallness" alongside "big science."
• Adapting Schumacher's "as if people mattered" approach to climate science can bridge the production-use gap.
• Conditional information, simplified uncertainty communication, and intermediate technologies are key to effective climate adaptation.