COMMUNICATION RISK AND UNCERTAINTY

Teaching science in a lab/research context vs. textbook context presents different challenges.
Uncertainty plays a significant role in research communications.
Example: Climate change research shows a scientific consensus of 99% regarding human-caused global warming.
- The literature strongly supports this view.
- However, media communication often presents conflicting viewpoints that dilute this consensus.

Public opinions often shaped by perceived rather than actual consensus.
Communication needs to emphasize:
- True consensus (e.g., 99% of scientists agree on human impact on climate).
- Risks of misunderstanding due to media framing.

Comparing statement framings:
- Positive Framing: "If we act now, the chance of destructive winter floods can be reduced to 20%."
- Negative Framing: "If we fail to act, the chance of destructive winter floods occurring is 80%."
Positive framing encourages receptiveness to the message, suggesting action can mitigate risk.

Choose language that resonates with personal experiences:
- Concrete Examples: Use relatable terms (e.g., business/school) instead of abstract concepts (local services).
- People process concrete situations better than abstract ideas.
Communicate uncertainty as risk to foster clarity:
- 50% certainty can be framed as:
  - "There’s a 50% chance this event occurs."
  - Or, "There’s a 50% risk of this prediction being inaccurate."
Presentations should lean towards risk to facilitate understanding.

Compare two types of forecast statements:
- After summer 2072: Fixed date with uncertain output (25-68 cm rise).
- By summer, at least 50 cm: Fixed output with uncertain date (2060-2093).
People relate better to a fixed outcome than an uncertain time frame.
Emphasize that the main question for environmental change is not if it will happen, but when.