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The Royal Society RAMP modelling initiative
G J Ackland1, J Panovska-Griffiths2,3, W Waites4
1Institute of Condensed Matter and Complex Systems, School of Physics and Astronomy, University of Edinburgh, Edinburgh EH9 3FD, UK.
Summary
In emergencies, scientific communication shifts priorities. This study details how the Royal Society rapidly coordinated scientists to model the coronavirus epidemic for policymakers.
Area of Science:
- Epidemiology
- Scientific Communication
- Public Policy
Background:
- Traditional scientific publication is slow, emphasizing rigor and peer review.
- Emergency situations necessitate rapid research dissemination to policymakers.
- Balancing scientific accuracy with media scrutiny and non-specialist audiences is challenging.
Purpose of the Study:
- To describe the Royal Society's coordination of scientists during the coronavirus epidemic.
- To highlight the challenges of rapid scientific communication in public health emergencies.
- To provide insights into modeling real-life epidemics.
Main Methods:
- Coordinated efforts of diverse scientific experts.
- Rapid development and dissemination of epidemic models.
- Communication strategies tailored for policymakers and the public.
Main Results:
- Successful modeling of the coronavirus epidemic.
- Effective coordination of a multidisciplinary scientific response.
- Navigated challenges of rapid peer assessment and media scrutiny.
Conclusions:
- The Royal Society successfully coordinated a rapid scientific response to the coronavirus epidemic.
- Effective communication and coordination are crucial for managing public health crises.
- Adapting scientific processes for emergencies can bridge the gap between science and policy.
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