SLIDE 1
Science Advice Ecosystem The role of emerging scientists and Young - - PowerPoint PPT Presentation
Science Advice Ecosystem The role of emerging scientists and Young - - PowerPoint PPT Presentation
www.sayas.org.za Science Advice Ecosystem The role of emerging scientists and Young Academies Tolu Oni co-Chair, South African Young Academy of Science (SAYAS) Senior Lecturer, Public Health, University of Cape Town @drtolullah
SLIDE 2
SLIDE 3
Challenges of science advice
¤ Interdisciplinarity ¤ Post normal science: uncertainties, values ¤ Deals with existing and emerging issues of relevance to society across national and international systems ¤ Need public trust
SLIDE 4
Young Academy ecosystem
SLIDE 5
National Young Academies
Courtesy: Global Young Academy. Globalyoungacademy.net Total: 21 Academies 10 Young Academies At conference: 18 Academies 2 Young Academies
SLIDE 6
Young Academies
¤ Promote relevance and translation of science for society ¤ Also focus on interdisciplinarity and science policy ¤ Sustained engagement, not limited to critical and potentially controversial moments ¤ Emphasis on Ø increasing societal literacy of scientists Ø Contributing to a critically engaged public ¤ Pro-actively address gender equity ¤ Disciplinary representation across sciences
SLIDE 7
Science Advice..
..Society and public opinion matters
www.sayas.org.za
SLIDE 8
Key issues for science advice today
¤ Public support crucial to policy makers and scientists ¤ Routine engagement improves societal literacy ¤ Critical in building trust and important for social license ¤ Science advisors should be representative of all of society across gender and age to increase societal credibility
SLIDE 9
Feeding the Ecosystem
SLIDE 10
MYTH
“Only a few scientists are lucky to be gifted with the skill to engage society and are suitable to act as science advisors”
SLIDE 11
Education and training system (1)
¤ A critical part of STEM education should be communicating science to leadership ¤ Science advice part of spectrum of engagement skills needed in scientific education and training ¤ Equip with tools to grapple with the values, ethics and politics in order to engage with policy makers more effectively
SLIDE 12
Education and training system (2)
¤ Interdisciplinary skills required for both science and science advice ¤ Normalises interacting beyond one’s discipline; a necessary step to interacting, beyond scientific boundaries, and with government
SLIDE 13
Is Science advice a valued skill in science?
¤ Re-evaluating value placed on having this skill in the scientific culture and academic environment
SLIDE 14
Why including Young Academies perspectives makes sense
¤ Active engagement ¤ Training in a post-normal era with interdisciplinary expectations and experience ¤ Adaptable and dynamic in approach to science ¤ In tune with emerging issues of societal relevance
SLIDE 15
Examples of YA in Science Advice
¤ SAYAS: members in ASSAf Standing Committees ¤ Swedish Young Academy: Network for researchers and MPs
SLIDE 16
Young academies & the science advice ecosystem
¤ Systematic inclusion in advisory structures ¤ Science advice training for young scientists ¤ Academic reward mechanisms to recognise importance
- f science advice and societal engagement skills to
scientific endeavour
SLIDE 17
Existing recognised ecosystem
¤ Advisory councils / committees ¤ National academies ¤ Chief Scientific Officers ¤ National Young Academies
SLIDE 18