Science of science communication Brian Trench Dublin City University.
-
Upload
leah-clarke -
Category
Documents
-
view
216 -
download
2
Transcript of Science of science communication Brian Trench Dublin City University.
Science of science communication
Brian TrenchDublin City University
The Science of Science Communication
Colloquium hosted by US National Academies of Science, Washington, May 2012
This colloquium will survey the state of the art of empirical social science research in science communication and will focus on research in psychology, decision science, mass communication, risk communication, health communication, political science, sociology, and related fields on the communication dynamics surrounding issues in science, engineering, technology, and medicine with five distinct goals:
•To improve understanding of relations between the scientific community and the public•To assess the scientific basis for effective communication about science•To strengthen ties among and between communication scientists•To promote greater integration of the disciplines and approaches pertaining to effective communication•To foster an institutional commitment to evidence-based communication science
See programme and archived webcasts at http://www.nasonline.org/programs/sackler-colloquia/upcoming-colloquia/science-communication.html
Science communication
Mass communication / media
CommunicationPsychologyPhilosophy
Ethics
Rhetoric
Sociology
Linguistics
History
Political Economy
Policy Studies
Science communication
Science education
Philosophy and Ethics of science
Health promotion
Risk communication
History of Science
Life sciences
Physical sciencesEnvironmental sciences
Social Studies of Science
Status of science communication
Hybrid status as both interdisciplinary and multidisciplinary (Priest 2010)
Not a full discipline [and this] “allows science communicators to plunder all disciplines and fields of study to conduct their work most effectively” (Gascoigne et al 2010)
Emerging discipline with some recognised criteria of a discipline but still weak in theoretical development and definition of its boundaries (Trench and Bucchi 2010)
Complex root system
Cross-disciplinary migration of champions
Short training courses for professional scientists
Science writing within communication programmes
Writing and presentation modules for science students
Training for science museums, shows, outreach
Science writing postgraduate programmes
Programme content from four fields
Science (usually biology)
Education studies (also museum studies)
Social studies of science (incl. history, philosophy)
Communication theory and skills
Challenges to programmes
Not seen as core business and therefore vulnerable to cutbacks (Netherlands, Italy)
Reduced practical content through relocation to another department (Mexico)
Continuing need to explain or justify science communication and science communication research in a natural sciences setting (UK, Netherlands)
Opportunities for programmes
Improved protection through relocation from a natural sciences to a humanities department (France)
Demand for courses in science communication for other programmes (Spain, UK)
External support from institutions promoting science-in-society initiatives (Spain)
Internal support from unit promoting science-in-society initiatives (France)
“I’m not sure the scientists understand completely what we do and they could have some problems with some of it. We are in a strange balance. They understand that we are useful. It depends on different boundary conditions: we could become a kind of outreach department or a research department, though this is less likely. Mostly, the scientists in our institute have in mind a popularisation model for science communication.”
Nico Pitrelli, SISSA, Italy
“We were very fragile when we depended directly on science departments but our relocation to Humanities seems to protect us. Our Masters is really a professional Masters and the departments in Humanities don’t have many professionally oriented programmes. The literary people welcome us because of the professional dimension to our education.”
Baudouin Jurdant, University of Paris 7
SCI-COMM RESEARCH ARTICLES, 2000-2009(n=1,237)
More than twice as many articles published 2005-2009 as 2000-2004
TOP10 JOURNALS FOR SCI COMM RESEARCH, 2000-2009
Tpp 10 journals accounted for 518 of 1,237 papers (42%)
RESEARCH METHODS IN ARTICLES, 2000-2009
Research Method Total Articles Using This Method
Surveys or Questionnaires 331
Content Analysis 290
Interviews 159
Case Studies 149
Secondary Analysis of Surveys 78
Focus Groups 72
Evaluation Studies 56
SELECTED TOPICS IN SCIENCE COMMUNICATION RESEARCH
18
Science comm PhD theses 2000-2010
• Data gathered for 57 theses • > 50% in UK/Australia/USA• > 50% focused on context of science or
medicine• media/journalism > means of communication
> engagement and dialogue > role of scientists > role of stakeholders > evaluation
• Top 4: media content analysis, survey, interview and case study
• No clear shared research aims• Multiple theories employed• Multiple contributions to practical field
Topics of current PhD projects
theory
education
evaluation
scientist
citizen
media/means
festivals
artmuseum
engagement/cyberscience
interaction visitors/scientists
evaluation theory/science education
television/scientific citizenship
benefits field trip/guest speaker
culture based sc-training climate change Australian newspapers
concept of interactional expertise
cancer prevention high school teachers
ecological art /pus of marine biology
math. info in Portuguese press
corporate
public/museum governance
engagement/dialogue
dialogue/responsiveness science
antibiotic resistance/risk reduction
strategic sc/changing university
authentic museum objects/visitors
pop. science books mathematicsframing / pet fish owners effective strategy/organize
cultural knowledge/western science
strategic sc/climate change
values/sc among prof. science com.
stakeholder/sustainable dev.
sc. theories/deliberative democracy
laboratory access/teachers and pupils
popular culture/’a brief history of time’
informal science / visual interpretation
multimedia/com. / edu. potential
nanotech./civil society
media influence/bone marrow donation
science/public/citizenship
public health program
sc. theories/application in practice
expertise citizenship stakeholder int.
professionalization in SC
stakeholder/sus. bioproducts
learning/school trip
scientist online involvement/journalism
Topics of current PhD projects
theory
education
evaluation
scientist
citizen
media/means
festivals
artmuseum
engagement/cyberscience
interaction visitors/scientists
evaluation theory/science education
television/scientific citizenship
benefits field trip/guest speaker
culture based sc-training climate change Australian newspapers
concept of interactional expertise
cancer prevention high school teachers
ecological art /pus of marine biology
math. info in Portuguese press
corporate
public/museum governance
engagement/dialogue
dialogue/responsiveness science
antibiotic resistance/risk reduction
strategic sc/changing university
authentic museum objects/visitors
pop. science books mathematicsframing / pet fish owners effective strategy/organize
cultural knowledge/western science
strategic sc/climate change
values/sc among prof. science com.
stakeholder/sustainable dev.
sc. theories/deliberative democracy
laboratory access/teachers and pupils
popular culture/’a brief history of time’
informal science / visual interpretation
multimedia/com. / edu. potential
nanotech./civil society
media influence/bone marrow donation
science/public/citizenship
public health program
sc. theories/application in practice
expertise citizenship stakeholder int.
professionalization in SC
stakeholder/sus. bioproducts
learning/school trip
scientist online involvement/journalism
Methods of current PhD projects
• questionnaires/interviews • content analysis– incl. discourse analysis
• participant observation• eye-tracking• case study• participatory design• literature / document analysis
Current PhD research projects (extract)
Name Country University TopicVickie Curtis UK Institute of Educational technology
(Open University)How new developments in communication technologies are influencing public engagement activities in science: citizen cyberscience initiatives.
Diana Kaiser Ireland Schools of Biotechnology and Communication (Dublin City University)
Development and application of evaluation theory for the evaluation of informal science education, science outreach and public engagement with science.
Supara Kamolpattana UK Science Communication Unit, (University of the West of England, Bristol)
Development of culture-based science communication training for science museum explainers
Elaine McKewon Australia School of Journalism (University of Technology, Sydney)
Coverage of climate change in Australian newspapers (1996-2010) with the aim of explaining how the scientific consensus on climate change was reconstructed as a ‘scientific debate’ in the news media.
Eric Kennedy Canada Centre for Knowledge Integration (University of Waterloo)
Investigation of the concept of “interactional expertise” proposed by sociologists Harry Collins and Robert Evans.
Gustav Bohlin Sweden Department of Science and Technology (Linköping University)
Antibiotic resistance and how different features of this problem, such as causes and risk-reduction measures, are communicated to and with the Swedish public.
Nick Verouden Netherlands Department of Science Education and Communication (Delft University of Technology)
This project explores the coupling of science communication to strategic university organizational goals and objectives by investigating how professionals deal with these issues on a day-to-day basis.
ConstanzeHampp Germany TUM School of Education, Science Communication (TU Munich)
Seek to verify the claimed impact of authentic museum objects (originals) on museum visitors, testing the assumption that originals attract higher attention than reproductions
Susana Pereira Portugal Faculty of Sciences (University of Porto)
Mathematical information in the Portuguese press
Base communication models
Dominant models in
PCST
Variants on dominant
PCST models
Science’s orientation to public
Dissemination Deficit
Defence
Marketing
They are hostile
They are ignorant
They can be persuaded
Base comm
models
Dominant models in
PCST
Variants on
dominant PCST
models
Science’s orientation to public
Dissemination
Deficit
Defence
Marketing
They are hostile
They are ignorant
They can be persuaded
Dialogue
Dialogue
Context
Consultation
Engagement
We see their diverse needs
We find out their views
They talk back
They take on the issue
Base comm
models
Dominant models in
PCST
Variants on
dominant PCST
models
Science’s orientation to public
Dissemination Deficit
Defence
Marketing
They are hostileThey are ignorant
They can be persuaded
Dialogue
Dialogue
ContextConsultatio
n
Engagement
We see their diverse needs We find out their views
They talk backThey take on the issue
Conversation Participati
on
Deliberation
Critique
They and we shape the issue
They and we set the agenda
They and we negotiate meanings
4 stages of scientific development
• Stage 1: new objects and phenomena– scientists are pioneers, not afraid to make mistakes, have difficulties
with peer review, do not always possess excellent technical skills • Stage 2: develop methods and techniques
– scientists validate techniques, develop a specific language, are ingenious and inventive, able to implement ideas
• Stage 3: production of specific knowledge: highest number of original publications– Scientists are resistant to first-stage propositions
• Stage 4: maintain and pass on scientific knowledge generated in phase 1 to 3 crucial revisions of the domain– scientists write reviews and textbooks presenting overview of the
discipline(Shneider, Trends in Biochemical Sciences, 2009)
How much do practitioners care?
Survey of those attending BAAS Science Communication conference 2007 (N=124)
(87% science graduates; 54% professional science communicators; 69% female; 73% <40-y-o)
•42% read PUS and 36% SC occasionally•55% never read PUS or SC
• Miller, in Cheng et al, Science Communication in Social Contexts (2008)
Uses of scientific research
• To classify objects• To explain observed behaviour– causation; correlation; models
• To clarify concepts• To aid prediction– If this, then that …
• To aid planning, strategy