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The activities to promote a public understanding of S

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Title: The activities to promote a public understanding of S


1
The activities to promote a public understanding
of ST another field for analysing change in
scienceCristina Palma ConceiçãoPhD student
2
Could activities to promote public understanding
of science be considered as one more
strategic starting point for analysing the
changes occurring within science?
Yes, we believe so
3
Setting the scene
  • Science had become a central feature in
    contemporary society
  • But, as Eurobarometer have showed
  • many people still show little understanding of it
    or interest in it
  • some of them misunderstand, and sometimes
    mistrust, scientists activities and public
    investment in certain scientific domains
  • following the Lisbon strategy arguments, the
    European society would need more and more science
    professionals

Important obstacles in the way of an advance in
the knowledge-based society and the full
democratic involvement of its citizens
4
Science and Society Policies
  • At European level,
  • Science and Society Plan
  • To promote a scientific and education-based
    culture in Europe, developing public awareness of
    science initiatives and reinforcing science
    education
  • To bring science policies closer to the citizens,
    promoting the participation of civil society in
    science decisions
  • To put responsible science at the heart of
    policy-making, exploring ethical issues, risk
    governance and the use of expertise on
    decision-making

5
Science and Society Policies
  • At Portuguese level,
  • Science Alive Programme
  • Ministry of Science and Tecnhology (1997-)

To favour the development of different
initiatives promoting scientific and
technological culture among the Portuguese
population, with special attention being given to
the youngsters
6
Science Alive Programme
  • Were challenged to participate

Schools RD units Universities Science centres
Municipalities Enterprises Other civil
organisations
  • They were invited to propose and autonomously
    develop their projects
  • Partnerships were stimulated
  • Precedence was given to activities that encourage
    the public to experience science en the making
    and to have direct contact with scientists
  • The Programme attempt to avoid discursive
    approaches to science

7
Since 1997 the Programme has supported
  • The development of non-formal science
    education activities mostly directed to students
    and teachers
  • eg. experimental learning activities in schools,
    based preferably on partnerships visits to labs
    scientific summer schools for teenagers in RD
    units,
  • The creation and development of a network of
    science centres throughout the country
  • National science culture campaigns for the
    general public
  • eg. Science and Technology Week, astronomical,
    geological or biological field observations on
    beaches or in the countryside, visits to labs,
    science coffees, workshops, conferences, media
    events,

8
The response to the Programme
  • The number of projects rapidly grew
  • The number and diversity of institutions involved
    also grew
  • Social networks were implemented involving
    various institutions
  • Initiatives were implemented all over the country
  • Sign of collective identity were shown by the
    participants
  • Most people worked on a voluntary base for a
    common cause

A social movement grew up in Portugalaround the
idea of giving people, especially young people,
the opportunity of contact with science and its
achievements, actors, institutions, procedures
and applications
9
Participation by science institutions
Scientists adhesion to the Programme was
significant,even if relatively restricted to the
biggest and highest-quality units
  • RD institutions and university departments
    participated directly in about 1/3 of the Science
    Alive projects carried out in schools
  • Most involving the natural sciences
  • For the last 8 summers, an average of nearly 50
    RD units have opened their labs to secondary
    students for 15 days scientific summer schools
  • Most participant institutions were high-quality
    natural and health science units and engineering
    researcher groups
  • More recently, some social sciences research
    groups have also been participating, adopting the
    same hand-on philosophy

10
Participation by science institutions
  • Nearly 130 RD institutions have already arranged
    specific events for Science and Technology Week
  • The maximum was reached in year 2000 about 90
    RD teams organised nearly 300 events
  • Most of them provide visits to labs and/or
    conferences
  • More recently, also hand-on workshops have been
    provided (particularly by engineering and natural
    science researcher)
  • Science coffee sessions or open debate are more
    unusual, but increasing (particularly explored by
    health and social scientists)

11
Participation by science institutions
  • Many high quality RD groups never stopped being
    involved or demanding continuation of the
    national investment in PUS.
  • Some are now creating indoors specialised teams
    to support these activities and stimulating some
    researchers to integrate post-graduation courses
    in science communication to non-expert publics

12
Why does this matter?
  • Observing
  • the conceptions
  • the institutional relations
  • the social processes
  • embedded in the science institutions
    participation in a programme like Science Alive
  • could be a particularly good way of approaching
    the questions of

13
Why does this matter?
  • How some scientists are rethinking their role in
    society
  • How science institutions are opening up to and
    connecting with other spheres
  • What kind of (internal and external) obstacles
    they face
  • lack of time and resources for these activities
  • undervaluation by many senior researchers/coordin
    ators
  • difficulties of translating high specialised and
    complex knowledge

14
Why does this matter?
  • How science is interacting with (benefiting,
    influencing or rejecting) other types of
    knowledge
  • eg. partnerships between science producers and
    schools seem to improve teachers notions about
    working by project and scientists communication
    skills
  • How opening the labs to lay people may be an
    opportunity for researchers to rethink their
    activities and methods
  • eg. to turn more and more explicit the social
    added value of the objects they are researching
    or the legitimacy of the methods they use (eg.
    animal experiences)

15
Why does this matter?
  • How the type of activities explored by scientists
    in their contacts with the public may be a
    reflection of the kind of relationship they want,
    or feel the need, to establish with the public
  • more pedagogical, one-way communication
    ormore interactive, two-way communication
  • How different disciplines are positioning
    themselves in the context of science and their
    relationship with the state and the citizens
  • eg. the case of the social sciences, which claim
    to be part of the science world and to be able
    to show the similarities of their own research
    methods with those of other scientific disciplines

16
Why does this matter?
  • How public policies could be playing an important
    role in the opening-up of science institutions
    and their awareness of the advantages of a public
    understanding of science
  • Portuguese scientists participation on Science
    Alive movement seem to prove that,
  • but many national RD institutions have never
    integrated it
  • How previous experience of networking (e.g. with
    international research groups or the economic
    agents) seems to facilitate involvement in
    non-formal scientific education activities,
    improving
  • the researchers communication/translation skills
    and
  • their awareness of the added value of these

17
  • These approaches could be particularly
    interesting in a country like Portugal, where
    most science institutions tend to work in a
    rather isolated way
  • But it could certainly be a fruitful research
    opportunity in other contexts
  • The kind of activities and institutional
    arrangements we are observing can be considered
    as boundary objects
  • they are shaped in the scope of networks between
    different institutions
  • they are the product of a mix of languages,
    values and interests in other words, reflect a
    mix/translation of cultures
  • They are part of a larger process of changing the
    relationship between science and society

18
  • That is why we defend its analytic interest
  • Thank you very much!

19
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