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The Relationship Between School Library Media Programs and Science Achievement in Michigan Middle Sc

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In humble beginnings... UM School of Information. Detroit Catholic Central HS ... Theory (once again) is not reality. Very different situations in each place ... – PowerPoint PPT presentation

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Title: The Relationship Between School Library Media Programs and Science Achievement in Michigan Middle Sc


1
The Relationship Between School Library Media
Programs and Science Achievement in Michigan
Middle Schools
  • Presentation to the CSTL Research Retreat
  • Marcia A. Mardis, MILS, EdD
  • April 10, 2005

2
In humble beginnings
Detroit Catholic Central HS
The Keystone School of San Antonio
UM School of Information
3
A few ideas began to grow
  • Theory (once again) is not reality
  • Very different situations in each place
  • Role seemed linked to
  • Personality of media specialist
  • Attitude of administration
  • Approval of students
  • Receptivity of teachers.
  • Does ?OTT ?OTL in the media center?

4
Is McLuhan this right?
All media work us over completely. The medium is
the massage. Any understanding of social and
cultural change is impossible without a knowledge
of the way media work as environments.
All media are extensions of human
faculty--psychic or physical.1
Marshall McLuhan
5
If the wheel is
6
an extension of the foot, and
7
the book is
8
an extension of the eye, then is
9
the school library media center
10
an extension of the classroom?
11
That would mean
  • Media specialist is a metatechnology
  • Why dont these two relationships follow? How can
    the medium be the massage?

12
Enter The Michigan School Library Study (MSLS)
  • Commissioned by Library of Michigan
  • Advisory Board
  • Mailed surveys to public K-12 schools (to SLMS
    attention) in 2002
  • Used 2001 MEAP reading test scores, school data
    from MDE, community data from US Census
  • Produced report in 2003

13
MSLS Study Details
  • Replication of previous quantitative studies done
    in 8 (now 16) other states
  • Correlated school media program, community, and
    building variables to MEAP reading scores
  • Research questions
  • What characteristics of media specialists and
    school media programs have a relationship to
    reading achievement?
  • How does teacher/media specialist collaboration
    relate to student achievement?
  • How do the Internet, databases, and technology
    access relate to student achievement?

14
MSLS Conceptual Framework
Source AASL AECT, Information Power (1998)
15
MSLS Findings
  • Reading test scores rise with
  • Presence and availability of credentialed media
    specialists
  • Computer availability, esp. to access Internet
    and databases
  • Individual and group visits to media center
  • Size of print and nonprint collections
  • Media center annual expenditures

16
Even when DPPE, PTR, poverty, ethnic/minority
identity, and educational attainment of parents
are taken into account.
17
EnterImportance of science learning
  • Science has become policy battleground
  • International studies (e.g., TIMSS) focus on
    solutions to poor science achievement
  • Feds have legislated scientifically-based
    research ? science ? science teaching and
    learning
  • Science testing will be mandatory starting in
    2007 under NCLB
  • Science learning was based on inquiry process and
    active learning--does this still fit?

18
If strong school library programs have a positive
relationship to reading achievement, can the same
be said for science achievement?
19
Maybe yes
  • Science requires good reading skills
  • Forensic activities (e.g., science fair) require
    inquiry research skills
  • Collaboration benefits student achievement
  • Qualities of good science teachers and good media
    specialists overlap

20
Standards of Science Teacher SLMS Effectiveness
21
Maybe no
  • Few scientists are attracted to school media
  • Media specialists dont learn about science in
    preservice education
  • Media specialists dont get science professional
    development
  • Professional literature doesnt often address
    science topics
  • Scholarly literature hasnt looked at
    science/school media relationship

22
In other words, there seems to be little science
in school library science.
23
So whats going on here?
  • How is the relationship between school media
    programs and reading achievement similar to the
    relationship between school media programs and
    science achievement?
  • What are the characteristics of school librarians
    and school media programs that influence the
    relationship to science achievement?
  • How do SLMSs feel that yearly testing in science
    and other systemic pressures affect their
    relationship with science educators and students?
  • What factors do school library media specialists
    identify as key to effective interactions with
    science teachers and students?

24
A Better Mousetrap or A Rube Goldberg Effect?
Sequential explanatory process used in this study
25
In case you dont know Rube
26
Caveat Celebratio
  • Study only deals with middle schools
  • Data management
  • Same media specialist in 78
  • Touch elementary and secondary issues
  • Bounded horizontally (e.g., time)
  • Bounded vertically (e.g., geography)
  • Not focused on science teachers and science
    teaching

27
Quantitative Results
28
Significant Positive Correlations
  • of SLMS
  • of SMLS hours
  • Total SLMC hours
  • Computers with database access in SLMC
  • Size of video collection
  • Total computers in SLMC
  • Hours available for flexible scheduling
  • Total SLMC staff
  • Computers with MeL access in school
  • Computers with MeL access in SLMC

29
Sure theyre significant
But are they
strong?
30
Negative Correlations
  • Staff and hours with
  • Masters in LS and teacher certification
  • Masters in LS
  • Bachelors degree
  • High school diploma only
  • Staff with Bachelors with teacher certification
  • Meeting with principal and/or other building or
    district administrators
  • In library use of materials

31
Multiple Regressions
  • Take into account community, district, and
    building variables
  • Used mainly to account for poverty-related
    factors and differences between district and
    school size
  • NSLP and DPPE account for 40 of the variance in
    grade 8 MEAP science scores
  • Significant variables clustered according to
    survey sections

32
Multiple Regressions
  • When NSLP and DPPE are taken into account, no
    clusters account for significant amounts of
    additional variation
  • Number of videos per 100 students accounted for
    2 additional variation
  • Video?????

33
Qualitative Results
34
Qualitative Analysis
  • Explain quantitative results
  • 11 secondary media specialists volunteered
  • Discussion group performed via email list
  • 10 days to answer 4 questions and interact with
    one another
  • Text analyzed and thematically coded

35
Discussion group questions
  • How do you approach science collection
    development in your school media program?
  • How is video used with science in your school
    media program?
  • What type of professional preparation do you feel
    best positions you to work with science teachers
    and students?
  • How do you feel that the resources in the science
    classroom affect your ability to be involved with
    science?

36
Discussion Group Themes
  • The Science Collection
  • Science collections tend to be old
  • Video is important
  • Science materials selection is challenging
  • Classroom collections common
  • Science teachers not often involved in collection
    development

37
Discussion Group Themes
  • Professional Preparation
  • Undergraduate experiences influence service areas
  • Graduate coursework did not prepare SLMS for
    science
  • Professional development opportunities scarce
  • Other learning activities have to be sought

38
Discussion Group Themes
  • Science teaching tends to exclude outside
    resources
  • Textbooks
  • Labs
  • Collaboration perceived to solve many problems
  • SLMC space is a lure
  • Administrator attitudes are very important

39
Conclusions
  • What makes a difference?
  • Administrator support (1,3,4)
  • Teacher collaboration (1,3,4)
  • Well-staffed libraries (1,2,4)
  • Media specialist background/education (2,4)
  • Current collections with lots of visual media
    (1,4)
  • What can make a difference?
  • Preservice education changes for all 3 levels
  • SLMS skill/knowledge of multimedia (e.g., digital
    libraries)

40
Implications
  • Understanding culture is impossible without
    knowing media
  • Science is part of culture
  • Media is essential for science understanding
  • Meta-technologies emerge
  • Media specialists are the extension, gateway
  • Leadership is the massage
  • Many questions remain
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