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ScientificallyBased Research: Choosing Effective Programs

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Title: ScientificallyBased Research: Choosing Effective Programs


1
Scientifically-Based Research Choosing
Effective Programs
  • Michelle Mehlberg
  • South Dakota Department of Education
  • Michelle.mehlberg_at_state.sd.us
  • 605-280-3614

2
  • Early in the 17th century, two astronomers
    competed to describe the nature of our solar
    system.
  • Galileo built a telescope and found new planets
    and moons. Francesco Sizi ridiculed Galileo's
    findings. There must be only seven planets, Sizi
    said. After all, there are seven windows in the
    head--two nostrils, two ears, two eyes, and a
    mouth. There are seven known metals. There are
    seven days in a week, and they are already named
    after the seven known planets. If we increase the
    number of planets, he said, the whole system
    falls apart. Finally, Sizi claimed, these
    so-called satellites being discovered by Galileo
    were invisible to the eye. He concluded they must
    have no influence on the Earth and, therefore, do
    not exist.
  • Sizi's most valuable contribution to history may
    have been to remind us that true understandings
    of the world, and how it works, cannot be based
    on pure thought alone, no matter how logical,
    creative, or contemporary such thought may seem.
  • True understandings require some measure of
    science and the willingness to seek information
    when making decisions.

3
  • Teachers use the concepts of rigorous research
    and evaluation in profoundly practical ways

4
Effective teachers use scientific thinking in
their classrooms all the time
  • use experimental logic when they plan for
    instruction
  • evaluate their students' previous knowledge
  • construct hypotheses about the best methods for
    teaching
  • develop teaching plans based on those hypotheses
  • observe the results
  • and base further instruction on the evidence
    collected.

5
  • Teachers can further strengthen their instruction
    and protect their students' valuable time in
    school by scientifically evaluating claims about
    teaching methods and recognizing quality research
    when they see it.

6
NCLB Act -
  • Enacted in 1965 - redefines the federal role in
    K-12 education.
  • Stipulates that federally funded programs and
    practices must be grounded in "scientifically
    based" research.
  • School leaders who depend on federal funding are
    now required to be aware of the nature of the
    research that
  • guides their programs and practices. In
    particular, federal funding decisions will be
    determined in part by whether programs and
    practices have a basis in "scientific research."

7
To meet the NCLB definition of "scientifically
based," research must
  • employ systematic, empirical methods that draw on
    observation or experiment
  • involve rigorous data analyses that test the
    stated hypotheses and justify the general
    conclusions
  • rely on measurements or observational methods
    that provide valid data across evaluators and
    observers, and across multiple measurements and
    observations
  • be accepted by a peer-reviewed journal or
    approved by a panel of independent experts
    through a comparatively rigorous, objective, and
    scientific review

8
Recognizing Effective Research
9
Questions to Ask
  • Has the study been published in a peer-reviewed
    journal or approved by a panel of independent
    experts?
  • Have the results of the study been replicated by
    other scientists?
  • Is there consensus in the research community that
    the study's findings are supported by a critical
    mass of additional studies?

10
Independent peer review
  • Subjects a paper to scrutiny by scientists in the
    relevant field of specialization.
  • Two ways.
  • a paper submitted for publication in a
    peer-reviewed journal is examined by other
    scientists in the field before an editor (usually
    an expert in the field) passes judgment on it.
  • review by an independent panel of experts who,
    using rigorous criteria, determine whether the
    findings of the paper are credible.
  • Provides a baseline of quality control
  • It is relatively easy for teachers to determine
    if a paper has been published in a peer-reviewed
    journal it can be more difficult to determine
    whether a panel review (without publication) has
    occurred unless it is specified in the paper.

11
Peer Review Journals
  • Examples of journals that conduct peer reviews
    and contain empirical evidence about teaching
    techniques.
  • The American Educational Research Journal,
  • the Journal of Educational Psychology,
  • and Reading Research Quarterly
  • Examples of journals that contain original
    thought but do not publish peer-reviewed
    research
  • Phi Delta Kappan and
  • Educational Leadership

12
Replication
  • Look for evidence that an instructional technique
    has been proven effective by more than one study.
  • Research finding presented in a way that enables
    other researchers to reach the same results when
    they repeat the experiment.
  • Public and open to challenge. It is held
    tentatively, subject to change based on contrary
    evidence.

13
Consensus within a research community
  • Community of scientists in a field comes to
    agreement over time that sufficient evidence has
    converged to support one theory over another.
  • Scientists do not evaluate data from a single,
    perfectly designed experiment. They evaluate data
    from many experiments, each containing some flaws
    but providing part of the answer.

14
The basic principles of the scientific method
  • Science progresses by investigating testable
    problems.
  • A testable theory yields predictions that could
    possibly be proven wrong.
  • Scientific knowledge has passed some minimal
    tests.
  • Data and theories are considered in the public
    domain, or included in the research base, only
    after a peer review, either by a journal or a
    panel.
  • Published data and theories allow for replication
    and criticism by other scientists.
  • Theories are tested by systematic observation
    bound by the logic of true experiments.
  • Correlational studies, useful when experiments
    can not be carried out, only help rule out
    hypotheses.
  • Researchers use many different methods to reach
    conclusions. Most often, they draw conclusions
    only after a slow accumulation of data from many
    studies.

15
  • The NCLB Act (2002) defines scientifically based
    research as "research that involves the
    application of rigorous, systematic, and
    objective procedures to obtain reliable and valid
    knowledge relevant to education activities and
    programs."

16
Choosing Effective Programs How do we
know???????
Success For All
Accelerated Reader
Reading Recovery
Waterford
Failure-Free Reading
Accelerated Literacy Learning
Literacy First
Essential Learning Systems
17
Choosing Effective Programs Questions to Ask
  • Is the program based on educational theory
    derived from research?
  • What information is provided about implementation
    and replicability?
  • Is there evidence of a significant positive
    effect on student achievement?

18
Theoretical Base
  • What are the ideas behind this program?
  • Is there a clear, non-technical description of
    the central idea and objectives of the practice
    or program?
  • How does it work?
  • Is there a clear description of the instructional
    activities that are central to this program or
    practice?
  • Why does it work?
  • Is the program clearly tied to an established
    learning theory, e.g. language acquisition?

19
Implementation and Replicability
  • Has this program or practice been widely used?
  • How many schools have used this practice or
    program?
  • Did the schools using it fully implement the
    practice or program?
  • What is the effect if the implementation varies?
  • Are we prepared to implement the program as
    described?

20
Implementation and Replicability
  • Where is this reform likely to work?
  • In what settings has it been implemented?
  • Are the schools where it has been implemented
    similar to ours?
  • In size
  • In location (rural, urban)
  • In demographics (ethnic/racial, poverty, student
    disabilities)

21
Implementation and Replicability
  • Under what circumstances is it most effective?
  • Has improved student achievement been
    convincingly demonstrated in a variety of
    settings?
  • Large group, small group, one-on-one
  • Highly qualified teachers or paraprofessionals
  • During regular school day, extended day
  • Days per week, hours per day
  • Additional resources
  • Do these settings match ours?

22
Evidence of Significant Positive Effect on
Student Achievement
  • Are there studies looking at the impact on
    students of this particular program?
  • Are these studies of high quality?
  • Are there at least 5 high quality studies?
  • Do at least 4 of the 5 studies show improved
    student achievement?
  • If yes, are the findings significant in at least
    3 of those 4 studies?

23
NO
24
YES
Yes to All
Yes to All But One
25
Yes to All
26
SBR Review Tool
27
In Summary
  • As teachers make the important decisions about
    what and how to teach, they must evaluate the
    claims associated with educational strategies and
    programs. And in the classroom, they must
    constantly assess and reassess the value of
    programs and their impact on students.

28
SBR Resources
  • Florida Center for Reading Research
  • http//www.fcrr.org/
  • IDEA Institute for the development of
    Educational Achievement
  • http//reading.uoregon.edu/curricula/index.php
  • Center for Implementing Technology in Education
  • http//www.cited.org/
  • National Center on Response to Intervention
  • http//www.rti4success.org/
  • Center on Instruction
  • http//www.centeroninstruction.org/
  • Doing What Works
  • http//dww.ed.gov/disclaimer.cfm?/index.cfm
  • What Works Clearinghouse
  • http//ies.ed.gov/ncee/wwc/
  • The Center for Comprehensive School Reform and
    Improvement
  • http//www.centerforcsri.org/
  • Vaugh-Gross Center for Reading and Language Arts
  • http//www.texasreading.org/utcrla/

29
  • Center for Research on Education, Diversity, and
    Excellence (CREDE),  http//www.cal.org/crede/
  • Center for Research on the Education of Students
    Placed At Risk (CRESPAR), http//www.csos.jhu.edu/
    CRESPAR/index.htm
  • Center for the Improvement of Early Reading
    Achievement, http//www.ciera.org
  • Charles A. Dana Center, University of Texas,
    http//www.utdanacenter.org
  • Educational Research and Improvement Reports and
    Studies, United States Department of Education,
    http//www.ed.gov/about/pubs/intro/index.html?src
    gu
  • Educational Resources Information Center, United
    States Department of Education,
    http//www.eric.ed.gov/
  • Eisenhower National Clearinghouse,
    http//www.Enc.org
  • Institute of Education Sciences, United States
    Department of Education, http//www.ed.gov/about/o
    ffices/list/ies/index.html
  • National Center for Early Development and
    Learning,  http//www.fpg.unc.edu/ncedl/
  • National Center for Improving Student Learning
    and Achievement in Math and Science,
    http//www.wcer.wisc.edu/NCISLA/
  • National Institute for Literacy,
    http//www.nifl.gov/
  • National Research and Development Center on
    English Learning and Achievement,
    http//cela.albany.edu
  • Northwest Regional Educational Laboratory,
    http//www.nwrel.org/

30
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