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Let's get physical!
Bryan Miyagishima and Bob Hautala, Western
Oregon University
session 3b / Thursday, May 11 / 3:30 - 5:00
In our work with faculty and students across
the curriculum, we can examine teaching methodologies in other disciplines with
an eye towards improving our own practice. In this presentation, an examination
of theories and teaching methods in Physical Education/ Motor-Learning will
shed light on how librarians can structure instruction and learning activities
so as to lead to greater student engagement and retention in their own
classes.
The motor-learning theory of "dynamic systems"
presents the learner as one part of other interacting systems, including the
learning environment and task objectives; changes in just one system can effect
changes in the learner's performance. With this knowledge, instructors can
manipulate the learning environment and/or the tasks to facilitate student
performance. For example, in the PE classroom, providing the student a lighter
ball will produce a different movement pattern; in the academic environment,
placing limitations on the types of research sources allowed will likewise
produce different patterns of behavior.
The theory of "contextual interference" shows
how the order and difficulty of learning activities affect learner results. For
example, a basketball coach might intersperse foul shooting throughout
practice, rather than providing one focused time for this skill; an instruction
librarian might intersperse database searching instruction with visits to the
periodical collection and an examination of article references. In both cases,
the target skills (foul shooting, database searching) occur several times
during the session, but are "interfered" with by instruction in other skills.
In these high-contextual interference examples, learning is slower, but
research shows that engagement and retention are greater.
The presenters, a specialist in motor-learning
and a librarian/part-time snowboard instructor, will present information on
these theories, rationale for their use, and a model for their application in
the library instruction classroom.
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