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Document Description
Title
The
food
web
concept
:
identification
of a
learning
hierarchy
and
related
misconceptions
Author
Grant
,
Bette
Anne
Crnkovich
,
1954-
Description
Thesis
(M.Ed.)
--
Memorial
University
of
Newfoundland
,
1983.
Education
Date
1983
Pagination
viii, 212 leaves : ill.
Subject
Learning
,
Psychology
of;
Food
chains
(Ecology);
Degree
M.Ed.
Degree Grantor
Memorial University of Newfoundland. Faculty of Education
Discipline
Education
Language
Eng
Notes
Includes
The
ecology
of
food
webs
&
a
self-instructional
booklet
/
by
B.
Grant.
Bibliography:
leaves
121-128.
QEII
has
photocopy.
Abstract
The
present
study
investigated
the
application
of
Gagne's
learning
hierarchy
model
to the
learning
of the
concept
of a
food
web
, an
important
topic
in
biology
curricula.
Few
validated
learning
hierarchies
have been
reported
in the
literature
for
concepts
outside
the
realm
of
mathematics
and the
physical
sciences.
As a
result
, the
application
of
Gagne's
model
in the
present
study
provided
some
information
regarding
the
applicability
of the
model
to
such
a
concept.
In
addition
, the
process
of
validating
the
hypothesized
learning
hierarchy
provided
a
ready
means
by
which
to
investigate
students'
misconceptions
regarding
skills
comprising
the
hierarchy.
Hence
a
second
aspect
of the
present
study
concerned
the
identification
of
common
misconceptions
which
grade
ten
biology
students
hold
regarding
the
food
web
concept.
This in
turn
provided
some
information
regarding
the
applicability
of the
learning
hierarchy
model
to the
study
of
students'
misconceptions.
--
The
sample
consisted
of
200
grade
ten
biology
students
from
three
coeducational
schools
in the
St.
John's
area.
A
learning
hierarchy
was
developed
for the
food
web
concept
using
a
Gagne-type
task
analysis.
Upon
completion
of
regular
classroom
instruction
on
food
webs
, the
sample
was
tested
on the
skills
comprising
the
food
web
hierarchy.
Following
this
pretest
a
self-instructional
booklet
,
designed
to
remediate
the
skills
of the
food
web
hierarchy
for
students
who
had
failed
to
learn
them
initially
, was
administered.
Each
subject
received
an
individualized
prescription
for the
remediation
of
skills
which
were
failed
on the
pretest.
Following
the
remedial
phase
, a
parallel
form
of the
pretest
was
administered
to the
sample.
These
data
were
analyzed
using
two
psychometric
validation
techniques
, the
ordering
theoretic
and the
Dayton
and
Macready
methods.
Griffiths'
method
was
used
to
investigate
the
hierarchy
in
terms
of its
transfer
validity.
Data
from
test
items
which
were
answered
incorrectly
were
analyzed
and
subjects'
misconceptions
were
recorded.
--
The
hypothesized
food
web
hierarchy
was
found
to be
valid
both
psychometrically
and in
terms
of
transfer
,
although
transfer
of
learning
for
connections
involving
lower
skills
of the
hierarchy
could
not be
determined
because
too
few
students
failed
these
skills
in the
pretest.
However
, the
validated
hierarchy
appears
to
offer
much
potential
use
as an
instructional
tool
for the
instruction
of
food
webs.
In
addition
, these
findings
indicate
some
support
for the
applicability
of the
learning
hierarchy
model
to
concepts
other
than those of
mathematics
and the
physical
sciences.
Five
common
misconceptions
held
by
grade
ten
biology
students
concerning
food
webs
,
food
chains
and
predation
were
identified.
In
one
case
, a
misconception
was
revealed
for a
large
part
of the
sample
in
items
testing
subordinate
skills
, but
did
not
occur
in the
case
of the
terminal
skill.
This
suggests
that the
learning
hierarchy
model
may
be
useful
in the
study
of
misconceptions
, in that
it
has the
ability
to
reveal
underlying
misconceptions
which
would not be
apparent
from
students'
responses
to the
terminal
skill
alone.
Type
Text
Resource Type
Electronic
thesis
or
dissertation
Format
Image/jpeg;
Application/pdf
Source
Paper copy kept in the Centre for Newfoundland Studies, Memorial University Libraries
Local Identifier
75271892
Rights
The author retains copyright ownership and moral rights in this thesis. Neither the thesis nor substantial extracts from it may be printed or otherwise reproduced without the author's permission.
Collection
Electronic
Theses
and
Dissertations
Scanning Status
Completed
PDF File
(30.81
MB)
--
http://collections.mun.ca/PDFs/theses/Grant_BetteAnneCrnkovich.pdf
CONTENTdm file name
308994.cpd