ArticlePublisher preview available

Can Conflict Be Constructive? Controversy Versus Concurrence Seeking in Learning Groups

Authors:
To read the full-text of this research, you can request a copy directly from the authors.

Abstract

84 6th-graders were assigned to the following conditions on a stratified random basis controlling for sex and reading ability: (1) controversy in learning groups, (2) concurrence seeking in learning groups, and (3) individual study. In all 3 conditions, Ss studied 2 controversial issues with materials representing both pro and con views. In (1), each small group was equally divided to represent the pro and con sides. In (2), each small group could study the material any way they wished with the stipulation that they were to avoid arguing. In (3), Ss were told to learn the material without interacting with others. Results indicate that controversy, compared with concurrence seeking and individual study, promoted higher achievement and retention, greater search for information, more cognitive rehearsal, accurate understanding of the 2 perspectives, continuing motivation, and positive attitudes toward controversy and classmates. (29 ref) (PsycINFO Database Record (c) 2012 APA, all rights reserved)
Journal
of
Educational
Psychology
1981, Vol.
73, No. 5,
651-663
Copyright
1981
hy
the
American
Psychological
Association, Inc.
0022-066S/81/7305-06SU00.75
Can
Conflict
Be
Constructive?
Controversy
Versus Concurrence Seeking
in
Learning Groups
Karl Smith, David
W.
Johnson,
and
Roger
T.
Johnson
University
of
Minnesota
The
effects
of
controversy
in
learning groups, concurrence seeking
in
learning
groups,
and
individualistic study
were
compared
on a
number
of
dependent
variables.
Eighty-four
sixth-grade students
were
assigned
to
conditions
on a
stratified random basis controlling
for sex ami
reading ability.
In all
three
conditions subjects studied
two
controversial
issues with materials repre-
senting both
pro and con
views.
In the
controversy condition each small
group
was
divided into
two
halves representing
the pro and con
sides.
In the
concurrence-seeking
condition each small group could study
the
material
any
way
they
wished, with
the
stipulation
that
the}'
were
to
avoid arguing.
In the
individualistic
conditions subjects were told
to
learn
the
material without
in-
teracting with other students.
The
results indicate
that
controversy, com-
pared with concurrence seeking
and
individualistic study, promotes higher
achievement
and
retention, greater search
for
information,
and
more cognitive
rehearsal,
accurate
understanding
of the two
perspectives,
continuing motiva-
tion,
and
positive
attitudes
toward controversy
and
classmates.
Conflicts
among ideas,
opinions,
and al-
ternative
courses
of
action
are
frequent
and
perhaps inevitable within
any
learning,
de-
cision-making,
or
problem-solving
situation.
Yet
there
is
evidence
that
in
classrooms,
conflicts
are
avoided
and
suppressed (De-
Cecco
&
Richards, 1974)
and
that
most
children
and
adults
in our
society lack
the
skills
and
procedures needed
for
effective
conflict
management (Blake
&
Mouton,
1970;
Deutsch,
1973;
Johnson,
1979).
Even
the
social studies curriculum materials
in the
United
States
present only
a few
mild
ex-
amples
of
controversies
(King
&
Long, 1976).
Despite
the
frequent
but
futile
attempts
to
avoid
and
suppress conflicts
and the
lack
of
skills
and
procedures
for
managing conflicts
constructively,
there
are
social
scientists
who
insist
that
conflict
has
potentially con-
structive
outcomes
(Deutsch, 1973; Johnson,
1979, 1980).
The
potentially constructive
outcomes
of
conflict include high achieve-
ment, intrinsic
and
continuing motivation,
perspective-taking ability,
and
positive
in-
terpersonal
relationships.
Controversy exists when
one
person's
ideas,
information, conclusions,
theories,
or
Requests
for
reprints
should
be
sent
to
David
W.
Johnson,
330
Burton Hall, University
of
Minnesota,
Minneapolis,
Minnesota 55455.
opinions
are
incompatible with those
of an-
other
person,
and the two
seek
to
reach
an
agreement (Johnson
&
Johnson, 1979).
An
example
of a
controversy
is
when
two
mem-
bers
of a
learning group
are
given
the
posi-
tion
that
strip mining
of
coal should take
place,,
the
other
two
members
are
given
the
position
that
strip mining
of
coal should
not
take place,
and the
group
is
assigned
to
reach
an
agreement
as to
whether coal should
be
strip
mined.
In
contrast
to
controversy,
concurrence seeking occurs when members
of
a
group inhibit discussion
to
avoid
any
disagreement
or
arguments, emphasize
agreement,
and
avoid realistic appraisal
of
alternative
ideas
and
courses
of
action.
An
example
of
concurrence seeking
is
when
a
learning group
is
assigned
to
decide
whether
the
strip
mining
of
coal should take place,
with
the
stipulation
that
they
are not to
argue
but
rather
to
compromise quickly
whenever
opposing opinions
are
expressed.
Both
controversy
and
concurrence seeking
may
be
contrasted with
individualistic
learning,
which occurs when individuals
work
alone without interacting with each
other,
in a
situation
in
which
their
goal
at-
tainments
are
unrelated
and
independent.
The
purpose
of
this article
is to
propose
and
empirically
validate
a
conceptualization
of
the
impact
of
controversy
and
concurrence
651
... Bourgeois (1999) develops his understanding on the relationship between individual learning and social interactions based on the theories of genetic social psychology on the socio-cognitive conflict and on investigations into cooperative learning devices. More specifically, Bourgeois sought to develop his thinking based on the works of Mugny et al. (1981); Carugati et al. (1991); Freany and Bourgeois (1998); Cohen (1994); Smith et al. (1981); Monteil (1987); Johnson and Johnson (1983), among others. ...
... 313). Based on the work of various researchers such as Paolis and Mugny (1985), Freany and Bourgeois (1998), Cohen (1994) and Smith et al (1981), Bourgeois (1999) emphasises these effects of asymmetry on learning and indicates two forms of regulation. The "sociocognitive regulation of the sociocognitive conflict", when "arguments and counterarguments are developed and confronted, which leads the subjects of the relationship to develop an internal work of cognitive elaboration", either in the "sense of accepting the other's point of view, or in the sense of elaborating a new point of view", in other words, that which materialises as learning (p. ...
Article
Full-text available
This article presents the results of an empirical study whose aim was to identify critical factors that contributed to the successful completion of the educational trajectories of a group of former students of a Brazilian secondary level course integrating Youth and Adult Education with Vocational Education. Content analysis was applied to the data obtained through semi-directive interviews with ten former students. We explored the notion of positioning, as a social phenomenon that circumscribes the position that an individual or group occupies in a given social system (Bernstein, 1996) in line with the socio-affective and cognitive dispositions related to the processes of pleasure/displeasure present in the school context and with the representations and conceptions of the content, respectively (Bourgeois, 1999). The results point to higher positioning in hierarchical structures circumscribed by schooling, learning, knowledge, socio-cognitive relations, and professional outlook, which are correlated with the development of socio-affective and cognitive dispositions in the dimensions of motivations, aspirations, appropriate values and curricular characteristics, namely collaborative learning, and teaching methodology.
... Johnson und Johnson (1989 Latané et al., 1979). Genauer gesagt, wenn der Beitrag einzelner Gruppen mitglieder schwer einzuschätzen ist, vor allem in größeren Gruppen, neigen Menschen dazu, die anderen die ganze Arbeit machen zu lassen, was zu einer geringeren Gruppen leistung führt (Karau & Williams, 1993 tragen können, müssen die Gruppenmitglieder vor allem lernen, Konflikte konstruktiv zu lösen, indem sie sich auf die jeweilige Auf gabe und das gemeinsame Wissen konzentrie ren und nicht auf ihren relativen Status (Buchs et al. 2004b;Johnson & Johnson, 2007;Smith et al., 1981). 5. Rückschau auf eine Gruppenarbeit. ...
... To facilitate such a complex endeavor, group members must be trained and acquire a set of social skills (e.g., Bennett, Rolheiser, & Stevahn, 1991;Johnson, Johnson, & Holubec, 1993), such as the ability to trust other group members, to communicate in a precise and unequivocal manner, and to tolerate and support other members (Johnson, 2009). Most importantly, as discussion and confrontation of points of view may result in the emergence of conflict, group members must learn how to regulate conflict in a constructive manner, that is by focusing on the task at hand and knowledge, rather than their relative status (Buchs, Butera, Mugny, & Darnon, 2004;Johnson & Johnson, 2007;Smith, Johnson, & Johnson, 1981). ...
... (2) Perceptions of interpersonal competition might not only raise concerns about interpersonal relationships or senses of group belonging (Asterhan & Schwarz, 2016), but may also reduce cognitive flexibility and a person's openness to alternative viewpoints (Carnevale & Probst, 1998). (3) Disputative argumentation was likely to deteriorate into "appeal to force" or "personal attack in argument" (Woods, 2004), causing discussants to concede upfront without further consideration and engagement (Asterhan & Schwarz, 2016;Smith et al., 1981;Weinberger & Fischer, 2006). The third type of argumentative dialogue is consensual co-construction, in which discussants transacted on each other's contributions by agreeing with, elaborating on and expanding on ideas (Asterhan & Schwarz, 2016). ...
Article
Full-text available
Meaningful learning for conceptual change in science education should aim to help students change their existing misconceptions to develop an accurate understanding of scientific concepts. Although collaborative argumentation is assumed to support such processes, its value for conceptual change is unclear. Moreover, the roles of argumentative dialogue should be considered in studies on collaborative argumentation. In the present study, using a controlled experiment, we examined the value of collaborative argumentation for conceptual change in science education while fully considering the roles of argumentative dialogue. Twenty-three postgraduate students were each allocated to one of two conditions (individual argumentation [control group] and collaborative argumentation [experimental group]) and participated in two argumentation activities. The results revealed that collaborative argumentation had a delayed but long-lasting effect on conceptual change in science education (i.e., conceptual change induced by collaborative argumentation did not immediately indicate a significant improvement at the moments of argumentation but showed a significant improvement during the delay period). Collaborative argumentation provided opportunities for change in cognitive, ontological, intentional, and other aspects of learning. Dialogue protocol analysis revealed that long-lasting conceptual change was associated with a U-shaped pattern of argumentative dialogue (i.e., two high and one low: both deliberative argumentation and co-consensual construction frequently occurred, while disputative argumentation rarely occurred) in collaborative argumentation. A third argumentation activity was then conducted to confirm this unexpected finding. The results confirmed an association between long-lasting conceptual change and a U-shaped pattern of argumentative dialogue in collaborative argumentation. The current study sheds light on the value of collaborative argumentation for long-lasting conceptual change, deepening our understanding of whether conceptual gains from argumentation activities were contingent on a particular type of verbal dialogue powered by collaborative argumentation. Implications for science education were discussed.
Chapter
By interacting with experienced scientists and mathematicians, students can able to enrich their knowledge in the field of science and mathematics. They learn to transform, listen critically, and respond to others constructively when students argue scientifically. Argumentation helps learners deal with different ideas that can deepen their learning. This approach will encourage the students to refine the concepts with others, which helps them understand and work together to refute assumptions. In this approach, the students can question the topic re-state their comments in more technical terms, which helps them build and create the models for clarification. Teachers may promote constructive dialogue in classrooms. The professional development approach can help the instructor address the possible obstacles, such as communicating with the students during their academic activities. This chapter introduces the concept of collaborative learning and its benefits, argumentation in learning environments, preparing the classroom environment for collaborative learning, and evaluating argumentation.
Article
Recognizing man's four achievements in dealing with differences among men, i.e., science, politics, hierarchy, and law, the authors foresee a fifth achievement by which men will ultimately be able to work out their differences. It will be the establishment of a problemsolving society in which its members can resolve differences through their own insight. Here presented is the Conflict Grid for use in evaluating good or bad ways for ending disputes as a vehicle for creative problem solving in the future and a basis for such a problem-solving society.
Article
An informational influence explanation of group-induced shift on choice dilemma items was examined by experimental manipulation and by a mathematical model based on information weighing assumptions. Although the exchange of arguments in an interactive discussion context produced significant response change, passive reading of arguments did not. Examination of the model revealed that at a molar level the mean model prediction for an item corresponded closely with the mean shift observed on that item following discussion. At a more molecular level, the informational model failed to predict the magnitude of specific group shifts on particular items. A suggestion as to how the informational influence explanation could be refined to accommodate these findings was taken from theory and research on the role of cognitive learning and cognitive rehearsal in attitude change.
Article
Comparisons were made of the effects of controversy versus no-controversy on epistemic curiosity, achievement, and attitudes of fifth- and sixth-grade Ss. Eighty Ss were assigned to conditions on a stratified random basis, with control held for class membership, reading ability, and sex. Within each condition they were assigned to groups of four on a similar stratified random basis so that there were an equal number of fifth- and sixth-grade groups, each one made up of a boy and a girl of high-reading-ability and a boy and a girl of low-reading-ability. Ss participated in two five-day instructional units, half participating in structured argumentation with their fellow group members and half discussing the material without arguing with their peers. Behavioral measures were taken on Ss' epistemic curiosity. The results indicate that controversy, compared with no-controversy, leads to more epistemic curiosity, higher achievement, and more positive attitudes.
Article
The abstract for this document is available on CSA Illumina.To view the Abstract, click the Abstract button above the document title.
Article
This chapter focuses on the effects of asking people questions during or shortly after exposure to text passages. It also presents several original experiments designed to evaluate a model of the “direct” effects of questions and a report of an attempt to use questioning techniques in an ongoing instructional program is presented. The chapter also contains discussions of (a) the kinds of effects of questions, their magnitude and consistency, (b) the conditions under which questioning facilitates learning, (c) an appraisal of the explanations which have been proposed to account for the effects of questions, and (d) a brief evaluation of the practical educational implications of questioning techniques. However, the set of experiments presented in the chapter failed in its major objective, which was to give rise to a theory of the direct effects of questions. The most important findings of the present research are that in every experiment, verbatim scores are significantly higher than paraphrase scores when the questions are asked immediately after reading the passage, and that verbatim scores declines more over a one-week interval than did paraphrase scores. The most plausible interpretation of these facts is that there are at least two kinds of memory code, a close-to-surface code with a relatively short memorial half life, and a more permanent semantic-based code.
Article
The way in which learning goals are structured determines the student-student and teacher-student interaction patterns in the classroom, which in turn greatly affect the outcomes resulting from instruction. The effects of two methods of structuring learning goals—cooperatively and individualistically—were compared on a series of attitudinal and performance variables. An advanced math class for 5th and 6th grade white students (N = 30 boys and girls) in a suburban, upper-middle-class school was divided randomly into cooperative and individualized conditions (controlling for math ability) for studying math one hour a day for 50 days. The results indicate that cooperative learning promoted more positive attitudes towards heterogeneity among peers; higher self-esteem; more positive attitudes toward the teacher, fellow cooperators, and conflict; more internal locus of control; and higher daily achievement.