Campbell's Paradigm
Campbell's Paradigm
Campbell's Paradigm
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<strong>Campbell's</strong> <strong>Paradigm</strong><br />
A teleological not a causal<br />
(environmental) attitude-behavior link<br />
Florian G. Kaiser<br />
Otto-von-Guericke University Magdeburg<br />
Presentation at the British Psychological Society Seminar<br />
"The Psychology of Sustainability" at the University of Surrey, January 27, 2011
Students<br />
Katarzyna Byrka<br />
Antal Haans<br />
Jacqueline Frick<br />
Hannah Scheuthle<br />
Nina Roczen<br />
Adrian Brügger<br />
Karin Smolders<br />
Britta Oerke<br />
Terry Hartig<br />
Wes Schultz<br />
Mark Wilson<br />
Gary Evans<br />
Cees Midden<br />
Jaime Berenguer<br />
Anders Biel<br />
Heinz Gutscher<br />
Colleagues<br />
Acknowledgment<br />
Renate Cervinka<br />
Franz Bogner<br />
Gundula Hübner<br />
Carmen Tanner<br />
Urs Fuhrer<br />
Einar Strumse<br />
Victor Corral-<br />
Verdugo und einige mehr
Today's Presentation<br />
• Attitudes: Definition & Measurement<br />
– once: key concept to psychologically explain behavior<br />
– still: central in applied research - environmental psychology<br />
• Misconceptions w/in the Behavior-Explanation <strong>Paradigm</strong><br />
– #1: complex multifactorial behavior models<br />
…within a heterogeneous set of behavioral classes<br />
– #2: limited behavior relevance – even a gap<br />
– #3: moderated attitude-behavior relationship<br />
– #4: "evaluative inconsistency"<br />
• <strong>Campbell's</strong> <strong>Paradigm</strong>: Alternative Set of Axiomatic Beliefs<br />
– recollection of an atypical notion of what attitudes are<br />
– message: attitude & behavior - not two but one<br />
• Specifically: Environmental Attitude & Behavior
A Typical Response to the Campbell <strong>Paradigm</strong><br />
This [the Campbell paradigm] does not work, however<br />
If we treat attitudes as behaviors, we cannot address one of the central<br />
questions of attitude research, including environmental attitudes: What<br />
is the nature of the relationship, if any, between attitudes and behavior?<br />
To equate the two, causes this central question to evaporate… and<br />
repudiates decades of research tradition within the study of attitudes
(1)<br />
object/entity:<br />
(2)<br />
Definition & Measurement of Attitudes<br />
A PSYCHOLOGICAL TENDENCY that is expressed by evaluating<br />
a particular entity with some degree of favor or disfavor<br />
attitude<br />
behavior<br />
Alice Eagly & Shelly Chaiken (1993)<br />
verbal behavior<br />
verbal behavior<br />
verbal behavior<br />
"actual" behavior<br />
Evaluative statements e.g.:<br />
I would prefer, if no [...]<br />
came to live in my<br />
neighborhood.<br />
I felt somewhat anxious, if I<br />
danced with a [...] in public.<br />
STRENGTH OF AN ASSOCIATION<br />
between an evaluation and an object<br />
Russell Fazio (2008)
Behavior-Explanation<br />
<strong>Paradigm</strong>: Separation of…<br />
attitude<br />
attitude<br />
THEORY OF PLANNED BEHAVIOR<br />
Icek Ajzen (1991)<br />
HEALTH ACTION PROCESS APPROACH<br />
Ralf Schwarzer (2008)<br />
behavior<br />
behavior<br />
attitude 1<br />
attitude 2<br />
attitude 3<br />
attitude<br />
behavior<br />
THEORY OF TRYING<br />
Richard P. Bagozzi &<br />
Paul R. Warshaw (1990)<br />
behavior<br />
PROTOTYPE/WILLINGNESS MODEL<br />
Frederick X. Gibbons, Meg Gerard,<br />
Hart Blanton, & Daniel W. Russell (1998)
attitude<br />
THEORY OF PLANNED BEHAVIOR<br />
Icek Ajzen (1991)<br />
behavior<br />
Behavior-Explanation<br />
in Environmental Psychology<br />
attitude<br />
…often with rather limited explanatory 29% power<br />
attitude behavior<br />
VALUE-BELIEF-NORM THEORIE<br />
Paul Stern (2000)<br />
Multifactorial, more or less complex behavior models<br />
22 Studien<br />
29 unabhängige Stichproben<br />
175 < N < 8516<br />
META-THEORETICAL SYNTHESIS<br />
Sebastian Bamberg & Guido Möser (2007)<br />
behavior<br />
…even distinct for various pro-environmental behaviors
Explaining Pro-Environmental Behavior<br />
within the Theory of Planned Behavior<br />
CONSISTENCY<br />
ON THE SPECIFIC LEVEL<br />
N = 895; age: 46.4; 54.7% females<br />
WHAT CAN BE EXPECTED?<br />
Icek Ajzen & Martin Fishbein (2005)<br />
LITERAL CONSISTENCY - NO GAP<br />
CONSISTENCY<br />
ON THE GENERAL LEVEL<br />
.35<br />
.60<br />
.08 ns<br />
η 2 = 91%<br />
.94<br />
Kaiser & Gutscher (2003) Kaiser, Schultz, & Scheuthle (2007)<br />
-<br />
incompatible model<br />
η 2 = 88%<br />
N = 787; age: 46.2; 58.0% females
Psychology the Science of Behavior:<br />
All or Only Special Kinds of Behavior?<br />
Gluttony (psychological factor) CANNOT account<br />
for wearing hats (observable behavior),<br />
but for holding hams (intentional behavior)<br />
Mental concepts can only but be relevant for intentional behavior<br />
Werner Greve (2001)
Overt Behavior & Intentional Behavior<br />
"bike riding"<br />
Intentional, Goal-Directed Behavior<br />
competitive behavior<br />
health behavior<br />
pro-environmental behavior<br />
Observable, Overt Behavior<br />
aggressive behavior<br />
antisocial behavior<br />
deviant behavior<br />
hyperactive behavior<br />
transportation behavior<br />
consumption behavior<br />
Intention, personal Goal<br />
wining/participating in a competition<br />
reinforcing one's health<br />
protecting the environmental
The Technical Challenge:<br />
Axiomatic Link Between Intention and Behavior<br />
Ultimately, psychology cannot attain better<br />
than predicting intentions<br />
Psychological models, thus, must stop with intention<br />
?<br />
Werner Greve (2001)
The Technical Challenge:<br />
Axiomatic Link Between Intention and Behavior<br />
Ultimately, psychology cannot attain better<br />
than predicting intentions<br />
Psychological models, thus, must stop with intention<br />
Werner Greve (2001)<br />
…because we, in psychology, cannot measure intentional behavior<br />
w/o inquiring intentions
Measuring Intentional Behavior<br />
w/o Inquiring Intentions<br />
• Assumption: Pro-Environmental Intentions<br />
� …show directly in people's pro-environmental actions<br />
� …necessarily in multiple such behaviors<br />
owning solar panels<br />
active environmentalism<br />
commuting by bike<br />
refraining from car use<br />
no convenience food<br />
taking showers not baths<br />
recycling glass
• Assumption: Pro-Environmental Intentions<br />
� …show directly in people's pro-environmental actions<br />
� …necessarily in multiple such behaviors<br />
• The more Determined, the…<br />
� …more and the more difficult…<br />
Measuring Intentional Behavior<br />
w/o Inquiring Intentions<br />
difficult<br />
A<br />
B<br />
easy<br />
owning solar panels<br />
active environmentalism<br />
commuting by bike<br />
refraining from car use<br />
no convenience food<br />
taking showers not baths<br />
recycling glass
• Assumption: Pro-Environmental Intentions<br />
� …show directly in people's pro-environmental actions<br />
� …necessarily in multiple such behaviors<br />
• The more Determined, the…<br />
� …more and the more difficult…<br />
• Engagement in a Difficult Act,…<br />
� demands easier activities as well<br />
Measuring Intentional Behavior<br />
difficult<br />
easy<br />
X<br />
w/o Inquiring Intentions<br />
√<br />
owning solar panels<br />
commuting by bike<br />
recycling glass
• Assumption: Pro-Environmental Intentions<br />
� …show directly in people's pro-environmental actions<br />
� …necessarily in multiple such behaviors<br />
• The more Determined, the…<br />
� …more and the more difficult…<br />
• Engagement in a Difficult Act,…<br />
� demands easier activities as well<br />
• "Intentional Behavior"<br />
– a class of behaviors<br />
(not single acts)<br />
– transitively ordered class<br />
(if A>B and B>C then A>C)<br />
Measuring Intentional Behavior<br />
w/o Inquiring Intentions<br />
low high<br />
Intention<br />
difficult<br />
A<br />
B<br />
C<br />
easy
Predicting Intentional Pro-Environmental Behavior<br />
w/in the Theory of Planned Behavior<br />
.35<br />
.60<br />
.08 ns<br />
η 2 =91%<br />
-<br />
.94<br />
η 2 =88%<br />
• Good News for the Measure<br />
− intentions show in our behavior<br />
measure (GEB) …nearly perfectly<br />
− possible to measure "intentional<br />
behavior" w/o inquiring intentions<br />
• "General Ecological Behavior"<br />
…homogenous, ordered class<br />
− multiple successful model tests<br />
EJPA, PAID, JEP, JASP
Predicting Intentional Pro-Environmental Behavior<br />
w/in the Theory of Planned Behavior<br />
.35<br />
.60<br />
.08 ns<br />
η 2 =91%<br />
-<br />
.94<br />
A ≈ A<br />
behavioral<br />
intention<br />
≈<br />
η 2 =88%<br />
intentional<br />
behavior<br />
• Good News for the Measure<br />
− intentions show in our behavior<br />
measure (GEB) …nearly perfectly<br />
− possible to measure "intentional<br />
behavior" w/o inquiring intentions<br />
• "General Ecological Behavior"<br />
…homogenous, ordered class<br />
− multiple successful model tests<br />
EJPA, PAID, JEP, JASP<br />
• Bad News for Explanation<br />
− a trivial (i.e., a tautological)<br />
behavior explanation<br />
− intention = intentional behavior
Recollection of an Atypical Attitude Definition<br />
…and of Some Old but Fundamental Ideas<br />
An INFERRED PROPERTY… [that] is equated with the<br />
probability of recurrence of behavior forms of a given type or direction<br />
Attitude<br />
Behavioral Difficulty<br />
Melvin L. DeFleur & Frank R. Westie (1963)<br />
TRANSITIVE ORDER OF BEHAVIORS DEFINITION OF INCONSISTENCY<br />
Behavioral<br />
Class<br />
high low<br />
…attitudes need challenge to show<br />
difficult<br />
easy<br />
Donald T. Campbell (1963)
ln<br />
1<br />
pni<br />
- p<br />
ni<br />
=<br />
The Campbell <strong>Paradigm</strong><br />
Example: Environmental Attitude<br />
• Environmental Attitude is Equated w/ the Probabilities…<br />
…of the behaviors directed at environmental protection<br />
• Likelihood of Engaging in Pro-Environmental Behavior…<br />
…is an unmoderated function of one's environmental attitude<br />
…and of the specific behavioral difficulty (i.e., compound of all costs)<br />
• Behavioral Means to Realize a Personal Protection Goal<br />
• Relation Mathematically Captured w/ Rasch Model<br />
θ -<br />
n<br />
δ<br />
i<br />
p ni: probability of person n to engage<br />
in behavior i<br />
θ n: Person n's general attitude level<br />
δ i: costs of behavior i (its difficulty)
ln<br />
1<br />
pni<br />
- p<br />
ni<br />
=<br />
The Campbell <strong>Paradigm</strong><br />
Example: Environmental Attitude<br />
• Environmental Attitude is Equated w/ the Probabilities…<br />
…of the behaviors directed at environmental protection<br />
• Likelihood of Engaging in Pro-Environmental Behavior…<br />
…is an unmoderated function of one's environmental attitude<br />
…and of the specific behavioral difficulty (i.e., compound of all costs)<br />
• Behavioral Means to Realize a Personal Protection Goal<br />
• Relation Mathematically Captured w/ Rasch Model<br />
θ -<br />
n<br />
δ<br />
i<br />
p ni: probability of person n to engage<br />
in behavior i<br />
θ n: Person n's general attitude level<br />
δ i: costs of behavior i (its difficulty)
ln<br />
1<br />
pni<br />
- p<br />
ni<br />
=<br />
The Campbell <strong>Paradigm</strong><br />
Example: Environmental Attitude<br />
• Environmental Attitude is Equated w/ the Probabilities…<br />
…of the behaviors directed at environmental protection<br />
• Likelihood of Engaging in Pro-Environmental Behavior…<br />
…is an unmoderated function of one's environmental attitude<br />
…and of the specific behavioral difficulty (i.e., compound of all costs)<br />
• Behavioral Means to Realize a Personal Protection Goal<br />
• Relation Mathematically Captured w/ Rasch Model<br />
θ -<br />
n<br />
δ<br />
i<br />
p ni: probability of person n to engage<br />
in behavior i<br />
θ n: Person n's general attitude level<br />
δ i: costs of behavior i (its difficulty)
ln<br />
1<br />
pni<br />
- p<br />
ni<br />
=<br />
The Campbell <strong>Paradigm</strong><br />
Example: Environmental Attitude<br />
• Environmental Attitude is Equated w/ the Probabilities…<br />
…of the behaviors directed at environmental protection<br />
• Likelihood of Engaging in Pro-Environmental Behavior…<br />
…is an unmoderated function of one's environmental attitude<br />
…and of the specific behavioral difficulty (i.e., compound of all costs)<br />
• Behavioral Means to Realize a Personal Protection Goal<br />
• Relation Mathematically Captured w/ Rasch Model<br />
θ -<br />
n<br />
δ<br />
i<br />
p ni: probability of person n to engage<br />
in behavior i<br />
θ n: Person n's general attitude level<br />
δ i: costs of behavior i (its difficulty)
Implication: Unmoderated Efficacy of Attitudes<br />
p (behavior)<br />
behavior = (attitude + behavioral difficulty)<br />
attitude<br />
extremely positive<br />
positive<br />
negative<br />
extremely negative<br />
low behavioral difficulty high
attitude-behavior relationship<br />
0<br />
100<br />
90<br />
80<br />
Unmoderated Efficacy of Attitudes<br />
Depicted Differently…<br />
70<br />
60<br />
50<br />
r (attitude-behavior) = const.<br />
independent of the behavioral difficulty<br />
40<br />
30 20 10 0<br />
low behavioral difficulty high
attitude-behavior relationship<br />
Status-Quo Environmental Attitude Research:<br />
Moderated Efficacy of Attitudes<br />
0<br />
100<br />
optimal conditions hypothesis<br />
90<br />
80<br />
challenge hypothesis<br />
70<br />
60<br />
r (attitude-behavior | behavioral difficulty)<br />
low-cost hypothesis<br />
50<br />
40<br />
30 20 10 0<br />
low behavioral difficulty high
0<br />
100<br />
90<br />
80<br />
Schultz & Oskamp (1996)<br />
70<br />
Diekmann & Preisendörfer (1998)<br />
60<br />
Moderated Efficacy of Attitudes<br />
r (attitude-behavior | behavioral difficulty)<br />
Stern et al. (1995)<br />
50<br />
40<br />
30 20 10 0<br />
attitude-behavior relationship Status-Quo Environmental Attitude Research:<br />
low behavioral difficulty high
5 studies<br />
N = 3338; age: 46.5; 54.2% females<br />
attitude-behavior relationship<br />
.8<br />
.6<br />
.4<br />
.2<br />
The Empirical Test:<br />
41 Attitude-Behavior Pairs<br />
0<br />
100 90 80 70 60 50 40 30 20 10 0<br />
behavioral difficulty<br />
Kaiser & Schultz (2007)
attitude-behavior relationship<br />
.8<br />
.6<br />
.4<br />
.2<br />
attitude<br />
The Empirical Test:<br />
41 Attitude-Behavior Pairs<br />
behavior<br />
0.54<br />
0<br />
100 90 80 70 60 50 40 30 20 10 0<br />
behavioral difficulty<br />
p = .95 p = .05
Environmental Attitudes…<br />
Universally Effective Irrespective of the Behavior<br />
� Conclusions about the Attitude-Behavior Relationship?<br />
� Environmental Attitudes are Unconditionally<br />
(i.e., Universally) Behavior-Relevant<br />
…Irrespective of how Demanding a Behavior (Difficult)<br />
…as Implied by the Rasch Model<br />
ln<br />
1<br />
pni<br />
- p<br />
ni<br />
=<br />
θ -<br />
� …Which Leads to the Following Definition of Attitudes<br />
(within the Campbell <strong>Paradigm</strong>)…<br />
n<br />
δ<br />
i
p<br />
ni<br />
θ n = ln +<br />
1-<br />
pni<br />
Redefinition of Environmental Attitude<br />
(2)<br />
δ<br />
i<br />
(1)<br />
environmental attitude<br />
a specific difficulty-based transitive<br />
order of behaviors of a given class<br />
high<br />
A<br />
B<br />
low<br />
…recurrence probabilities of<br />
behaviors of a given class<br />
.12<br />
.23<br />
.59<br />
.67<br />
.86<br />
.94<br />
.99<br />
owning solar panels<br />
active environmentalism<br />
commuting by bike<br />
refraining from car use<br />
no convenience food<br />
taking showers not baths<br />
recycling glass<br />
.05<br />
.16<br />
.39<br />
.47<br />
.75<br />
.87<br />
.93<br />
the higher…, the more probable...
Implications of <strong>Campbell's</strong> <strong>Paradigm</strong><br />
• Axiomatic Attitude-Behavior Relationship<br />
� equating attitudes with behaviors (engagement probabilities)<br />
� mathematical formalization: Rasch model<br />
• Individual Attitude Simultaneously…<br />
…mental, latent, psychological entity (i.e., trait, propensity) and<br />
…material, objective reality as transitively ordered behavioral class<br />
� one not two categories (Gilbert Ryle, "Concept of Mind" 1949)<br />
…category mistake: mind does NOT inhabit and govern body<br />
• Understandable as Teleological Not Causal Relationship<br />
� as behavioral means to realize a personal protection goal<br />
…irrespective of whether one is aware of the goal or not<br />
• Non-trivial Consequence: "Evaluative Consistency"<br />
� general attitude's relevance for specific behavior<br />
� specific behavior's relevance for general attitude
EVALUATIVE INCONSISTENCY<br />
Russia-devotee<br />
RUS decoration<br />
Icek Ajzen & Martin Fishbein (2005)<br />
Evaluative Consistency - A Challenge<br />
for Behavior-Explanation <strong>Paradigm</strong><br />
Johnny Weir... The 21 year-old American figure skater [is] a great<br />
admirer of ... Russia ...; Weir is a Russia-devotee.<br />
At home in Newark, New Jersey, he owns a DVD about Russian culture<br />
and history. He learns Russian and during practice in Turin, Italy, he<br />
wears a sweater with the CCCP logo imprinted. His training's bag is<br />
tagged with a RUS sticker.<br />
(Gijs van Oosten (Eindhovens Dagblad, Feb. 17, 2006, p. 18); translation and<br />
emphases fgk)
EVALUATIVE INCONSISTENCY<br />
Russia-devotee<br />
RUS decoration<br />
Icek Ajzen & Martin Fishbein (2005)<br />
Causal Direction - Another Challenge<br />
for Behavior-Explanation <strong>Paradigm</strong><br />
Daryl J. Bem (1967)<br />
Self-Perception Theory<br />
Johnny Weir... The 21 year-old American figure skater [is] a great<br />
admirer of ... Russia ...; Weir is a Russia-devotee.<br />
At home in Newark, New Jersey, he owns a DVD about Russian culture<br />
and history. He learns Russian and during practice in Turin, Italy, he<br />
wears a sweater with the CCCP logo imprinted. His training's bag is<br />
tagged with a RUS sticker.<br />
(Gijs van Oosten (Eindhovens Dagblad, Feb. 17, 2006, p. 18); translation and<br />
emphases fgk)
General Attitude's Relevance<br />
for Specific Behavior<br />
low high<br />
n = 38 n = 29 n = 36 n = 28<br />
type of resource (points/energy)<br />
n = 131 / n = 502 / N = 1746;<br />
age: 54.9; 39.7% females<br />
general<br />
environmental attitude<br />
high<br />
low<br />
Kaiser, Byrka, & Hartig (2010)
n = 38 n = 29 n = 36 n = 28<br />
type of resource (points/energy)<br />
General Attitude's Relevance<br />
for Specific Behavior<br />
line of social justice<br />
general<br />
environmental attitude<br />
high<br />
low
n = 38 n = 29 n = 36 n = 28<br />
type of resource (points/energy)<br />
General Attitude's Relevance<br />
for Specific Behavior<br />
line of social justice<br />
general<br />
environmental attitude<br />
high<br />
low
general environmental attitude<br />
non-vegetarians<br />
n = 45 n = 50 n = 60 n = 67<br />
vegetarians<br />
Specific Behavior's Relevance<br />
for General Attitude<br />
N = 222; age: 39.3; 89.3% females<br />
general environmental attitude<br />
measured within<br />
<strong>Campbell's</strong> <strong>Paradigm</strong> (i.e., GEB)<br />
BASE RATE VEGETARIANS 4-7%<br />
general environmental attitude<br />
measured traditionally<br />
w/ evaluative statements (NEP)<br />
Kaiser, Byrka, & Hartig (2010)
Reviving <strong>Campbell's</strong> <strong>Paradigm</strong><br />
for Attitude Research<br />
• The Campbell <strong>Paradigm</strong>: Equating Attitude w/ Behavior<br />
� attitudes transitively ordered classes of behavior<br />
…real as recurrence probabilities of behavior of a given class<br />
� attitudes as behavioral means to realize a personal goal<br />
…latent as a teleological not a causal attitude-behavior link<br />
• <strong>Campbell's</strong> in Place of Behavior-Explanation <strong>Paradigm</strong><br />
…at least within environmental-attitude research possible<br />
� challenge to how many see the attitude-behavior relationship<br />
• Some Advantages of <strong>Paradigm</strong> Change<br />
� unconditional behavior relevance of attitudes<br />
� evaluative consistency (explicit link between general & specific)<br />
� simple, two-factorial behavioral models: B = f (Attitude, Situation)<br />
…practical use of models depends on their simplicity
It's not because things are difficult that we dare not venture.<br />
It's because we dare not venture that they are difficult.<br />
Questions?<br />
Paper is available upon request<br />
Lucius Annaeus Seneca<br />
Florian G. Kaiser<br />
Otto-von-Guericke University<br />
Institute of Psychology<br />
P.O. Box 4120<br />
D-39016 Magdeburg - Germany<br />
fon: +49 391 671 8470<br />
email: florian.kaiser@ovgu.de<br />
web: www.ipsy.ovgu.de/en/fgk.html