3. Five Factor Model Flashcards

1
Q

Five Factor Model (Paul T Costa Jnr & Robert R McCrae)

A

Questionnaire items

Neuroticism
▪ Anxiety, anger, depression, self-consciousness, impulsivity, vulnerability

Extraversion
▪ Warmth, gregariousness, assertiveness, activity, excitement seeking, positive emotions

Openness
▪ Fantasy, Aesthetics, feelings, actions, ideas, values

Agreeableness
▪ Trust, straightforwardness, altruism, compliance, modesty, tender-mindedness

Conscientiousness
▪ Competence, order, dutifulness, achievement striving, self-discipline, deliberation

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2
Q

Big 5 (Lewis R Goldberg)

A

Lexical approach

Emotional stability
▪ Calm, relaxed, stable, at ease, contented, unemotional, not envious

Extraversion
▪ Extraverted, energetic, talkative, bold, active, assertive, adventurous

Intellect
▪ Intelligent, analytical, reflective, curious, imaginative, creative,

Agreeableness
▪ Warm, kind, cooperative, unselfish, agreeable, trustful, generous

Conscientiousness
Organized, responsible, conscientious, practical, thorough, hardworking, thrifty

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3
Q

Structure differences

A

FFM has trait hierarchy: domain –> facet –> behaviour

Big 5 has no hierarchy not measuring behaviour Descriptive model

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4
Q

Measurement differences

A

FFM is measured via questionnaire items to reflect the causal role in behaviour at the facet levels
6 facets underlie each of the domains

Big 5 is measured via adjectives
how adjective relates to how they feel about themselves

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5
Q

Empirical basis differences

A

FFM: exploratory factor analysis —> go from lots of individual item responses to shared dimensions based on shared variance
Aims to see what traits are the same

Big 5: Lexical approach —> correlated traits are clustered in terms of how people respond to them

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6
Q

Causality differences

A

FFM: Traits cause behaviours
Bio model of personality

Big 5: No formal causal statement
Descriptive model of personality
Represent natural language

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7
Q

Origins differences

A

FFM: Biology
Traits are derived from biological process that have genetic basis and are stable over time and across cultures

Big 5: Natural language
Evolved a rich corpus of adjectives we use to describe our own and others behaviour.
Analysis provides a description of the main domain of personality

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8
Q

McCrae & Terracciano 2005

A

Cross cultural evidence of stability of FFM indicating each facet is a marker of the domain i.e anxiety is a marker of neuroticism but not any other FFM domains

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9
Q

FFM and Eysenck’s PEN model Costa & McCrae (1995)

A

Eysenck believes C and A is just a conflation of Eysenck’s P

Also questions if O is really part of FFM or part of the domain of intelligence

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10
Q

Behavioural Genetics - Loehlin et al (1998), Bouchard & McGue (2003)

A
  • Twin Studies used to estimate the degree of genetic and environmental influence on a trait
    • E = .57 (G) .00 (S) & .44 (N)
    • A = .51 (G) .00 (S) & .49 (N)
    • C = .52 (G) .00 (S) & .48 (N)
    • N = .58 (G) .00 (S) & .42 (N)
    • O = .56 (G) .00 (S) & .44 (N)
  • Where G = genetic, S = shared environment and N, non-shared environment
  • Even recent studies using more elaborate designs, have found effect of S small, if not zero (Hahn et al., 2012)
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11
Q

Genome-Wide Associations with the FFM - Terracciano et al (2010)

A
  • N (SNAP25 – rs362584)
    • Region linked to ADHD and psychiatric disorder
  • E (CHD13 & CHD23)
    • (Calcuim dependent adhesion genes) – 13 – Heart and 23 = neuro-sensory
  • O (CNTNAP2 – re10251794)
    • Linked to autism and complex schizophrenia phenotype
  • A (CLOCK– encode for circadian rhythms)
    • A is linked to morningness
  • C (DYRK1A0)
    • Linked to Alzheimers and Downs Syndrome
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12
Q

Structural MRI of the FFM - DeYoung et al (2010)

A

Trait
Associated Behaviour
Brain Region
Neuroticism
Sensitivity to Punishment
Amygdala, mPFC. Mid-cingulate
Extraversion
Sensitivity to Rewards
Amygdala, Orbito-frontal cortex
Agreeableness
Altruism and Cooperation
Superior temporal Sulcus
Openness
Working memory
Dorsolateral pre-frontal cortex
Conscientiousness
Impulse Control
Lateral pre-frontal cortex

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13
Q

Srivastava et al (2003)

A

Set like Plaster

Some differences in personality in genders and over the life course. Neurotics - high in women which decreases over time, constant and low in men

People in average stay in average - overall rank doesn’t change

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14
Q

The WEIRD problem (Gurven et al 2013)

A
  • Western, Educated, Industrialized, Rich, Democratic (WEIRD) (Henrich et al., 2010).
  • All cross-cultural FFM work on WEIRD sample
  • If it true Universal we should see the FFM in preliterate, hunter-gather tribes
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15
Q

The Tsimane

A
  • Gurven et al (2013) examined the FFM in the Tsimane are forager-horticulturalist in lowland Bolivia
  • Live in extended family clusters (villages of 30 to 500)
  • No evidence for the FFM
    • Reliabilities are low
    • No stable factor structure
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16
Q

Temporal stability?

A
  • Deary (1996)
    • Re-analysed data from 1915 pre-Big 5 (no selection bias)
    • Is the Big Five observed similarly over time

Agreeableness does not come out as consistent as the rest

17
Q

Block (1995)

A

problems with using factor analysis to determine personality
- Adjectives selected to fit the model
* You get out of a factor analysis what you put in. If you select items or adjectives to reflect the five factors that is what you’ll see

  • Items not loading onto factor do not equal unimportant.
18
Q

Eysenck (1992)

A

some factors (A & C in particular) better seen as facets of N and P.

Lack of biological mechanism behind Big Five