gender Flashcards
sex
- biological status
- determined by different chromosomes
- chromosomes influence hormonal + anatomical differences that distinguish males + females
- e.g. reproductive organs, hair growth
gender
- psychosocial status
- reflects all attitudes, behaviours + roles associated w being male/female
- heavily influenced by social norms
GID
gender identity disorder
gender dyphoria
- where sex + gender don’t correspond
- leads to gender reassignment surgery
sex-role stereotypes
- set of shared social expectations regarding how men + women should behave
- some have a basis in reality
- many are incorrect assumptions + can lead to sexist + damaging attitudes
androgyny
- displaying balance of masculine + feminine characteristics in personality
- high androgyny associated w/ psychological well being
- better equipped to adapt to range of situations
- has to be a balance
- bem - developed method to measure androgyny
BSRI
bem sex role inventory
- 1st systematic attempt to measure androgyny w/ rating scale which presented:
- 20 male - e.g. aggressive, assetive
- 20 female - e.g. gentle, affectionate
- 20 neutral characteristics - e.g. friendly, helpful
- respondents required to rate themselves on 7 point rating scale
- 1 = never true of me and 7 = always true of me
- scores then classified into 1 of 4 categories:
- masculine, feminine, androgynous, undifferentiated
androgyny & bsri
AO3
✔ high validity
- was developed by asking 50 male + 50 female judges to rate 200 traits based on how desirable they were for men + women
- 20 highest scoring traits in each category were used in the scale
- BSRI was then piloted w over 1000 students + results broadly corresponded w ppts’ own description of their gender identity
- suggests high validity
✔ high reliability
- follow-up study w smaller sample of same students revealed similar results when tested a month later
- suggests high test-retest reliability
✘ lacks temporal validity
- was developed over 40 years ago
- ‘acceptable’ + ‘typical’ behaviours have changed since then
- includes many stereotypical ideas regarding gender that are outdated + lack temporal validity
- not likely to be useful in today’s society
✘ cultural bias
- scale was devised using all american judges
- notions of masculinity + femininity won’t be the same in all cultures
- can’t generalise to everyone
- lacks external validity
role of chromosomes
- 23rd pair determines biological sex
- Y chroms carries SRY gene - causes testes to develop androgens to be produced in male embryos
role of hormones
- chemical substances that control + regulate activity of cells + organs
- control development of reproductive organs + at puberty, trigger development of secondary sexual characteristics - e.g. pubic hair
testosterone
- produced in testes + small amounts in ovaries
- control development of male sex organs + linked to aggression
oestrogen
- controls female sexual characteristics + menstruation + causes some women to experience PMS
oxytocin
- produced in larger amounts in women than men
- stimulates lactation, post-birth
- reduces stress hormone cortisol
- and facilitates bonding
role of chromosomes & hormones
AO3
✔ research support for role of chromosomes
- case study of David Reimer who was born as a male but raised as a female, following an accident in surgery
- final outcome - reverted back to being a male
- suggests that biological influences are more important than socialisation
✔ research support for role of hormones
- animal study where when female rats were injected w testosterone they became more physically + sexually aggressive
- additional study w prisoners found that offenders w highest testosterone levels were more likely to have committed violent or sexually-motivated crimes
- van Goozen et al found that trans women (M to F) undergoing oestrogen treatment, showed decreases in aggression + vice versa
- HOWEVER, these studies often involve small samples of unusual people or are conducted on animals
- limits generalisation
✘ counter-evidence
- Tricker et al conducted a study where a group of male ppts were either given weekly testosterone or a placebo
- found no significant difference after 10 weeks
atypical sex chromosome patterns
any sex chromosome pattern that deviates from usual XX XY formation - associated w pattern of physical + psychological symptoms
KLINEFELTER’S
- XXY (additional chromosome)
- affects males
- physical: tall, underdeveloped genitals, reduced body hair, breast development
- psychological: passive, shy, poor language development + reading ability
TURNER’S
- XO (absence of an X chromosome)
- affects females
- physical: no menstrual cycle (ovaries fail to develop) so infertile, small stature, webbed neck, broad chest + no developing breasts
- psychological: higher than average reading ability, poor maths skills, poor spatial + visual memory, socially immature
atypical sex chromosome patterns
AO3
✔ contribution to nature-nurture debate
- comparing chromosome typical + atypical individuals highlights psychological + behavioural differences so psychologists can establish which behaviours are genetic
HOWEVER, it’s difficult to establish cause + effect
- as some behaviours of atypical individuals may not be due to chromosomal patterns but due to how they are treated because of their physical differences
- suggests environmental + social factors may be the cause of behavioural differences
✔ practical application
- increased understanding of ASCPs have been beneficial in leading to earlier + more accurate diagnoses of these syndromes
- an australian study showed that those diagnosed + treated in childhood had significant benefits compared to those streated in adulthood
cognitive explanation
KOHLBERG’S THEORY
proposes idea that child’s understanding of gender becomes more sophisticated w age
- GENDER IDENTITY (2-3 years)
- can identify their own sex + others’
- no sense of permanency of gender
- GENDER STABILITY (3-4 years)
- understand that their own sex remains same across time, but can’t apply this to others
- don’t understand that sex remains same across situations - confused by external changes in appearance
- GENDER CONSTANCY (4-7 years)
- understand that gender is constant for everyone
- begin to seek out gender-appropriate role models
kohlberg’s theory
AO3
✔ research support
- Frey et al presented a group of children w split-screen images of males + females performing the same tasks
- found that younger children spent the same amount of time looking at both genders
- whilst children in gender constancy stage spent more time looking at same-sex models
- supports Kohlberg’s idea that at gender constancy, children begin to seek out gender-appropriate role models
✘ contradictory evidence
- HOWEVER, Martin & Little found that children under age of 4 who had not reached gender stability or constancy, still demonstrated gender-appropriate behaviour + attitudes
- reported ‘feeling good’ when playing w gender-appropriate toys and ‘bad’ when doing opposite
- contradicts Kohlberg’s idea that this only occurs after gender contancy
- supports GST
✔ high ecological validity
- Munroe et al, found cross-cultural evidence of Kohlberg’s theory in countries such as Kenya, Samoa + Nepal
- suggests that the stages are universal
- this supports a biological basis of gender understanding + so is compatible w the biological approach
✘ methodological issues
- Kohlberg’s theory developed using interviews w children as young as 2
- children may have lacked vocab required to express their understanding
- may have complex ideas about gender but can’t articulate these
- there4 may not truly represent their understanding of gender
- lacks internal validity
cognitive explanation
GENDER SCHEMA THEORY
- proposed by Martin & Halverson
- childrens’ understanding of gender increases w age
- suggests understanding is acquired actively, by structuring their own learning
- as opposed to passively, as the SLT would suggest
gender schema:
- set of beliefs + expectations related to gender, derived from experience
- develop once child has established gender identity
- begin to search for information to develop their schema
- opposes Kohlberg’s suggestion that this occurs after gender constancy
- schemas are formed around stereotypes
- e.g. girls play w dolls + boys play w trucks
- by age 6, children acquire a fixed + stereotypical idea about gender appropriate behaviour
ingroups + outgroups
- idea that children pay more attention to + have a better understanding of schema appropriate to their own gender (ingroups) than those of the opposite sex (outgroups)
- by age 8, develop schemas for both genders