Gender Flashcards
introduction
-Biological sex is not necessarily to their gender
-Gender identity is acquired through apperance/behaviour
-overtime views on the fluidity of gender have become more accepting e.g gender dysphoria is no longer considered a disorder -gender construction through society
sex vs gender
Psychologists refer to sex and gender as 2 distinct, separate concepts
Sex is innate and the result of nature (biologically determined) whilst gender is learned through nurture (environmentally determined)
-Gender is a social construct rather than biological fact.
gender dysphoria
Gender dysphoria –> biological sex doesn’t match the way they feel inside. May choose to have gender reassignment surgery to bring their sexual identity in line with their gender identity
sex
Sex –> the biological differences between males and females including chromosomes, hormones and anatomy
gender
Gender –> the psychological and cultural differences between males and females including attitudes, behaviours and social roles. The persons psychosocial status.
masculine vs feminine
Masculine –> having qualities or an appearance traditionally associated with men or boys
Feminine –> having qualities or an appearance traditionally associated with women or girlsa
androgynous
Androgynous –> partially male and partially female (balance) Andro = men Gyny = female
approaches assumptions
Biological assumptions –> all behaviour is driven from our genes/biological factors
Psychodynamic assumptions –> all behaviour is driven from our unconscious mind and experiences we have in our childhood
Behaviourist approach –> -gender construction through society
sex-role stereotypes
Sex role stereotypes –> a set of beliefs and preconceived ideas about what is expected or appropriate for males and females in a given society
e.g men = strong/athletic etc
Women = maternal/long hair etc
-expectations are transmitted throughout society and are reinforced by peers, media etc
-may lead to sexist assumptions being formed
-Smith and Lloyd = support social learning theory of gender
scientific support for sex-role seterotypes
-Madhura Iglauer et al (2014) –> scanned the brain of 949 young men and women –> MRI to map connections between different parts of the brain
-Womens brain = far better connections between left and right sides of the brain while male brains display more intense activity especially the cerebellum which controls motor skills as the female brain is more narrowed to cope with several tasks at once
Case study (Batista boys) –> McGinley et al–> studied a unique family who lived in the Dominican republic –> 4 girls who changes into males –> each of children’s vaginas turned into testicles when turned over. They contained male chromosomes (XY) but their genetalia was female.
Germany = first European country to introduce a third gender category (X) on birth certificates
androgyny definitions
-Definition in everyday language –> the appearance of someone who cannot be clearly defined as male or female
-Definition in psychology –> displaying a balance of masculine and feminine characteristics in ones personality
Bem sex role inventory (1974) -> measuring androgyny
-The first systematic attempt to measure androgyny using a rating scale of 60 traits (20 masculine, 20 feminine and 20 neutral) to produce scores across 2 dimensions (masculinity-femininety and androynous-undifferenitated) –> questionnarire + self report
-high androgyny = associated with psychological well-being –> better equipped to adapt to a range of situations
-Respondents are required to rate themseleves on a seven-point rating scale for each item 1= never true, 7 = always true. Scores are then classified on the basis of the 2 dimensions
High masculine + low feminine = masculine
High feminine + low masculine = feminine
Low mas + low fem = undifferentiated
High masc + high fem = androgynous
e.g masculine behaviours = dominant/forceful
Feminine behaviours = affectionate / warm
Neutral behaviours = jealous/friendly
strengths of research into androgyny
-Scale/questionnaire appears valid and reliable –> asked 50 male and 50 females to rate 200 traits in terms of how desirable they were for men and women. The highest scorers became part of the BSRI. This was then piloted with 1000 ppts and the results corresponded with the ppts own description of gender identity. Follow up study involved fewer ppts which revealed similar results suggesting test-retest reliability.
-Association between androgyny and psychological wellbeing –> Bem placed great emphasis on the fact that androgynous individuals are more psychologically healthy as they are more flexible + adaptable. However, this has been challenged (Adams and Sherer) argued that those who express more masculine traits are better adjusted –> may not have taken adequate account for social and cultural factors
limitations of research into androgyny
-Oversimplifies a complex concept –> Suggested that gender identity is too complex to be reduced to a single score. E.g PAQ replaces Bem with one that measures expression and instrumentality. Golombok and Fivush claimed that gender identity is much more a global concept than suggested by Bem’s scale. Broader issues should be considered e.g identity/personality
–Association between androgyny and psychological wellbeing –> Bem placed great emphasis on the fact that androgynous individuals are more psychologically healthy as they are more flexible + adaptable. However, this has been challenged (Adams and Sherer) argued that those who express more masculine traits are better adjusted –> may not have taken adequate account for social and cultural factors
-Cultural and historical bias –> Questionnaire lacks temporal validity = made of stereotypical categories of masculinity and feminity which may now be outdated.
-Questionnaire = social desirability bias + lacks qualittative data
male development
-SRY gene produces a protein (testes determining factor)
-TDF influences the development of gonads which become testes
-testes produce testosterone
-testosterone triggers the development of external male organs
-First 6-8 weeks = no gender
male vs female hormones
Male hormones = androgens e.g testosterone
Female hormones = oestrogen + typically produce more oxytocin than men
chromosomes
-Chromosomes = determines biological sex = found in nucleus of living cells carrying information in the form of genes (23 pairs) Chromosomes are small sections of DNA, containing genes which code for proteins and hormones.
hormones
Hormones are released prenatally and in adolescence when we are exposed to a surge of hormones during puberty. –> chemical substance circulated in blood that controls + regulates activity
case study (CAH)
Case study –> CAH (high prenatal levels of testosterone) –> Bailey 2003 found females with CAH are described by their family as tomboys and exhibit higher levels of aggression (powerful influence of male-sex hormones)t
testosterone (Research and description)
-females = 10% the amount of testosterone found in men
-steroid hormone
-from androgen group -> mainly produced in testes at around 8 weeks of fetal development
-much research has focused on the behavioural effects of testosterone, mostly in terms of aggression
-influence of increased testosterone on aggressive behaviour
-Nanne Van De poll et al (1988) showed that female rats who had been injected with testosterone became more physically and sexually aggressive
oestrogen (Research and description)
–steroid hormone
-determines female sexual characteristics and menstruation
-alongside physical changes, oestrogen causes women to experience heightened emotionality and irritability
-PMS and PMT
-in extreme cases PMS has been used successfully as a defence in cases of shoplifting and even murder. However some researchers still dispute the existence of PMS
oxytocin research and description
polypeptide hormone usually as the result of giving birth
-produced outside and inside the brain
-neurotransmitter
-“love hormone”
-stimulates lactation making it possible for mothers to breastfeed their children
-also reduces stress hormone cortisol
fuelled the stereotype that men are less emotional in intimacy since they produce less oxytocin
-evidence suggests that both sexes produce oxytocin in roughly equal amounts during intimate activity
women vs male chromosome
XX = women
XY = male
SRY = sex determining gene
case study = determinist
Case study (deterministic view) –> Caster Semenya = hermaphrodite (women + man) –> question if she should be stripped in gold olympic medal. This research lacks temporal validity but shows furthering of scientific research + gender studies
male brain sex differences
After 6 years old:
-hypothalamus is larger
-language tasks
-men use only left hemisphere
-superior for visuo-spatial skills
-supermale syndrome = XYY
women brain sex differences
After 6 years old
-hypothalamus is smaller
-both sides of the brain used in language tasks
-some women have Y chromosome but are otherwise biologically women
-superior for verbal skills
role of chromosomes in developmental stages
-Embryo is concieved –> zygote –> at 6 weeks gonads develop –> SRY gene –> Gonads produce hormones –> testosterone and oestrogen –> hormones affect pre-natal brain development –> hormones affect behaviour after birth
strengths of roles of chromosmes and hormones
-Evidence to support role of chromosomes and hormones –> James Dabbs et al (1995) found that in a prison population, offenders with the highest levels of testoesterone were more likely to have comitted violent crimes. Stephanie et al –> studied transgender individuals who where undergoing hormone treatment and being injected with hormones of the opposite sex. Transgender women = decrease in visuo-spatial skills
limitations of roles of chrosomones and hormones
-Contradictory evidence –> double blind study by Ray Tricker et al –> 43 males were either given placebo or testosterone. No significant dfiferences were found between 10 week period of the 2 groups. –> limit extent to which meaningful generalisations can be made
-objections to pre-menstural syndrome –> questioned the extent to which it can become a medical category. Rodin 1992 = PMS is a social construction
-overemphasis on nature –> importance of social learning theory
Klinefelters syndrome
-affects 1/500 and 1/1000 men
-XXY = 1 more chromosome (total 47)
-Any sex chromosome that deviates from usual XY/XX formation –> tend to be associated with distinct patterns pf physical and psychological symptoms
-individuals who are affected by this are biologically male with an anatomical appearance of male
Physical –> breast tissue, reduced body hair
Psychological –> poor language, reading etc
Treatments –> testosterone supplements + speech and language therapy (SaLT)
Turner syndrome
-affects 1/5000 biologically female
-loss of 1 chromosome (XO) –> total 45 chromosomes
-physical –> webbed neck, no periods, shorter, undeveloped breasts
-psychological –> socially immature + higher than average reading ability
-Treatments = hormone treatment
Atypical = sex chromosome pattern which deviates from usual XY/XX chromosome formation
strenghts of atypical chromosomes
-contribute to nature vs nurture debate –> understanding of atypical sex chromosomes = See the psychological and behavioural differences between the 2 groups.
-practical application –> lead to more accurate diagnosis = increase awareness –>establish if behaviours are genetic or not
limitations of atypical chromosomes
-However, there are environmental explanations –> not causal relationships –> environmental and social influences may be important in chromosomal abnormalites. Treated immaturely from others
-potential issues with generalisability
two cognitive approaches to gender development
-Kohlbergs theory
-gender schema theory
cognitive basis to gender development
-The basis behind the cognitive approach to gender considers our thought processes and cognitions. A child’s understanding of gender becomes increasingly sophisticated with age as their thinking becomes more sophisticated. Children being with a simple understanding of gender which gradually becomes more mature over complex stages.
3 stages of gender development (kholberg)
gender identity
gender stability
gender constancy
gender identitiy
1) Gender identity –> Ages 2-3.5 years –> Not aware that sex is permanent. Label gender but only based on appearance. Understanding tends not the stretch much beyond simple labelling e.g a man wearing a skirt is female
gender stability
2) Gender stability –> Ages 3.5-4.5 –> Gender is not consistent overtime but not across situations. Appearance is still a factor. Identifies that people can change sex if they engage in activities that are more associated with the opposite gender. E.g a female builder or if a man has long hair it’s a women
gender constancy
3) Gender constancy –> Age 6 years –> Gender is constant across time and situations. Gender appropriate behaviour and identify their own gender. No longer fooled by changes in outward appereance. E.g a man is still a man despite wearing a dress
attention
It is only when children understand gender constancy he/she will become highly motivated to behave in a way that is expected of them as boy or girl (up until this stage, such information is not really relevant as the child believes their gender may change).
-Children pay attention and show systemic gender role behaviours only after they fully understand that gender is for lif
the ken study
-got children ages 2-6 to look at a male ken doll and ken doll with a skirt on
-those at younger ages though the ken doll become a women when it wore a skirt
-ages 6 believed that the ken doll was still a man despite its outward appearance
imitation of role models
-gender constancy is also significant in that children of this age being to seek out gender-appropriate roles to identity with and imitate (social learning theory). The child has fully developed and internalised concept of gender at constancy age.
supporting research to Kholbergs’ theory
-Evidence for gender labelling comes from Thompson who showed that gender identification was more accurate in 3 years (90%) than 2 years old (76%) –> suggesting our cognitive skills mature
-Slaby and Frey asked young children “when you grow up wil you be more like mummy or daddy” –> children did not recognise these traits were stable overtime until they were 3 or 4
-McConaghy’s study showed children in Kohlbergs gender stability stage determined by the gender of the dolls by their clothing rather than genitalia
– Piaget conducted a set of stages in which children appear to develop through cognitively.
- at around 6/7, children are described as ‘egocentric’ and assume everyone sees the world the way they do.
- when they ‘decentre’, children begin to accept that their views may be different to others.
- they also develop ‘conservation’ when they realise so one or something can remain the same even if
their outward appearance changes.