Unit 1: Goals, Theories and Methods Flashcards

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1
Q

describing development

A

A first goal of developmental psychology is to understand developmental changes across childhood, the nature of these changes (e.g., abrupt vs. slow), and variation in skills in children
E.g., What do infants look like. When do they start talking/walking. How do peer relationships look like to infants/children/adolescents.

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2
Q

quantitative change

A

gradual changes in the amount, frequency, or degree of behaviour
ex: fish gradually grow into their adult size

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3
Q

qualitative changes

A

a progression through a sequence of distinct changes in thoughts and actions

ex: frogs start as tadpoles then distinctly develop into frogs

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4
Q

developmental onset

A

the approximate age when skills emerge

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5
Q

rate of change

A

the course of change over time.
ex: some children show fast growth in the number of words in their vocabularies, whereas other children show solwer development

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6
Q

the form of skills

A

What do behaviors look like in children with diverse experiences?
E.g., In terms of counting, although people assume this skill to be universal, the Pirahã people appear to lack number concepts. Children from this culture never develop number concepts beyond small quantities.

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7
Q

developmental stability

A

can we predict future development based on present development

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8
Q

stability

A

whether children who are relatively low or high on a certain characteristic or behaviour at a particular point in time are also relatively low or high at other times

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9
Q

plasticity

A

the impressive capacity of humans to adapt to changing environments and experiences

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10
Q

Explaining Development

A

to identify factors that contribute to developmental change in children as a group and to individual differences

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11
Q

nature

A

a child’s biological endowment, or the genes inherited from parents

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12
Q

nurture

A

the range of environmental contexts and experiences that influence development

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13
Q

cascades

A

the idea that change of one kind can have positive or negative cascading effects, setting other kinds of changes in motion, both immediately and at later ages
E.g., children who have delays in verbal communication can struggle with emotional regulation as they can’t communicate their needs

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14
Q

cascades within time

A

Concurrent influences that occur across different domains and/or between the developing child and the child’s environment and experiences
Example: language skills emotional regulation
Example: infant’s temperament parental sensitivity

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15
Q

cascades over tine

A

Changes at one period in development result in changes at a later period in the same or a different domain
Example: Children who experience low-quality parenting early may experience academic problems later, as well as limits to future educational choices

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16
Q

applying developmental science

A

Developmental science has social and practical implications: Findings have implications for prevention and intervention programs, educational curricula, parenting supports, and local and national investments.

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17
Q

hypothesis driven research

A

Developmental researchers begin with a question involving a specific idea about what they expect to find

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18
Q

hypothesis

A

an assumption or proposed explanation

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19
Q

the scientific method

A
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20
Q

discovery based science

A

Science based on discovering and understanding what children do and what development looks like without presuppositions
E.g., Piaget’s constructivist theory of development by closely observing his own children and Bowlby’s theory of attachment by observing infant behavior when their parents leave

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21
Q

sample

A

participants in a study

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22
Q

generalizability

A

how do research findings from one sample extend to a population at large
The larger the sample, the greater the chance that findings are generalizable

23
Q

convenience sampling

A

Recruiting participants in a study based on how easy it is to get them (e.g., students in a professor’s class)
Samples of convenience may bias findings and may differ significantly from the larger population

24
Q

WEIRD

A

western
educated
industrialized
rich
demographic

25
Q

why is using a WEIRD population a problem

A

Increasing evidence that numerous findings in development, even ones presumed to be “universal” are, in fact, tied to specific cultural contexts (WEIRD populations)
Our understanding of human development is limited

26
Q

research method

A

interviews, written surveys, observations, and physiological assessments

27
Q

examples of Interviews

A

ex: structured interview and unstructured

28
Q

benefits of interviews

A

benefits: yields data from the perspectives of participants on their behaviour, feelings, thoughts, beliefs and so on.
allow researchers to gather information on infrequent behaviours or events that are unlikely to be observed in a single study session

29
Q

drawbacks of interviews

A

participant bias in their reporting
prone to social desirability or answering in ways that they assume researchers expect. Participants may only disclose certain info to hide negative behaviour or feelings

30
Q

written surveys example

A

paper, online

31
Q

written surveys benefits

A

participants can respond without speaking directly to a researcher, which may minimize social desirability effects

32
Q

drawbacks of surveys

A

literacy demands may be a concern, which makes surveys inappropriate for young children and individuals with low education

33
Q

examples of observation study

A

naturalistic observation, structured observation, direct assessment

34
Q

benefits of observational study

A

allows for direct observation or assess behaviours of interest

35
Q

drawbacks of observational study

A

costly time-wise
may require later coding of behaviour from vide recordings.

participant behaviour may be affected by a researcher’s presence

36
Q

physiological assessments examples

A

brain activation, heart rate, blood pressure, eye movements, measurement of hormones

37
Q

physiological assessments benefits

A

can assess how participants react and respond to stimuli and different situations physiologically, offering a unique lens into the unobservable aspects of learning and development

38
Q

physiological assessment drawbacks

A

costly in technology and training. Some methods cannot be used with young children. behavioural measures may be needed to interpret the meaning of physiological data. Factors that may cause loss of data and messiness of data

39
Q

study design

A

A specific plan for conducting a study that allows the researcher to test a study’s hypotheses

40
Q

correlational studies and example

A

Studies: Test associations between two or more variables with no manipulation of variables
Example: Finding a relationship between number of hours playing violent video games and children’s aggressive behaviors

41
Q

confounding variable

A

A third variable that may relate to both dependent and independent variables
Problem: does not infer any causal effect - “correlation is not causation

42
Q

expirements

A

A research method testing a hypothesis about a cause-and-effect relationship between two or more variables

43
Q

independent variable

A

the one that is manipulated

44
Q

dependent variable

A

the one that is measured

45
Q

quasi-experiment

A

takes advantage of a natural situation and studies

46
Q

longitudinal study

A

follows the same group of participants over time

47
Q

cross-sectional study

A

tests different groups of participants at different ages

48
Q

cohort-sequential study

A

tests different groups of participants but then follows them across time (longitudinal and cross-sectional)

49
Q

interobserver reliability

A

the extent to which different observers reach the same results or conclusion

50
Q

test-retest reliability

A

a participant receives the same of similar score when tested at different times and under similar conditions

51
Q

face validity

A

the purpose of the measure is clear to people who look over it

52
Q

concurrent validity

A

reflects the degree to which a measure corresponds to another measure that tests the same phenomenon at the same point in time

53
Q

predictive validity

A

Reflects the degree to which a measure predicts a criterion to be measured at a future point in time