Lecture 5: Cognitive Development 2 Flashcards

1
Q

habituation

A

children stop responding to a stimulus when they are already familiar with it and are bored by it

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2
Q

searching for objects

A

A-not-B tasks

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3
Q

imitation

A

researchers can map the memory of young children by looking at whether or not they can imitate actions from an example
- children from the age of 6 months show delayed imitation

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4
Q

why is it that the older a child gets, the faster the child learns and the longer the child remembers the information

A
  • changes in basic capabilities
  • changes in memory strategies
  • improved knowledge of memory
  • improved knowledge of the world
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5
Q

changes in basic capabilities

A

older children have better ‘hardware’
- neural connections provide better working memory
- better encoding/interpretation of information
- mental processes involved in working memory work better through myelination

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6
Q

changes in memory strategies

A

older children have better ‘software’
- effective methods for storing and retrieving infromation
- have learned to use effective ways to place information in long-term memory

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7
Q

perseverance mistakes

A

young children use the same strategy for everyting, if it has ever been successful

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8
Q

repetition

A

used by children aged 7-10+ to remember something

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9
Q

organization

A

clustering items into groups so they fit together in order to remember easier

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10
Q

division

A

dividing things into smaller sections in order to remember them (e.g. phone number)

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11
Q

mediation deficit

A

children cannot spontaneously use a memory strategy
- they cannot understand the concept of a strategy

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12
Q

production deficit

A

when children use strategies that they have learned but are unable to spontaneously come up with their own strategies

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13
Q

use deficit

A

children use the strategy adequately, but this does not yet lead to better outcomes in the task

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14
Q

improved knoweldge of memory

A

older children know more about memory

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15
Q

meta-memory

A

refers to knowledge about memory and how to monitor and regulate memory processes
- you know what you are not good at and what you can do better

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16
Q

metacognition

A

refers to knowledge about the human mind and cognitive processes
- you understand that you are better at languages than at maths and that you cannot study when there is background noise

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17
Q

improved knowledge of the world

A

older children know more about the world in general
- the new knowledge they acquire is more familiar, which makes it easier to remember

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18
Q

knowledge base

A

the knowledge about a specific item to be learned, which influences learning and memory

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19
Q

autobiographical memories

A

memories of personal experiences or events
- necessary for future experiences and understanding of who we are

20
Q

childhood amnesia

A

being unable to recall memories from infancy or very early childhood

21
Q

what causes childhood amnesia

A
  • working memory space
  • lack of language
  • degree of sociocultural support
  • sense of self
  • word vs essence storage
  • neurogenesis
22
Q

working memory space

A

babies and young children may not have enough working memory space to remember multiple memories
- not sufficient explanation as toddlers and preschoolers can remember events

23
Q

lack of language

A

autobiographical memory is based on language skills, which may reduce the amount of memories stored

24
Q

degree of sociocultural support

A

there are large differences in child-parent talk about past events
- when children often talk about memories with their parents, their autobiographical memory is better in later life
- may be due to repetition

25
sense of self
babies and toddlers do not yet have a strong sense of the 'self', which makes it difficult to form personal memories
26
word vs essence storage
researchers have tried to explain childhood amnesia in terms of the vague trace theory - children store verbal and general parts of a memory differently - verbal information is unstable and likely to be forgotten over time - it is easier to remember the gist of an event rather than the details
27
neurogenesis
the birth of new cells can 'refresh' our memory - new cells and new memories can replace old cells and old memories
28
scripts and general representations
when children perform daily routines, scripts and general representations are created to demonstrate how to perform a certain routine - when asked about a memory, they describe the script rather than the event
29
adolescent memory
adolescents make better use of strategies, process information faster, and improved meta-memory and metacognition
30
adult memory
adults function best cognitively when they have expertise in that field
31
what factors influence autobiographical memory
- personal significance - distinctive or unique - affect or emotional intensity - life stage
32
personal significance
researchers thought that when an event is of greater importance, you remember it better - however, research shows that this is not true, over time the event may become less important
33
distinctive or unique
the more unique an event is, the better you remember it - an everyday event is not remembered in detail, but rather made into a general memory
34
affect or emotional intensity
events that are associated with a strong positive or negative emotion are better remembered than events with neutral emotions
35
life stage
people remember more information about their teens and twenties than other ages - this 'memory bump' may be because memories from adolescence are more accesible because they are unique (leaving home, school, romantic relationship, starting a family)
36
memory as we age
older adults have more difficulty in retrieving memories - have information stored but cannot retrieve it without the help of hints
37
executive functions
all functions of the frontal lobe (prefrontal cortex) related to self-control - higher-level cognitive functions - examples: rehearsal, inhibition, planning, mental flexibility, working memory, short-term memory
38
long-term memory - explicity (declarative)
medial temporal lobe, diencephalon - semantic memory (facts) - episodic memory (events)
39
long-term memory - implicit (non-declarative)
- procedural (skills and procedures) -> striatum - priming and perceptual learning -> neocortex - simple classical conditioning -> amygdala, cerebellum - non-associative learning -> reflex pathways
40
procedural memory
automatic/unconscious memory (often motor memory) - implicit memory develops earlier in childhood than explicit memory
41
semantic memory
knowledge of facts, concepts, word meanings - growth during childhood is a function of information exposure - semantic memory is maintained over time - persist for a long time, however older adults have difficulty with retrieving knowledge
42
episodic memory
remembering events/details from the past - development of episodic memory starts with the development of the hippocampus during the first 6 months - remains fairly stable, however as a person ages it declines steadily
43
cognitive functioning in old age
there is higher functioning if routines and habits are used, there are supporting external cues, there is access to previous knowledge, and there is clear structure - problems can arise when there are new situations, time pressure, or when someone is tired or distracted
44
possibility to minimize or delay decline in middle age by protective means
adaptive lifestyle, modifiable psychosocial and behavioral factors and interventions can reduce the risk of deterioration and disease
45
risk factors
smoking, poor diet, obesity, loneliness
46
protective factors
engaged lifestyle, exercise, social support, positive beliefs, sense of control
47
telomeres
biological markers of cellular ageing and shorten as individual ages - combination of adaptive behavioral factors can influence the biological course of aging