Infants are shown 2 images simultaneously to see if the infants prefer one over the other.
This technique is a method for studying visual attention in infants.
Perceiving disparate elements moving together as one,.
it has to be learned and infants only learn to around 2 months of age.
Fixed patterns of action that occur in response to particular stimulation.
Examples are rooting, sucking and swallowing, tonic neck, startle, grasping, and stepping.
These are not fully automatic as some occur when an infant is feeling something (ex. rooting is more likely when an infant is hungry).
Some neo-natal reflexes disappear, but some - coughing, sneezing, blinking, and withdrawing from pain - remain throughout life.
prone, lifts head
prone, chest up, uses arms for support
rolls over
supports some weight with legs
sits without support
stands with support
pulls self to stand
walks using furniture for support
stands alone easily
walks alone easily
There are tremendous individual and cultural differences in the ages in which these milestones are achieved due to cultural norms & practices and how much motor skills are encouraged, if at all.
Cultural practices undertaken in one domain can have unforeseen consequences in another domain.
facilitates learning about the world.
Infants who are better able to interact with their environment may have an advantage in perceptual and cognitive development by being better able to seek out new opportunities for learning.
clumsy swiping in the general vicinity of objects
Reaching behaviour interacts with infants’ growing understanding of the world around them, and has a social component as infants perceive adults as able to help them accomplish goals they can’t on their own, so they reach more often when an adult is present.
the attempts by a young child to perform an action on a miniature object that is impossible due to the large difference in the sizes of the child and the object.
occur because of challenges in integrating perceptual information with motor behaviour.
a decrease in response after repeated simulation, and it reveals that learning has taken place as the infant has formed a memory of the repeated and now familiar stimulus.
Infants who habituate relatively rapidly tend to have higher IQs when tested as many as 18 years later.