Creating images in the mind, a fundamental aspect of perception and cognition
Mentalimagery
Allows us to process information and survive in our environment
Includes perceptual imagery, motoric imagery, and haptic imagery
Perceptualimagery
Perceptual experiences without an external source, e.g. picturing a lion roaring
Motoricimagery
Mentally rehearsing and processing information from scenes we've experienced
Hapticimagery
Mental representations based on the sense of touch, e.g. picturing the texture of sandpaper
Benefitsofmentalimagery
Can help answer basic questions
Can be used to navigate and find one's way
Can aid in remembering information
Methodofloci
A mnemonic device that uses mental imagery to associate information with familiar locations
Methodofloci
Involves committing basic knowledge to memory, imagining items as objects, and combining them with existing schemas
Older adults benefit more from this technique as their routines and schemas are more established
Methodofstory
A mnemonic device that creates links between images through a thematic story
Methodofstory
Can be time-consuming to create and remember the story
Effectiveness may decline with age as cognitive abilities decrease
Pegwordmethod
A mnemonic device that associates new information with a pre-learned set of visual images (pegs)
The peg word method uses a set of 10 visual images (keys, shoe, tree, door, hive, sticks, gate, line, hen) as pegs to hang new information on
We have to have the knowledge associated with each one of the objects or each one of the words that we're trying to use in the specific instance
Success or non-success associated with the story depends on the individual's cognitive abilities
PegWordMethod
A technique where we first commit to memory a fixed set of visual images that can be recalled, and then connect new items to be remembered to these 'pegs'
Peg words
1 is bun
2 is shoe
3 is tree
4 is door
5 is hive
6 is sticks
7 is
8 is gate
9 is line
10 is hen
KeywordMethod
A technique to recall foreign language words by finding a similar sounding native language word (the 'keyword') and creating a visual image of the keyword interacting with the target foreign word
The word 'carta' translates to 'letter' in English
There are two ways of describing mental images: analogcode (like maps or moving pictures) and propositionalcode (series of words or sentences)
The analogcode preserves the relationships between elements of the image, while the propositional code uses more abstract representations
When scanning a mental image, the time required is directly related to the distance between objects in the image
People can mentally rotate 2D figures in a way similar to physically rotating them
The more similar the objects and the less rotation required
The more accurate and quicker the identification of the objects
Mentalrotation takes time to complete, though not seconds or minutes
Mentalrotation is useful for learning and retrieving information, but the time taken is related to the distance travelled in the mental image