Working memory decay in advanced age has been attributed to a concurrent decrease in the ability to control interference. The present study contrasted a form of interference control in selective attention that acts upon the perception of external stimuli (access) with another form that operates on internal representations in working memory (deletion), in order to determine both of their effects on working memory efficiency in younger and older adults. Additionally, we compared memory performance under these access and deletion functions to performance in their respective control conditions. The results indicated that memory accuracy improved in both age groups from the access functions, but that only young adults benefited from the deletion...
Maintenance of information in mind to the moment-to-moment cognition is accomplished by working memo...
This study investigated the active component of visuo-spatial working memory (VSWM) in younger and o...
Advancing age affects the recruitment of task related neural resources thereby changing the efficien...
According to Hasher, Zacks, and May (Attention and performance XVII. Cognitive regulation of perform...
Interference has long been studied as mechanism of forgetting from primary (or working) memory, but ...
Background and aims: A number of studies suggest that age differences in working memory may be attri...
Individual differences in working memory (WM) have been shown to reflect the ability to control atte...
One of the main causes for age-related declines in working memory is a higher vulnerability to retro...
The ability to suppress irrelevant information declines with age, while the ability to enhance relev...
The performance of young and old adults was compared in two different situations to investigate the ...
The current study investigated the effects of aging on the strategic control of attention at encodin...
Age-related difficulties have been reported on proactive control whereas reactive control seems to r...
Age-related difficulties have been reported on proactive control whereas reactive control seems to r...
Age can affect memory performance. This statement is so often heard that it has become almost a trui...
The present research is focused on a fine-grained analysis of memory decline with aging, and the rol...
Maintenance of information in mind to the moment-to-moment cognition is accomplished by working memo...
This study investigated the active component of visuo-spatial working memory (VSWM) in younger and o...
Advancing age affects the recruitment of task related neural resources thereby changing the efficien...
According to Hasher, Zacks, and May (Attention and performance XVII. Cognitive regulation of perform...
Interference has long been studied as mechanism of forgetting from primary (or working) memory, but ...
Background and aims: A number of studies suggest that age differences in working memory may be attri...
Individual differences in working memory (WM) have been shown to reflect the ability to control atte...
One of the main causes for age-related declines in working memory is a higher vulnerability to retro...
The ability to suppress irrelevant information declines with age, while the ability to enhance relev...
The performance of young and old adults was compared in two different situations to investigate the ...
The current study investigated the effects of aging on the strategic control of attention at encodin...
Age-related difficulties have been reported on proactive control whereas reactive control seems to r...
Age-related difficulties have been reported on proactive control whereas reactive control seems to r...
Age can affect memory performance. This statement is so often heard that it has become almost a trui...
The present research is focused on a fine-grained analysis of memory decline with aging, and the rol...
Maintenance of information in mind to the moment-to-moment cognition is accomplished by working memo...
This study investigated the active component of visuo-spatial working memory (VSWM) in younger and o...
Advancing age affects the recruitment of task related neural resources thereby changing the efficien...