Working memory span forms an important cornerstone of current accounts of cognition, and cognitive development. We describe data that challenge the conventional interpretation of span as a measure of working memory capacity. We argue that the implications of these data undermine the analysis provided by Caplan & Waters concerning the role of working memory in sentence comprehension
The question ‘what is working memory capacity?’ can be approached from the individual-differences an...
How to best measure working memory capacity is an issue of ongoing debate. Besides established compl...
Previous research has established the relevance of working memory for cognitive development. Yet the...
Working memory span forms an important cornerstone of current accounts of cognition, and cognitive d...
Working memory is a core concept in cognition, predicting about 50% of the variance in IQ and reason...
This target article discusses the verbal working memory system used in sentence comprehension. We re...
Experimental research into children’s working memory span has shown that retention duration contribu...
Working memory has been proposed as the cognitive resource system that supports storage and process...
Language processing has been a focus of working memory research since Baddeley introduced his Model ...
Objectives: Sentence comprehension requires linguistic information to be maintained in a verbal work...
We describe and evaluate a recall reconstruction hypothesis for working memory (WM), according to wh...
Abstract: Working memory (WM) span tasks-and in particular, counting span, operation span, and readi...
Other than standardized instruments, such as intelligence test batteries, working memory (WM) span t...
This chapter discusses the interactions between two of the most important human cognitive functions:...
Working memory (WM) span tasks—and in particular, counting span, operation span, and reading span ta...
The question ‘what is working memory capacity?’ can be approached from the individual-differences an...
How to best measure working memory capacity is an issue of ongoing debate. Besides established compl...
Previous research has established the relevance of working memory for cognitive development. Yet the...
Working memory span forms an important cornerstone of current accounts of cognition, and cognitive d...
Working memory is a core concept in cognition, predicting about 50% of the variance in IQ and reason...
This target article discusses the verbal working memory system used in sentence comprehension. We re...
Experimental research into children’s working memory span has shown that retention duration contribu...
Working memory has been proposed as the cognitive resource system that supports storage and process...
Language processing has been a focus of working memory research since Baddeley introduced his Model ...
Objectives: Sentence comprehension requires linguistic information to be maintained in a verbal work...
We describe and evaluate a recall reconstruction hypothesis for working memory (WM), according to wh...
Abstract: Working memory (WM) span tasks-and in particular, counting span, operation span, and readi...
Other than standardized instruments, such as intelligence test batteries, working memory (WM) span t...
This chapter discusses the interactions between two of the most important human cognitive functions:...
Working memory (WM) span tasks—and in particular, counting span, operation span, and reading span ta...
The question ‘what is working memory capacity?’ can be approached from the individual-differences an...
How to best measure working memory capacity is an issue of ongoing debate. Besides established compl...
Previous research has established the relevance of working memory for cognitive development. Yet the...
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