Learning Language Through Task Repetition by Bygate Martin;

Learning Language Through Task Repetition by Bygate Martin;

Author:Bygate, Martin; [Bygate, Martin]
Language: eng
Format: epub
Publisher: John Benjamins Publishing Company
Published: 2018-09-04T16:03:47+00:00


The above extract consists of AS-units containing only a fragmental non-clausal unit, where the two speakers were negotiating the location of a tree in their picture. It is worth noting here that while such detailed information was not essential either for the primary picture-sequencing task or for the LC post-task picture retelling activity, it was of importance for the HC speakers who needed to draw the pictures.

Performance criteria were also closely associated with speed-related fluency, with the HC speakers generating a higher MLR than the other two groups, although only the difference between the HC and LC dyads reached significance. As we know, HC performers tended to pack in more information at the phrasal level by using various forms of modifiers. Conceivably, the conceptualizing and encoding of more complex semantic content would consume a greater deal of processing capacity, leaving scarce attentional resources available to attend to other aspects of language use. Hence, it would be unusual if speakers could improve fluency (MLR) simultaneously. Towell et al. (1996) proposed that changes of MLR should be interpreted by taking into account other measures of fluency. They argued that speech rate is concerned with the conceptualisation process and that MLR is concerned with formulation. Under the conditions that the proportion of speech time remains unchanged or increases, and that the length of pause does not change or decreases, runs with increased length indicate that speakers can process more language or encode more information at a single time span, hence indicating greater proceduralization of knowledge. Longer MLR may also indicate that speakers have stored prefabricated language and can have quick access to these ready-made lexical chunks. Apparently, these two accounts for increased MLR are more closely related to the development of proficiency over a longer period of time. Pawley and Syder’s (1983, 2000) one-clause-at-a-time hypothesis might be more relevant here. That is, the HC speakers, in response to the task requirement, were somehow led to process more language and encode more information in a single clause, which might actually facilitate the observed higher MLR, rather hinder it. This implies then that Towell may be wrong – that differences in MLR do not reflect differences in formulation as opposed to conceptualization. In other words, differentiated conceptualization demands may also lead to differences in MLR.



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