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Other-repetition sequences in Finland Swedish: Prosody, grammar, and context in action ascription

Published online by Cambridge University Press:  11 March 2020

Martina Huhtamäki
Affiliation:
University of Helsinki, Finland
Jan Lindström*
Affiliation:
University of Helsinki, Finland
Anne-Marie Londen
Affiliation:
University of Helsinki, Finland
*
Address for correspondence: Jan K. Lindström Dept. of Finnish, Finno-Ugrian, and Scandinavian Studies, P.O. Box 24, 00014 University of Helsinki, Finlandjan.k.lindstrom@helsinki.fi
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Abstract

This study examines other-repetitions in Finland Swedish talk-in-interaction: their sequential trajectories, prosodic design, and lexicogrammatical features. The key objective is to explore how prosody can contribute to the action conveyed by a repetition turn, that is, whether it deals with a problem of hearing or understanding, a problem of expectation, or just registers receipt of information. The analysis shows that large and upgraded prosodic features (higher onset, wider pitch span than the previous turn) co-occur with repair- and expectation-oriented repetitions, whereas small, downgraded prosody (lower onset, narrower pitch span than the previous turn) is characteristic of registering. However, the distinguishing strength of prosody is mostly gradient (rather than discrete), and because of this, other concomitant cues, most notably the speakers’ epistemic positions in relation to the repeated item, are also of importance for ascribing a certain pragmatic function to a repetition. (Repetition, other-repetition, action ascription, prosody in conversation, repair, epistemics, conversation analysis, interactional linguistics, Finland Swedish)*

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Articles
Copyright
Copyright © The Author(s) 2020. Published by Cambridge University Press
Figure 0

Table 1. Types of research data, number, and hours of recordings.

Figure 1

Figure 1. Pitch trace and waveform of lines 2 and 3 in (1); female speakers. (The lower limit of 100 Hz and the upper limit of 500 Hz help to visualize the placement of the pitch traces in the generic ranges of female speakers.)

Figure 2

Figure 2. Pitch trace and waveform of line 5 in (2); male speaker in original turn, female speaker in repetition. (The dashed lines help to visualize the placement of the pitch traces in the generic ranges of 50–300 Hz and 100–500 Hz for male and female speakers respectively.)

Figure 3

Figure 3. Pitch trace and waveform of lines 5 and 6 in (3); female speakers.

Figure 4

Figure 4. Pitch trace and waveform of lines 9 and 11 in (4); female speaker in original turn, male speaker in repetition.

Figure 5

Figure 5. Pitch trace and waveform of line 6 in (5); male speaker in original turn, female speaker in repetition.

Figure 6

Figure 6. Pitch trace and waveform of lines 5 and 8 in (6); female speakers. (The pitch trace in the overlapping talk follows the speaker that starts first in both cases.)

Figure 7

Figure 7. Pitch trace and waveform of lines 3 and 5 in (7); male speaker in original turn, female speaker in repetition.

Figure 8

Figure 8. Pitch trace and waveform of lines 3 and 5 in (8); child in original turn, male speaker in repetition.

Figure 9

Table 2. An overview of the role of prosody, grammar, context, and responses according to the functional category of other-repetition.

Figure 10

Figure 9. A symbolic representation of a cline from small to large prosody that matches action categories along the prosodic gradient.