Cognitive Aphasiology A Usage-Based Approach to Language in Aphasia
Rachel Hatchard
doi: 10.1075/cal.31
ISBN: (ebook)
Cataloging-in-Publication Data available from Library of Congress:
LCCN 2021019198
John Benjamins Publishing Company https://benjamins.com
For Rita and Laurie Hatchard
List of tables
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Examples of constructions of various sizes and degrees of schematicity
Participant details
Language test results for the recruited participants
Number of narrative words per participant
Intra-rater reliability results for each transcription aspect
Inter-rater reliability results for each transcription aspect
Reliability results for first segmentation protocol
First reliability results for second segmentation protocol
Second reliability results for second segmentation protocol
Summary of participant details
Agreement on verb identification
Agreement on form identification
Agreement on word counting
Agreement on verb categorization
KPs verb token
Summary of THs verb lemmas
THs verb tokens
Summary of DBs verb lemmas
DBs verb tokens
Summary of STs verb lemmas
STs verb tokens
Summary of HBs verb lemmas
Sample of HBs verbs tokens, restricted to lemmas with more than five tokens
Summary of MHs verb lemmas
Sample of MHs verb tokens, restricted to lemmas with more than five tokens
Number of strings and percentage of narrative words falling within strings per participant
Main clause patterns in English
KPs string
THs strings
Structures of THs assembled strings
DBs strings
Duration and function of DBs tokens of I dont know
Structures of DBs assembled strings
STs strings
Structures of STs assembled strings
STs subordinate clauses
Sample of HBs strings
Sample tokens of HBs string structures
Sample of HBs subordinate clauses
Sample of MHs strings
Sample tokens of MHs string structures
Sample of MHs subordinate clauses
Summary of sentence types and clause patterns used by the six PWA
Summary of tenses and non-finite forms used by the six PWA
Mean token numbers of each feature per participant per string
Example details of verb tokens
Verb tokens produced by HB
Verb tokens produced by MH
HBs string structures
HBs subordinate clauses
MHs string structures
MHs subordinate clauses
List of figures
Illustration of how it feels to have aphasia, by a person with aphasia resulting from stroke
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Predictions for verbs in relation to spoken language capability
Total words per narrative
Percentage of verbs per narrative
Number of unique verb lemmas per 100 words
-) of verb lemmas produced by the neurotypical speakers and PWA
Mean length of strings (words)
Mean number of clauses per string
Mean number of verbs per string
Percentage of well-formed strings per participant
Percentage of acceptable strings and fluent strings per participant
Percentage of well-formed strings with corpus attestation per participant
Percentage of acceptable and of fluent strings with corpus attestation per participant
Sample of DBs narrative showing filler and compositional uses of I dont know
Example of included and excluded items in a speech sample
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List of common abbreviations
AHT
audible hesitation token (e.g. er, erm)
BNC
British National Corpus ()
CAT
Comprehensive Aphasia Test ()
EXIST there
existential there-construction
INFO PACK
information packaging construction
SSR
spontaneous speech rating (see definition in 4.2)
V
verb (either single verb or multi-verb predicator)
WAB
Western Aphasia Battery ()
WAB-R
Western Aphasia Battery - Revised ()
*
indicates conventionally ungrammatical utterance
Notes
Note that since the verb lemmas discussed in this book are also written in capital letters, this abbreviation looks identical to the lemma of the verb DO, mentioned in . However, it should be apparent from the context whether it is the lemma DO or a direct object that is under discussion: the former is discussed in the context of verbs, while the latter is discussed in the context of structures/patterns.
Acknowledgements
There are many people to thank in relation to this monograph, which is an extension of the work completed for my PhD. That project was funded by a Faculty Prize Scholarship from the University of Sheffields Faculty of Medicine, Dentistry and Health, and I am sincerely grateful for this support. I also extend my heartfelt thanks to the participants, who so generously and enthusiastically gave their time to this study; Jan Otter, who helped in the participant recruitment process; and Janet Webster for kindly sharing the data from the neurotypical speakers analysed in this book. In addition, I would like to acknowledge the members of the stroke groups at which I volunteered during my PhD; I truly thank them for everything they taught me and will forever remain humbled by their kindness, joviality and steadfast determination to not let aphasia stand in their way.
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