Title of article :
Preposition-Related Collocation use among British and Malaysian Learners: A Corpus Analysis
Author/Authors :
Ang, L. H. School of Humanities - Universiti Sains Malaysia - Pulau Pinang - Malaysia , Tan, K. H. School of Language Studies and Linguistics - Faculty of Social Sciences and Humanities - Universiti Kebangsaan Malaysia - Selangor - Malaysia
Abstract :
The study examines and compares the use of preposition-related collocations in the writing
of Malaysian learners of English and British native speakers of English. The study seeks to
answer two research questions: firstly, it sets out to quantify preposition-related collocation
use among the Malaysian learners of English and British native speakers of English by
measuring the statistical significance of the relevant collocation use in each group using
Mutual Information (MI) and a t-score; and secondly, the study aims to identify types
of collocational errors associated with prepositions studied in the current research. The
frequency-based approach was adopted in the study to define collocations, with the nodeand-
collocates analysis employed to identify relevant preposition-related collocations.
Two references were used to determine the acceptability or otherwise of the collocations:
Google Internet search engine results and the online BNCweb corpus. The data revealed
that Malaysian learners of English produce more preposition-related collocations than
British native speakers of English do. In terms of collocational errors, a stark contrast in the
writing of Malaysian learners of English and that of British native speakers of English is
apparent, in which preposition-related collocational errors in the Malaysian learner corpus
constitute 1% to 7% for certain prepositions, whereas British native speakers’ writing was
found to be totally free of collocational errors.
Keywords :
Collocational errors , learner corpus , mutual information , node-and-collocates analysis , preposition-related collocations , t-score
Journal title :
Astroparticle Physics