Title of article :
A Comparative Analysis of Epistemic and Root Modality in Two selected English Books in the Field of Applied Linguistics Written by English Native and Iranian Non-native Writers
Author/Authors :
Shahmohammadi, Minoo Department of English - Tabriz Branch - Islamic Azad University, Tabriz , Ghafoori, Nasser Department of English - Tabriz Branch - Islamic Azad University, Tabriz
Abstract :
Academic discourse has always been the focus of many linguists, especially
those who have been involved with English for Academic Purposes (EAP) and
discourse analysis. Persuasion, as part of rhetorical structure of academic writing,
is partly achieved by employing modality markers. Adopting a descriptive
design, the present study was carried out to compare the use of modality markers
in terms of frequency and their categorical distribution in two academic books,
written in English, in the field of Applied Linguistics by native English and nonnative
Iranian authors. Quirk, Greenbaum, Leech, and Svartvik’s (1985) model
of modality was employed as an analytical framework to identify the type of
modal verbs. The frequency of different types of modal verbs was calculated per
100000 words and the significance of difference in their distribution was
checked through Chi-square nonparametric inferential statistics. The results of
the statistical analyses did not show any significant difference in the overall
distribution of modality (both epistemic and root) markers. However, significant
differences were observed in the categorical distributions of modal verbs in two
corpora. The results were attributed to the non-native writers’ lack of awareness
of the conventional rules of English rhetoric, and the lack of explicit instruction
in this field. The findings could offer pedagogical implications for those involved
in syllabus design and materials development in general and English writing
courses in particular.
Keywords :
academic writing , discourse analysis , epistemic modality , root modality
Journal title :
Astroparticle Physics