• Title of article

    Systemic Functional Linguistics as a Tool of Text Analysis for Translation

  • Author/Authors

    Najafi Dehkordi, Ehsan Department of English Translation Studies - Allameh Tabataba’i University, Tehran, Iran

  • Pages
    13
  • From page
    1
  • To page
    13
  • Abstract
    Translation, ipso facto, is an understanding and a transferal of meaning from one language into another. Therefore, it may be fitting to conclude that a suitable semantic theory should underpin any attempt to that end. This paper advocates implementing Systemic Functional Linguistics (henceforth SFL) which subscribes to a view of language as a ‘meaning-potential’. In fact, Halliday and Matthiessen (2004) place a high premium on the notion of function (meaning) as the fundamental building block of language and state in no uncertain terms that texts and the individual clauses comprising texts are carriers of multidi-mensional meanings, namely Ideational, Interpersonal, and Textual and representations of three strands of meaning rather than vessels of propositional content. However, as Halliday (2001) puts it, equivalence in translation has largely been characterized ideationally to the exclusion of interpersonal and textual mean-ings. This research was an endeavor to examine how effectively the latter two are handled. In order to test this, 15 M.A. translation students were selected randomly and were given the text State-Sponsored Horror in Oklahoma to translate. In the data analysis, each clause of the English text and its translation were ana-lyzed to both identify the ideational, interpersonal, and textual meanings and classify the errors in accord-ance with their nature. To achieve this, recourse was made to Halliday's SFL which offers a rich reper-toire of metalinguistic tools for text analysis from an analytical angle. The results of the study were con-gruous with Halliday’s statement.
  • Keywords
    Translation skill , Text analysis , Systemic functional linguistics , Metalanguage , Metafunction
  • Journal title
    Astroparticle Physics
  • Serial Year
    2018
  • Record number

    2433290