Title of article :
Intertextuality and Plagiarism in EFL Writing: An Analysis of University Professors’ Attitudes towards MA Theses
Author/Authors :
Pourghasemian, Hossein English language Center - Faculty of Basic Sciences - Qom University of Technology, Qom, Iran , Afzali Shahri, Mohammad Department of English Language and Literature - Faculty of Letters and Humanities - University of Qom, Iran
Abstract :
Intertextuality is an important academic writing ability when using others’ ideas efficiently and is tantamount
to failing in the fulfillment of the research part of MA programs if improperly utilized. This study
was thus intended to delve into university teachers’ judgment of what they may count as proper or improper
intertextuality and the reasons why students might deviate from the acceptable norms of intertextuality.
To this end, four extracts of MA theses together with their original sources were presented to four
university professors with different academic rankings. Through an interview, the four extracts were
evaluated and their intertextual qualities were explained. The data analysis revealed that university professors
assessed intertextualities as proper or improper inconsistently within two rounds of evaluation.
Furthermore, they recounted cultural, social, educational, developmental, virtual and economic reasons
for students’ deviating behaviors in the utilization of the resources available. As for the criteria of illegitimate
intertextuality, it was found that no signaling to the reader subject to the violation of the following
conditions including specific domain knowledge, more than one sentence copied or paraphrased, mismatch
between source and target, and the particular section of the thesis where borrowed ideas are to be
used could lead to plagiarism. This study has implications for thesis writers, thesis raters, and EFL writing
teachers which are discussed in the paper.
Keywords :
University professors’ attitudes , Plagiarism , MA theses , Intertextuality , EFL writing
Journal title :
Astroparticle Physics