Title of article :
The Effect of Teaching Metacognitive Listening Strategy during Shadowing Activity on Field-Dependent and Field- Independent EFL Learners’ Listening Comprehension
Author/Authors :
Alizadeh Oghyanous, Parastoo Department of English - Central Tehran Branch - Islamic Azad University, Tehran , Khabiri, Mona Department of English - Central Tehran Branch - Islamic Azad University, Tehran
Abstract :
This study aimed to compare the effect of teaching metacognitive listening
strategies through shadowing activity on the listening comprehension of fielddependent
(FD) and field-independent (FI) EFL learners. Since the researcher
had access only to female participants,85 female EFL learners from a language
institute in Tehran, at the pre-intermediate level of proficiency with the age range
of 18-35 were selected out of the initial 120 participants based on their
performance on a piloted PET. The Group Embedded Figures Test (GEFT) was
administered to the selected participants in order to categorize them into the two
experimental groups (49 FD and 36 FI). The participants including both FD and
FI sat in several classes. During a five-week instruction period (twice a week),
both groups practiced listening comprehension for 45 minutes through a
combination of shadowing activity, and metacognitive strategy instruction with
no difference in treatment. The results of the independent samples t-test
demonstrated that there was no significant difference between listening posttest
scores of FI and FD groups. Therefore, it was concluded that metacognitive
strategy training coupled with shadowing activity could be equally beneficial in
terms of listening proficiency for all students regardless of their perceptual
tendency (FD/FI). The findings of the present study have implications for
language teachers regarding metacognitive strategy training and listening
comprehension enhancement
Keywords :
field-dependent/independent , listening comprehension , listening strategies , metacognitive strategies , shadowing
Journal title :
Astroparticle Physics