• Title of article

    An investigation into the relationship between EFL teachers’ and students’ multiple intelligences and teaching styles

  • Author/Authors

    Taase, Yoones Faculty of Foreign Languages and Literature - University of Tehran, Iran , Satariyan, Adnan Faculty of Education - University of Tasmania, Australia , Reynolds, Bronwyn Faculty of Education - University of Tasmania, Australia , Salimi, Hamid Faculty of Foreign Languages and Literature - University of Tehran, Alborz, Iran , Mohseni, Ahmad Faculty of Persian Literature and Foreign Languages - Islamic Azad university, South Tehran Branch, Iran

  • Pages
    16
  • From page
    1
  • To page
    16
  • Abstract
    The present study investigates the relationship between multiple intelligences and teaching styles of Eng-lish as Foreign Language (EFL) learners and teachers. The participants of the study included 106 EFL teachers and 400 EFL learners. Teachers were invited to complete a Multiple Intelligences Inventory for EFL Teachers, developed by Christison (1998) and a Thinking Styles Inventory in Teaching, developed by Grigorenko and Sternberg (1993). The students were also asked to complete Student-Generated Inven-tory for Secondary Level and Young Adult Learners, which was developed by Christison (1996; 1998). The results of the descriptive statistics showed that EFL teachers and students preferred the interaction of different kinds of multiple intelligences and teaching styles in the classroom. Pearson correlation, three-way ANOVA and Multivariate ANOVA further illustrated that there was a significant relationship be-tween EFL teachers’ multiple intelligences and the styles of teaching. Factors such as age, field of study and gender, however, did not have any significant effect on multiple intelligences and teaching styles of EFL teachers.
  • Keywords
    cognitive development , The theory of multiple intelligences , English as for-eign language (EFL) teachers and learners , teaching styles, cognitive psychology
  • Journal title
    Astroparticle Physics
  • Serial Year
    2015
  • Record number

    2476903