Top-down and bottom-up approaches to teaching English verb-particle constructions
Construction-based and metaphor-based instruction
The present study examines two cognitive linguistics approaches to foreign language teaching. One draws on the
conventionality of language use that a variety of expressions can be understood as instances of more general patterns, e.g.,
kick them out and
eat it up as verb-object-particle, whereas the other centers on linguistic
creativeness such as novel combinations or associations, e.g.,
chest down the ball. Noting that English
verb-particle constructions (VPCs) exemplify both linguistic conventionality and creativeness, two types of instruction have been
developed–namely, top-down instruction and bottom-up instruction. The top-down instruction presents VPCs as instances of
conventional argument structures such as motion and resultative constructions (
Goldberg,
2015), whereas the bottom-up instruction focuses on creative compositions of literal and metaphorical meanings (
Lakoff & Johnson, 1980). The two types of instruction were provided for Korean EFL
learners, and their knowledge of VPCs was measured by a pretest, an immediate posttest, and a four-week delayed posttest. Results
of the immediate posttest showed that both types of instruction were effective in improving the learners’ knowledge of literal and
figurative VPCs. In the delayed posttest, significantly greater retention was observed for the construction-based top-down
instruction. This finding highlights the importance of argument structures as super-constructions in teaching VPCs to EFL
learners.
Article outline
- 1.Introduction
- 2.Verb-Particle Constructions
- 2.1General descriptions
- 2.2Constructionist approaches
- 2.3Metaphor-based approaches
- 3.Method
- 3.1Participants
- 3.2Instruction
- 3.2.1Construction-based instruction
- 3.2.2Metaphor-based instruction
- 3.3Testing
- 3.4Analyses
- 4.Results
- 4.1Short-term effects
- 4.2Longer-term effects
- 5.Discussion
- 6.Conclusion
- Acknowledgement
- Notes
- The abbreviations are as follows
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References