Acceso usuarios
Aims and objectives/purpose/research questions:
This paper investigates whether sustained immersion in a dominant second-language (L2) environment alters morphological processing strategies compared to those of L1-immersed speakers. Furthermore, we assess the methodological usefulness of a language-mode task in light of the validity of conducting native processing research on L2-immersed speakers.
Design/methodology/approach:
We use the design and stimuli of a previous long-lag visual lexical decision task conducted with native German speakers in Germany and use this group as a control. Thirty-two native German speakers resident in the UK (>2 years; minimal day-to-day German use) participated in two experimental sessions (one containing a 20-minute conversation task in German).
Data and analysis:
The data shows clear differences between facilitation patterns of L1 and L2-immersed participants. L2-immersed speakers display decreased sensitivity to subtle morphological differences as well as facilitation in a form condition similar to effects seen in L2 processing. Lexical decisions of pseudowords based on plausibility, however, remain similar. While the pre-experiment language-mode task resulted in overall faster responses, there was no effect on processing patterns.
Findings/conclusions:
L1 morphological processing is affected by continued exposure to a dominant second language with sensitivity to the internal structure or differences of morphologically complex items decreasing. The attrition group shows certain similarities to L2 morphological processing. Our findings also call for caution in the recruitment of L2-immersed experiment participants.
Originality:
Research on morphological processing in language attrition is scarce and no previous work has examined complex derived words. The addition of a principled manipulation of the pre-experiment task is also uncommon.
Significance/implications:
The possible similarity of L1-attrition and L2-learner processing challenges the concept of ‘native’ processing and the notion of ‘nativeness’ as a stable property. Further comparison of these populations may lead to a more thorough understanding of the adaptability of our processing system.
