This study investigates the acquisition of articles in L2 English by L1 speakers of Dagbani, a Gur language spoken in Ghana. Dagbani differs from English in that it has two definite articles, no indefinite article, and a zero-article which may express definiteness, indefiniteness as well as genericity. The study consisted of a Forced-choice task (FCT) and an Acceptability judgement task (AJT) which were administered to Dagbani teenagers with an intermediate proficiency in English (n = 45) and a group of native English speakers as controls (n = 8). The results showed that the learners’ article choice was based on definiteness, not specificity (i.e., no fluctuation between the two) and that they had slightly more problems with indefinite than definite contexts, while generic contexts were the most problematic. Except for a certain task effect as well as a possible interference of instruction (in the FCT), the results can be argued to generally be due to influence from the L1 and to the difficulty of feature reassembly.

We test the predictions of the Feature Reassembly Hypothesis (FRH) as applied to the L2 acquisition of French pronominal clitics by Anglophone learners, capitalizing on the fact that different semantic and morphosyntactic features are lexically encoded by French and English pronouns. A picture selection task and a self-paced reading task examine how the information encoded in the L2 forms affects off-line and on-line pronoun interpretation. Our findings suggest that the initial L1–L2 mapping was indeed influenced by the L1. Nevertheless, L2 learners successfully reassembled features into L2 bundles, as evidenced by target-like off-line performance. L2 reading time patterns, however, indicate that L1 representations may have a longer-lasting impact: learners’ reactions to the mismatching input followed a different pattern and were slightly delayed as compared to native speakers’. These results are in line with the FRH, which conceptualizes L1 influence as the transfer of atomic linguistic features and their combinations.