11:00 - 12:30
Parallel sessions 5
11:00 - 12:30
Room: HSZ - 7E02
Chair/s:
Matilde Ellen Simonetti, Tanja C Roembke
Word learning is not limited to early childhood but rather a lifelong process. As such, it is important to investigate in what ways people’s prior knowledge can shape both their ability to acquire new words as well as how these words are encoded in memory. In this symposium, we will thus explore how different types of prior knowledge—such as people’s language background or knowledge about specific words—impact word learning across different ages and learning contexts. In Talk 1, Matilde Simonetti will explore how language switching influences word learning in bilingual adults. In this context, she will discuss how knowing one word in one language can differently impact the learning of a novel word form connected to the same meaning. In Talk 2, Megan Dailey will examine the role of orthography in second-language word learning, focusing on how and under which conditions orthographic input and knowledge shape the encoding of new phonological forms in memory. Relatedly, Talk 3 by Elena Markantonakis will address how prior linguistic knowledge impacts how precisely new words are encoded, with particular attention to the retention of orthographic details after learning. In Talk 4, Marie-Christin Flohr will explore how bilingual children use statistical and prosodic cues to identify word boundaries. She will focus on the influence of the second-language learners’ first language and individual differences in listening abilities on their word learning abilities. Finally, in Talk 5, Nicole Altvater-Mackensen will investigate first-language word learning in preschoolers during shared book reading. She will use eye-tracking to measure how attention shapes children’s learning outcomes. Together, these talks showcase new perspectives on word learning, illustrating the different ways in which prior knowledge can influence word learning in first- and second-language contexts in different age groups. The talks will illuminate the mechanisms by which prior knowledge impacts how word representations are formed in memory.
Submission 608
Klokka or Klocka? The Precision of Memory for Newly Learned L2 Words and the Role of Prior Knowledge
SymposiumTalk-03
Presented by: Elena Markantonakis
Elena MarkantonakisJochem KoopmansKristin Lemhöfer
Donders Institute for Brain, Cognition and Behavior, Radboud University, Netherlands

Previous memory research has shown that prior knowledge facilitates retention of item information but hinders memory for intra-item details (Bellana et al., 2021), possibly leading to the formation of more generalized representations due to schema-based processing. In the language domain, it has been shown that cognates are better remembered than non-cognates, suggesting that word form overlap constitutes a beneficial type of prior knowledge for L2 vocabulary acquisition (Lotto & de Groot, 1998, de Vos et al., 2019). However, what constitutes intra-item detail and whether the previously found hindering effect of prior knowledge applies in the context of foreign word learning remains unclear. We examined the role of word form overlap on memory for the specific orthography of newly learned words. Dutch native participants learned pseudo-Swedish words, half of them ‘cognates’ with Dutch and the other half non-cognates, by being presented with pictures of objects and the written and spoken words. Crucially, all words contained one of five ambiguous letter bigrams that had the same pronunciation, but were spelled in two possible ways across the word set (e.g., “ck” or “kk”). Then, participants were prompted to type the newly learned words on presentation of the picture. We additionally employed a subsequent 4AFC recognition task which contained, as two of the options, the correct word with both possible spellings of the critical bigram (e.g., “klocka” or “klokka”, meaning clock). In the (not yet available) results, we expect more cognates to be recalled in general, but with less precise spelling than (recalled) non-cognates.