2022
DOI: 10.3389/fpsyg.2022.860753
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Revisiting Grammatical Complexity in L2 Writing via Exploratory Factor Analysis

Abstract: Since the 1990s, grammatical complexity has received substantial research attention in applied linguistics (Bulté and Housen, 2014). The representation of grammatical complexity has expanded in L2 writing with the application of diverse measures in empirical studies in the recent three decades (1991–2020). In response to this situation, we found it important to revisit grammatical complexity, and an exploratory factor analysis was applied to explore latent dimensions (i.e., factors) of grammatical complexity i… Show more

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Cited by 3 publications
(5 citation statements)
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“…All these reviewed L2 Chinese studies echo SLA researchers’ argument for encompassing multiple grammatical features in single studies ( Lu and Ke, 2018 ; Zhang and Tao, 2018 ) and investigating grammatical complexity from multiple dimensions, i.e., global, clausal, and phrasal levels as well as features that are sensitive to interlanguage development and conceptual demands of tasks ( Norris and Ortega, 2009 ; Robinson et al, 2009 ; Biber et al, 2011 ; Lan et al, 2022a ), for which POS serves as the basis. Several computational tools automatically processing English texts have contributed significantly to the rapid increase and advancement of studies on grammatical complexity in relation to ESL learners’ writing development/quality; however, counterpart studies in L2 Chinese have primarily relied on labor-intensive manual annotation in SLA.…”
Section: Literature Reviewmentioning
confidence: 82%
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“…All these reviewed L2 Chinese studies echo SLA researchers’ argument for encompassing multiple grammatical features in single studies ( Lu and Ke, 2018 ; Zhang and Tao, 2018 ) and investigating grammatical complexity from multiple dimensions, i.e., global, clausal, and phrasal levels as well as features that are sensitive to interlanguage development and conceptual demands of tasks ( Norris and Ortega, 2009 ; Robinson et al, 2009 ; Biber et al, 2011 ; Lan et al, 2022a ), for which POS serves as the basis. Several computational tools automatically processing English texts have contributed significantly to the rapid increase and advancement of studies on grammatical complexity in relation to ESL learners’ writing development/quality; however, counterpart studies in L2 Chinese have primarily relied on labor-intensive manual annotation in SLA.…”
Section: Literature Reviewmentioning
confidence: 82%
“…A further look into the only one correct tagging among a total of four such constructions shows that the period mark used immediately after de , indicating the end of the sentence overtly, may help Stanza successfully recognize de as UH. Moreover, given the increasing research interest in the role of noun phrases in writing (e.g., Lan et al, 2022a ; Lu and Wu, 2022 ; Pan, 2023 ) and L2 Chinese learners’ different developmental paths of -de in associative and modifying phrases ( Zhang, 2002 ), we suggest that Stanza distinguishes DEG and DEC as described in the Penn Chinese Treebank 3.0 to improve the identification of fine-grained linguistic features.…”
Section: Discussionmentioning
confidence: 99%
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“…Given the complexity of linguistics, EAP writing poses significant challenges for nonnative speakers, especially in the realm of academic writing. The intricacies of linguistics encompass, but are not limited to, lexical complexity, grammatical complexity, and stylistic complexity [3]. Even a singular aspect of complexity can be deconstructed into finer granularity for study [4], yet multi-granular research has been scarce in the past.…”
Section: Related Workmentioning
confidence: 99%
“…These metrics collectively contribute to a holistic understanding of how well the Revised Draft matches the Reference across different dimensions of how well the Revised Draft matches the Reference across different dimensions of text analysis, enabling a nuanced and thorough evaluation. Specifically, we employed textstat 2 to calculate the FRE, the Natural Language Toolkit (NLTK) 3 to compute GFI and AJS, Babelfy [35] to perform WSD, nlg-eval 4 to calculate ROUGE-L, EACS, BLUE and METEOR, and a simple Python script to compute the UWR. For a comprehensive examination of the prompts utilized in this study, please refer to Appendix A.…”
Section: Metric Selectionmentioning
confidence: 99%