The psychology of Sabr: toward a conceptual framework of resilience and coping for Palestinian muslims facing collective trauma.
Authors: Aqtam I
Journal: Npj mental health research
mental health
psychology
open access
Abstract
Syntactic complexity has long been recognized as a fundamental construct in second language acquisition (SLA) research, serving as a critical indicator of learner proficiency and writing development. The ability to produce syntactically elaborate and varied structures reflects not only grammatical competence but also the cognitive processing capacity underlying language production. Researchers have devoted considerable attention to understanding how syntactic complexity evolves across different proficiency levels, and this construct now occupies a central position in both theoretical frameworks of language development and practical applications such as writing assessment and curriculum design. Traditional approaches to evaluating syntactic complexity in L2 writing have predominantly relied on manual annotation and expert judgment. Human raters typically analyze texts by calculating various indices, including mean length of T-units, clauses per sentence, and subordination ratios. While such methods offer nuanced interpretations grounded in linguistic expertise, they suffer from inherent limitations that constrain their scalability and consistency. The time-intensive nature of manual coding makes large-scale assessment impractical, and inter-rater reliability issues frequently emerge even among trained annotators. These constraints become particularly pronounced in educational contexts where timely feedback holds pedagogical value yet remains difficult to provide through conventional means. The emergence of computational linguistics and natural language processing (NLP) technologies has opened promising avenues for automating syntactic analysis. Early attempts employed rule-based parsers and surface-level feature extraction to quantify complexity measures. Tools such as the L2 Syntactic Complexity Analyzer represented significant advances by enabling batch processing of learner corpora. However, these systems largely depended on handcrafted rules and predefined grammatical categories, which limited their adaptability to diverse learner populations and writing genres. The accuracy of such approaches often degraded when confronted with non-native linguistic patterns, grammatical errors, or unconventional sentence structures characteristic of L2 writing.