Journals / Doğu Dilleri Dergisi / 2025 / Cilt: 10 Sayı: 3

ORTHOGRAPHY, HANDWRITING, AND NEUROPLASTICITY IN CHINESE L2 LEARNING: A SYNTHESIS OF CURRENT EVIDENCE

İkinci Dil Olarak Çince Öğreniminde Yazım, El Yazısı ve Nöroplastisite: Güncel Araştırma Bulgularının Bir Sentezi

Yasemin Çimen(MEB TALİM VE TERBİYE KURULU BAŞKANLIĞI)0000-0002-3052-8987
Pages
355–374
Publication Date
2025-12-31
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AI Summary & Key Takeaways

AI Insight
⚡ TL;DR(Too Long; Didn't Read)

Rather than presenting a fully developed model, the accumulated evidence suggests the potential for creating a practical, “brain-aware” instructional framework—one that strategically incorporates handwriting as a means of harnessing neuroplasticity to support the development of foundational neural architecture for proficient Chinese literacy.

📌 3 Key Takeaways

🎯
Objective & Hypothesis:Learning to read Chinese presents a unique cognitive challenge for second language (L2) learners, requiring the integration of intricate visuospatial analysis, motor execution, and arbitrary form–meaning associations.
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Key Findings & Data:This article synthesizes two decades of cognitive neuroscience research to demonstrate that overcoming this challenge induces specific, experience-dependent changes in the brain—and that these changes are profoundly shaped by the nature of the learning experience.
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Conclusion & Impact:Rather than presenting a fully developed model, the accumulated evidence suggests the potential for creating a practical, “brain-aware” instructional framework—one that strategically incorporates handwriting as a means of harnessing neuroplasticity to support the development of foundational neural architecture for proficient Chinese literacy.
🔬Design:Modeling & Simulation
📍Scope:Comprehensive Sample
⚙️Variables:İkinci dil olarak Çince (D2 · Bilişsel sinirbilim · Pedagoji

Abstract

Learning to read Chinese presents a unique cognitive challenge for second language (L2) learners, requiring the integration of intricate visuospatial analysis, motor execution, and arbitrary form–meaning associations. This article synthesizes two decades of cognitive neuroscience research to demonstrate that overcoming this challenge induces specific, experience-dependent changes in the brain—and that these changes are profoundly shaped by the nature of the learning experience. The literature collectively outlines a neural trajectory from novice to proficient reader, marked by a shift from diffuse, effortful processing to a more specialized network involving the left middle frontal gyrus for visual analysis and the ventral occipitotemporal cortex for character recognition. Research further indicates that learning methods serve as powerful modulators of this plasticity. Digital Pinyin input efficiently engages phonological pathways but under-recruits the visuospatial and motor circuits essential for fluent character processing. In contrast, the physical act of handwriting strengthens the dorsal visuomotor pathway, fostering robust neural representations associated with superior long-term retention. By integrating findings from cognitive neuroscience with classroom-relevant concerns, this synthesis underscores the need for pedagogical approaches that align with the brain’s adaptive mechanisms. Rather than presenting a fully developed model, the accumulated evidence suggests the potential for creating a practical, “brain-aware” instructional framework—one that strategically incorporates handwriting as a means of harnessing neuroplasticity to support the development of foundational neural architecture for proficient Chinese literacy.

Özet

Çince okumayı öğrenmek, ikinci dil (D2) öğrencileri için karmaşık görsel-mekânsal analizin, motor uygulamanın ve keyfi biçim-anlam ilişkilerinin bütünleştirilmesini gerektiren benzersiz bir bilişsel zorluk sunar. Bu makale, söz konusu zorluğun üstesinden gelmenin beyinde spesifik, deneyime bağlı değişikliklere yol açtığını ve bu değişikliklerin öğrenme deneyiminin doğasından derinden etkilendiğini göstermek amacıyla yirmi yıllık bilişsel sinirbilim araştırmasını sentezlemektedir. Alanyazın, yeni başlayandan yetkin okuyucuya uzanan bir sinirsel gelişim çizgisi ortaya koymaktadır; bu süreç, dağınık ve zorlu bir işlemeden, görsel analiz için sol orta ön girusu ve karakter tanıma için ventral oksipitotemporal korteksi içeren daha uzmanlaşmış bir ağa doğru bir geçişle işaretlenmiştir. Araştırmalar ayrıca, öğrenme yöntemlerinin bu plastisitenin güçlü düzenleyicileri olarak hizmet ettiğini göstermektedir. Dijital Pinyin girişi, fonolojik yolları verimli bir şekilde harekete geçirirken, akıcı karakter işleme için gerekli olan görsel-uzamsal ve motor devreleri yetersiz düzeyde işe koşmaktadır. Buna karşılık, el yazısı eylemi, arka görsel-motor yolu güçlendirerek, üstün uzun süreli tutulum ile ilişkili sağlam nöral temsilleri teşvik eder. Bu alanyazın sentez derleme çalışmasında bilişsel sinirbilim bulgularını sınıf içi kaygılarla bütünleştirerek, beynin uyumsal mekanizmalarıyla uyumlu pedagojik yaklaşımlara duyulan ihtiyacın altını çizmektedir. Tam olarak geliştirilmiş bir model sunmaktan ziyade, biriken kanıtlar, pratik, "beyin-bilinçli" bir öğretim çerçevesi oluşturma potansiyeline işaret etmektedir. Özelikle yetkin Çince okuryazarlığı için temel sinirsel mimarinin gelişimini desteklemek amacıyla nöroplastisiteden yararlanmanın bir yolu olarak el yazısının stratejik bir araç olarak kullanılması gerektiği önerilmektedir.

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Cite This Article

Çimen, Y. (2025). ORTHOGRAPHY, HANDWRITING, AND NEUROPLASTICITY IN CHINESE L2 LEARNING: A SYNTHESIS OF CURRENT EVIDENCE. Doğu Dilleri Dergisi, Cilt: 10 Sayı: 3, 355–374. https://doi.org/10.61134/audodilder.1828897

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