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The Addressing Literacy Gaps project focuses on designing and evaluating phonics-based interventions aimed at supporting at-risk learners who face difficulties in early reading acquisition. Through targeted decoding instruction, personalized learning plans, and multi-sensory resources, these interventions address foundational literacy gaps, helping learners build essential phoneme-grapheme awareness, decoding fluency, and reading comprehension. The research draws on evidence from pilot programs across multiple countries to outline strategies that are both effective and scalable.
Literacy gaps often emerge in early primary years due to factors such as limited exposure to language, socio-economic challenges, and learning differences like dyslexia. Phonics-based interventions, when systematically applied, can close these gaps by reinforcing the building blocks of reading. The project examines how systematic phonics instruction, supported by adaptive digital tools and teacher-led interventions, can improve literacy outcomes for at-risk learners globally.
Phonics-based interventions play a crucial role in closing early literacy gaps and ensuring that at-risk learners develop the skills needed for academic success. By combining systematic phonics instruction, adaptive technology, and teacher expertise, these interventions can transform reading outcomes, build confidence, and create a foundation for lifelong literacy.
The Rethinking the Role of Phonics in Second Language Reading Acquisition project explores how phonics-based approaches can be adapted and optimized for learners acquiring literacy in a second language (L2). While phonics is essential ...
DetailsThe Global Trends in Phonics Instruction project investigates how phonics-based literacy teaching is implemented across 10 countries with diverse educational systems, cultural contexts, and language backgrounds. The comparative analysi...
DetailsThe Digital Literacy & Phonics Integration project investigates how hybrid classroom models—combining face-to-face instruction with technology-enabled learning—can enhance early literacy outcomes. By leveraging digital tools such a...
DetailsThe Science of Reading framework synthesizes decades of interdisciplinary research on how children learn to read, encompassing cognitive psychology, linguistics, neuroscience, and education. This article examines how evidence-based pri...
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