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Examining the Impact of QuickReads Technology and Print Formats on Fluency, Comprehension, and Vocabulary Development for Elementary Students

Summary by: Yining Hua

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What is QuickReads Technology? Is it effective?

QuickReads (QR) is a curriculum that uses science and social studies texts to build reading skills. It has both print-only and technology + print formats and utilizes 15-minute instructional sessions built on a model with wide and long-lasting support in comprehension instruction. This study finds that QR enhanced students’ reading skills in all evaluated areas: reading fluency, reading comprehension, and vocabulary. The figure shows the outcome of the reading comprehension assessment. The three bars within each grade group represent students who 1) did not use QR (control), 2) used QR print materials, and 3) used QR technology-based and printed materials, respectively (from left to right). Across all grades, QR effectively enhanced students reading fluency.

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Impact of Providing Teachers and Principals with Performance Feedback on Their Practice and Student Achievement: Evidence from a Large-Scale Randomized Experiment

Mengli Song, Andrew J. Wayne, Michael S. Garet, Seth Brown, and Jordan Rickles

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What is the intervention tested in this study?

The 2-year intervention consisted of three components that were designed to provide educators with performance feedback on classroom practice (four times per year), student growth (once per year), and principal leadership (twice per year), respectively. The intervention targeted principals and teachers of reading and mathematics in grades 4–8, whose participation in the intervention was voluntary with no consequences for tenure or employment.

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Immediate and Long-Term Efficacy of a Kindergarten Mathematics Intervention

Ben Clarke, Christian Doabler, Keith Smolkowski, Evangeline Kurtz Nelson, Hank Fien, Scott K. Baker, Derek Kosty

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Early intervention can reduce the achievement gap in mathematics

More than half of elementary school students in the United States score below proficient in mathematics in fourth grade. To address this problem, educators can provide early intervention on whole number skills (e.g., counting by ones; adding two numbers to make 10; decomposing numbers). Early intervention may be integral to children’s long-term success with mathematical thinking because difficulty at school entry typically persists into later elementary grades. Persistent frustration and hardship in learning mathematics are associated with a mathematics learning disability (MLD). Students with MLD are most vulnerable to lifelong difficulty managing daily tasks that involve numbers (e.g., money management). Students with or at risk for MLD will likely benefit from intervention as early as possible to reduce adverse long-term impacts.

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