A comparison of the effects of reading interventions on engagement and performance for fourth-grade students with learning disabilities.
Teacher-led reading lessons beat software for real reading skills even when the software feels more fun.
01Research in Context
What this study did
Cox et al. (2015) compared two ways to teach reading to fourth-graders with learning disabilities. One group got teacher-directed lessons. The other used a computer application. The team switched the kids back and forth every few days to see which method worked better. They tracked reading fluency, word ID, and how much the kids liked each method.
What they found
Teacher-led lessons won. Kids read more words correctly per minute and identified more sight words after those sessions. Surprisingly, the app kept them more engaged—they clicked and smiled more—but the extra engagement did not turn into better scores. Both methods felt fair and useful to the students.
How this fits with other research
The result lines up with Allen et al. (1989). That preschool study also found teacher-led literacy activities beat child-chosen time. Adult direction keeps the focus tight.
Choi et al. (2016) used the same fast-switch design in fourth-grade classrooms. They showed that tiny changes in fluency goals did not matter. R et al. add a bigger choice: teacher or screen. The teacher still wins.
Lemons et al. (2015) looked across dozens of reading studies. They warn that reading lessons alone rarely fix behavior or social skills. R et al. echo that: even though the app boosted engagement, behavior stayed flat and scores still favored the teacher.
Why it matters
If you run reading groups, keep the adult in the driver’s seat. Apps can spice up engagement, but they should supplement, not replace, your direct instruction. Try a quick rotation: ten minutes of teacher-led drill, then five minutes of app practice to keep kids awake. Check fluency at the end—expect the teacher segment to carry the gains.
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Join Free →Run a timed teacher-led phonics sprint, then let kids play the reading app for five minutes as a reinforcer—measure words read correct to confirm the sprint worked.
02At a glance
03Original abstract
Inexpensive software applications designed to teach reading, writing, mathematics, and other academic areas have become increasingly popular. Although previous research has demonstrated the potential efficacy of such applications, there is a paucity of research that compares applications instruction (AI) with traditional teacher-directed instruction (TDI), and the relative effectiveness and efficiency of these instructional approaches remains largely unknown. This study used an alternating treatment design to compare academic engagement and outcomes (i.e., word identification and reading fluency) during an AI condition and a TDI condition for four students with learning disabilities (LD) attending a charter school. Instructional conditions (i.e., TDI, AI) were randomly alternated 7 times each, for a total of 14 instructional sessions. Results indicated that both approaches fostered high levels of engagement although students were more engaged during AI. With regard to academic performance, visual and quantitative analysis suggest that TDI was more effective than AI in terms of passage fluency and word identification. Students completed social validity rating scales to examine instructional preference. Results indicated that both approaches, TDI and AI, were popular with the students.
Behavior modification, 2015 · doi:10.1177/0145445514561316