Meta-Analysis Article
Meta-Analysis Article Assignment
EDUC 323
Prof. Tencher
August 24, 2025
Meta-Analysis Article
Description
After reading this paper, I learned that the writers provide mathematical interventions
for students who require assistance in the subject. They describe it in detail as an educational
activity that will help those pupils become more proficient in mathematics. In this specific meta-
analysis, instructional techniques to students with learning difficulties were reviewed for 42
interventions. The research looked at the following topics: "(a) approaches to instruction and/or
curriculum design, (b) formative assessment data and feedback to teachers on students'
mathematics performance, (c) formative data and feedback to students with LD on their
performance, and (d) peer-assisted mathematics instruction” (Gersten, Chard, Jayanthi, Baker,
Morphy, Flojo, 2009).
Analysis
Throughout this investigation, the various researchers employed a variety of methods
and areas of attention. The several focal areas were evaluating for a quantifiable outcome target
area with treatment to effect performance, impacts over the four teaching methodologies, and
guidance for problem-solving, basic abilities, and preparatory math. Examining these focal
themes in detail barely touches the surface of the issues that arise when individuals with
learning difficulties attempt to learn mathematics. It was concluded that in order to address
certain issue areas for students with learning disabilities, more instructional strategies are
required. “Providing ongoing formative assessment data and feedback to teachers on students’
mathematics performance” (Gersten, Chard, Jayanthi, Baker, Morphy, Flojo, 2009). These
studies varied in terms of their phases, research quality, study description, and identification of
the independent variables. Each of the steps contributes significantly to the meta-analysis's
main focus. Other elements that supported kids with learning difficulties in mathematics were
included in the three coding processes. These additional elements included clear instruction,
visual aids, student expression, a variety of examples and their sequence, and continuous
feedback. “The use of visual representations is also being emphasized in the field of
Meta-Analysis Article
mathematics education; for example, there is an increased emphasis by mathematicians on the
importance of the number line, which attempts to provide early grounding in the concept that
mathematics problems have a visual foundation” (Gersten, Chard, Jayanthi, Baker, Morphy,
Flojo, 2009). Every one of these elements contributed significantly to the meta-analysis and
offers guidance for instructing individuals with learning impairments. “Providing formative
assessment data and feedback to students with LD on their mathematic performance” (Gersten,
Chard, Jayanthi, Baker, Morphy,
Flojo, 2009).
Application
“Meta-analysis is essentially ahistorical because it treats each study as a data source and
attempts to impartially locate the impact of various instructional approaches or components.
Yet, as we reviewed the findings, several important historical trends emerged that help us
interpret the findings” (Gersten, Chard, Jayanthi, Baker, Morphy, Flojo, 2009). In every field
placement and classroom experience I've had, I've observed that many of the pupils I've
encountered have learning disabilities. The intricacy of the material has always made
mathematics a difficult subject. Nonetheless, it is hoped that the coding and other elements in
this study would give students the same chances to succeed with this material. I've developed a
renewed interest in figuring out more strategies to help students who are having trouble with
math. This article opened my eyes, and I was glad it was included in the assignment. I have
worked with students on the spectrum, students with special needs, and students who may
appear normal but struggle to focus or simply keep up with their work. It goes without saying
that I am eager to use it further because this article confirms my long-held beliefs regarding
those students learning!
Chapter 6
“Effective systematic instruction is scaffolded, meaning it moves from a highly
structured, focused strategy approach toward multiple models, including examples and
Meta-Analysis Article
nonexamples. The key is not to over-scaffold; you want to move students to independence.
Overscaffolding involves taking thinking away from students rather than supporting their
thinking. Examples include when asking low-level or leading questions, telling students how to
solve a problem, or presenting a shortcut or trick that is not connected to a student’s
understanding” (Walle, Karp, Williams, 2022). In my classroom I would want students to learn
concepts through math, giving them the opportunity to improve on their skills, rather than
changing what we see as expectations. Instead, we should be making mathematics clearer for
kids to understand as well as finding a way to connect other mathematical concepts rather than
only learning how to perform what the students may be learning that day regarding
mathematics.
“Movement to higher levels of understanding of content can be likened to the need to
move to a higher level on a hill. For some, formal stair steps with support along the way is
necessary (systematic strategy instruction); for others, ramps with encouragement at the top of
the hill will work (scaffolding). Other students can find a path up the hill on their own with some
guidance from multiple representations (CSA approach)” (Walle, Karp, Williams, 2022). This is
just another example of specific strategies that could positively benefit students in the long run.
Centralize attention, avoid confusion, and create smooth transition is one of the few suggestions
I came across while reading about applying strategies that could help children with special
needs. Based on scaffolding, I believe that these three concepts could have a positive impact on
these students. The students may benefit from centralized attention if they sat slightly closer to
the front so they could see the board and the teacher could be there to assist them. Another
major issue is avoiding confusion, as students frequently have trouble understanding
instructions or notes when they are spoken to them. Giving straightforward instructions and
sticking to the terminology you have been using from the beginning to the end if there are
several words for a single item, don't change them. The final step is to create smooth
transitions, this is to ensure that the students can hear the instructions properly, and provide
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them time to complete the worksheets or papers that were assigned to them during class time,
they should not feel hurried at
all.
Meta-Analysis Article
References
Gersten, R., Chard, D. J., Jayanthi, M., Baker, S. K., Morphy, P., & Flojo, J. (2009).
Mathematics Instruction for Students with Learning Disabilities: A Meta-Analysis of
Instructional Components. Review of Educational Research, 79(3), 1202–1242.
http://www.jstor.org/stable/40469093
Walle, J.A.V. D., Karp, K. S., & Bay-Williams, J. M. (2022). Elementary and Middle
School Mathematics (11th ed.). Pearson Education (US).
https://libertyonline.vitalsource.com/books/9780136818465
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