Abstract:This meta‐analysis synthesized research on math performance outcomes for English learners (EL) as a function of language‐focused (math vocabulary) interventions. We included group and single‐subject design studies with children from kindergarten to 8th grade (3,766 students for group, 30 for single‐subject). Group studies yielded a mean Hedges’ g of 0.26 in favor of the interventions relative to the control conditions, whereas single‐subject studies yielded a mean Percentage of Non‐Overlapping Data of 81.01% a… Show more
“…Based on prior research on effective word-problem interventions, the use of evidence-based strategies, such as those listed above, has been found to yield positive results in terms of improving word-problem outcomes for students with MD (Cook et al, 2020;Fuchs et al, 2014;Jitendra et al, 2015;Powell et al, 2019Powell et al, , 2021 as well as for emergent bilingual students who are still developing language proficiency (Arizmendi et al, 2021;Arsenault & Powell, 2022;Driver & Powell, 2017;Fuchs et al, 2021;Kong & Orosco, 2016;Orosco, 2014;Sanford et al, 2020).…”
As students enter the upper elementary grades, word problems become a main component of mathematics instruction, increasing in complexity as students advance through the curriculum. For students identified as emergent bilinguals with mathematics difficulty (MD), the linguistic complexity inherent in word problems may serve as a barrier to word‐problem proficiency. The current study investigated the potential relation between academic English proficiency and word‐problem outcomes for emergent bilinguals with MD. After analyzing data from 241 third‐grade students, results indicated students who participated in an evidence‐based word‐problem intervention outperformed students who did not receive the intervention. Moreover, students’ academic English‐language proficiency scores in the domains of reading and writing positively correlated with higher scores on a measure of word‐problem solving.
“…Based on prior research on effective word-problem interventions, the use of evidence-based strategies, such as those listed above, has been found to yield positive results in terms of improving word-problem outcomes for students with MD (Cook et al, 2020;Fuchs et al, 2014;Jitendra et al, 2015;Powell et al, 2019Powell et al, , 2021 as well as for emergent bilingual students who are still developing language proficiency (Arizmendi et al, 2021;Arsenault & Powell, 2022;Driver & Powell, 2017;Fuchs et al, 2021;Kong & Orosco, 2016;Orosco, 2014;Sanford et al, 2020).…”
As students enter the upper elementary grades, word problems become a main component of mathematics instruction, increasing in complexity as students advance through the curriculum. For students identified as emergent bilinguals with mathematics difficulty (MD), the linguistic complexity inherent in word problems may serve as a barrier to word‐problem proficiency. The current study investigated the potential relation between academic English proficiency and word‐problem outcomes for emergent bilinguals with MD. After analyzing data from 241 third‐grade students, results indicated students who participated in an evidence‐based word‐problem intervention outperformed students who did not receive the intervention. Moreover, students’ academic English‐language proficiency scores in the domains of reading and writing positively correlated with higher scores on a measure of word‐problem solving.
“…Rather, culturally responsive math instruction is a framework for delivering and sustaining equitable and effective instruction for all students by integrating what we already know about effective math instruction for students with MD with culturally responsive instruction (see Figure 1; Utley et al, 2011). This framework is comprised of four key features (See Table 1): (a) using culturally and linguistically appropriate mathematic assessment tools and approaches (Arizmendi et al, 2021), (b) including antibiased contextual supports within math curriculum (Abdulrahim & Orosco, 2020; Driver & Powell, 2017), (c) providing linguistic supports (Driver & Powell, 2017), and (d) sustaining home-school collaborations (Abdulrahim & Orosco, 2020; Utley et al, 2011).…”
Section: Instructional Environmentsmentioning
confidence: 99%
“…To reduce language-processing load (Alt et al, 2014; Arizmendi et al, 2021), Mr. Cruz begins the lesson by reading the word problem aloud for the whole class while projecting the problem and pointing to each individual word while reading to assist with decoding, identifying, and defining words and assisting with the comprehension of the item (e.g., Hall et al, 2019). After reading the problem, he reminds the students once again.…”
Section: Instructional Environmentsmentioning
confidence: 99%
“…Rather, culturally responsive math instruction is a framework for delivering and sustaining equitable and effective instruction for all students by integrating what we already know about effective math instruction for students with MD with culturally responsive instruction (see Figure 1; Utley et al, 2011). This framework is comprised of four key features (See Table 1): (a) using culturally and linguistically appropriate mathematic assessment tools and approaches (Arizmendi et al, 2021)…”
This article focuses on implementing the Science of Math through a culturally responsive framework designed to support culturally and linguistically diverse students in math classrooms. We consider the influence of (second) language acquisition and instructional environments for students in addition to specific ways to increase instructional engagement with considerations of students’ cultural identity, prior experiences, and dual language development. Key features of the culturally responsive math instruction framework for dual language learning students with and at risk for math disabilities include utilizing culturally and linguistically appropriate assessment, anti-biased contextual supports, linguistics supports within math curriculum, and sustaining home-school collaborations. Implications for applying the framework for math instruction are discussed.
“…However, interventions in these areas do not provide a complete account of difficulties in word problem‐solving performance. In fact, a recent meta‐analysis of Randomized Control Trial (RCT), studies (Arizmendi et al., 2021) focusing on vocabulary training in ELL children (see Kleemans & Segers, 2020, for rationale) found that such studies yielded low overall effect sizes (mean ES = 0.25, N = 3766) on math problem‐solving measures relative to control conditions. In addition, providing instruction in the children's first language (Spanish in this case) does not guarantee growth in math performance (see Miller, 2017, for review).…”
This exploratory study determined the relationship between math instructional activities in Wave (year) 1 and English language learner (ELL) children's math problem‐solving performance in Wave (year) 2. The math performance of ELL children (N = 291) in Grades 1, 2, and 3 was tested in two testing waves. Two major findings emerged. First, strategy instruction, peer interaction, and explicit instruction in Wave 1 uniquely predicted English problem‐solving scores in Wave 2 independent of grade level, vocabulary, calculation, and problem‐solving at Wave 1. Second, the frequency of explicit instruction and peer interactions was significantly related to the odds of predicting ELL children at risk for math disabilities. The results are discussed within the context‐specific instructional activities that were positively related to later math outcomes.
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