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Institute of Education Sciences

Research To Accelerate Pandemic Recovery in Special Education: Grantee Spotlight Blog Series Featuring Dr. Beth Stormshak

We hope you enjoyed yesterday’s NCSER grantee spotlight! Today, we present to you Dr. Beth Stormshak, Knight Chair and professor at the University of Oregon. Dr. Stormshak’s project is to conduct an efficacy trial of the Family Check-Up Online to address emotional and behavioral challenges among middle school students with or at risk for disability during their transition back to school after the pandemic-related school closures. 

*Responses have been edited for brevity and clarity.

NCSER: How would you describe your research project in a sentence?  

Headshot of Dr. Beth Stormshak

Dr. Beth Stormshak: This research examines the Family Check-Up Online in a hybrid efficacy-effectiveness trial that provides support for schools to implement the model under ideal conditions, and then tests the ability of schools to implement and sustain the intervention under real-world conditions, with the goal of reducing mental health and behavior problems in students who have been identified as “high needs.” 

NCSER: What was the need that inspired you to conduct this research? 

Dr. Beth Stormshak: The COVID-19 pandemic exposed the dire circumstances that most schools are facing as they tackle the mental health and behavioral concerns of students. Staffing shortages, escalating rates of mental health problems, and limited resources have led to a crisis that needs to be addressed nationwide. 

NCSER: What outcomes do you expect to change with this research? 

Dr. Beth Stormshak: With this research, we expect to impact student outcomes—including mental health, behavior, attendance, and achievement—which we refer to as the “ABCs” of student success (attendance, behavior, and classroom performance). We also expect to impact staffing outcomes, such as training in evidence-based approaches to intervention and willingness to engage with parents and caretakers to improve student success. 

NCSER: What inspired you to do research in special education?   

Dr. Beth Stormshak: I am interested in evidence-based interventions that support students who are struggling both academically and behaviorally. My work began over 30 years ago with a focus on improving student behavior problems in schools and has now expanded to include mental health and wellness, which impact most students and families receiving special education services. 

“The COVID-19 pandemic exposed the dire circumstances that most schools are facing as they tackle the mental health and behavioral concerns of students. Staffing shortages, escalating rates of mental health problems, and limited resources have led to a crisis that needs to be addressed nationwide.

NCSER: Why is this particular research project important to you?  

Dr. Beth Stormshak: There is clear evidence that supporting parents in building positive relationships with their child improves child behavior, mental health, and academic outcomes. Yet schools have few resources to administer family-centered interventions. My research bridges the gap between schools and families by testing a new tool for supporting families at home, with clear implications for school behavior. The ultimate goal of this research is to support parent skills and relationship building, which in turn will lead to reductions in student problem behavior and mental health concerns. 

NCSER: How do you think this grant will impact special education?  

Dr. Beth Stormshak: Special educators are unique in that they often interface with families more than other school personnel. They also have training in behavioral supports for students, making them ideal candidates to learn this model and apply it to school settings. I hope that our work will provide a sustainable tool for educators that can be used to improve student outcomes. 

NCSER: How will this project address challenges related to the pandemic?  

Dr. Beth Stormshak: Parents are more frustrated than ever with services provided to support student mental health. Schools are overwhelmed with students who need support, and communities do not have any additional resources to support families and students. This online program provides a cost-effective approach to service distribution that will have greater reach and impact than most programs currently available in schools and communities. 

NCSER: What are some of the biggest challenges in special education research today? 

Dr. Beth Stormshak: There are many challenges to special education research, including sustaining partnerships with schools when there is high turnover in staffing and limited resources at the school level to engage with the research community. Due to the crisis levels of staffing in most schools, it is challenging for schools to add “one more thing” to their plate. It is also a challenge for schools to identify staff for training and support in new programs. 

NCSER: What’s one thing you wish more people knew about children and youth with or at risk for disabilities?  

Dr. Beth Stormshak: Disabilities come in a variety of forms, and may include behavioral concerns, mental health concerns, and academic concerns. All parents want the best for their children, and many families struggle with approaches to behavioral management that are effective and helpful to their child. Many parents also feel blamed by schools or communities for their child’s disabilities. The Family Check-Up is strength-based and supportive, focusing on what parents are doing well and supporting parents to engage positively with their child. Our research on this model over 25 years suggests that parents who engage in the program will experience improvements in child behavior, mental health, and self-regulation, as well as their own parenting skills, stress, and depression. All of these outcomes lead to improvements in student achievement. 

NCSER: What are some of the most exciting news/innovations/stories that give you hope for the future of special education research?  

Dr. Beth Stormshak: There are many ways to intervene and support students. The COVID-19 pandemic has helped us focus on the mental health needs of students, and ultimately may change the way we think about schools, their role, and their engagement with families. The pandemic has also normalized telehealth and online support for students and parents. This has enabled the development of evidence-based programs, such as the Family Check-Up, to online platforms, which can be delivered asynchronously and therefore can reach large numbers of students that were, before, inaccessible. Ultimately this will lead to reductions in health disparities for many populations who have had limited access to mental health services. 

NCSER: What are some of the future goals for you and your team? 

Dr. Beth Stormshak: Our goals are to test the Family Check-Up Online in real-world settings and to adapt the model to fit the needs of schools across the country. Our work is community-based and we have engaged school providers in the process of development, carefully testing the feasibility and acceptability of this approach with school collaborators. We hope that this research provides insights into the process for implementing the model in schools, which can be applied to other schools across the United States who are interested in learning this model and providing this resource to parents and students. 

Thank you for reading our conversation with Dr. Beth Stormshak! Come back tomorrow for our next grantee spotlight!  

Research To Accelerate Pandemic Recovery in Special Education: Grantee Spotlight Blog Series Featuring Dr. Erica Lembke

Welcome to the first installment of the National Center for Special Education Research (NCSER) grantee spotlight series! For the next two weeks, we’ll publish exclusive conversations with NCSER’s Research to Accelerate Pandemic Recovery in Special Education program grantees. NCSER is pleased to highlight researchers who are addressing the urgent challenges schools face to support students with or at risk for disabilities, their teachers, and their families in the aftermath of the pandemic.

Today, we want to present to you Dr. Erica Lembke, professor of special education at the University of Missouri. Dr. Lembke’s project, STAIR: Supporting Teaching of Algebra with Individual Readiness, aims to evaluate different levels of intensity of a professional development and coaching model for middle school special education teachers to accelerate pandemic recovery in mathematics for their students with disabilities.  

*Responses have been edited for brevity and clarity.

NCSER: How would you describe your research project in a sentence?   

Headshot of Erica Lembke

Dr. Erica Lembke: Supporting Teaching of Algebra with Individual Readiness 2.0 (STAIR) provides just-in-time pandemic recovery intervention in special education by supporting teachers to address the needs of students with math difficulties through professional development and coaching that focuses on teaching teachers how to use data to inform their instruction.   

NCSER: What was the need that inspired you to conduct this research? 

Dr. Erica Lembke: My colleagues and I are in the final year of a model demonstration grant funded by the Office of Special Education Programs called Project STAIR: Supporting Teaching of Algebra with Individual Readiness. We have worked over the past 4 years to develop materials and strategies that could be implemented with students and teachers. The outcomes of Project STAIR found increases in both teacher- and student-level scores based on participation in a full school year of STAIR (Powell, Lembke, Ketterlin-Geller, et al., 2021). Therefore we knew, from this research, efforts to support our teachers and students needed to continue. With our new pandemic recovery project, we are continuing research on STAIR. We will provide just-in-time support to teachers to help teachers address the needs of their students with mathematics difficulties postpandemic.  

NCSER: What outcomes do you expect to change with this research? 

Dr. Erica Lembke: The expected outcomes for teachers are positive effects on their students’ mathematical outcomes, given that teacher data-based decision-making and individualization has had positive effects on student academic outcomes. Teacher outcomes are likely to improve, given past studies on the use of coaching with teachers in a DBI model, and we anticipate that both student and teacher outcomes will sustain because of the provision of just-in-time support, the tailoring of coaching to teacher needs, and the specific treatment components of the study.  

NCSER: What inspired you to do research in special education?   

Dr. Erica Lembke: Students experiencing mathematics challenges prior to the pandemic are facing even greater difficulties as in-person learning has resumed, and many students who did not experience math difficulties prepandemic demonstrate challenges now (Texas Education Agency, 2021). In addition, students with disabilities, dual-language learners, and students from urban or Title I schools experienced below-typical rates of growth in math during the pandemic, and the growth rates of these students did not return to prepandemic levels.  

Our team has decades of experience in special education as teachers, administrators, and researchers. Our work is in schools and with teachers and students, so we were very close to teachers during the pandemic and understood, at least to some extent, the challenges they were experiencing. So it was critically important for us to think of ways to support teachers during and following the pandemic. This line of funding opened at precisely the time we were hoping to support teachers and allowed us to focus on a critical area of need—mathematics.  

NCSER: Why is this particular research project important to you?  

Dr. Erica Lembke: There are two reasons why STAIR 2.0 is particularly important to our team: the demographics of students and teachers we are working with and our just-in-time support. Our special education teachers are being selected because they work with middle school students with IEP goals in math and because they serve some of the most vulnerable students in any building. We focus on grades 6, 7, and 8 because of the importance of preparing all students for success with algebra (Eddy et al., 2015; Morgatto, 2008), especially students with disabilities. By working with middle school students, STAIR teachers can provide math intervention for these students before they transition to high school and the math content increases in complexity. Our just-in-time support starts at the beginning of our study, as all teachers and all students with disabilities have access to STAIR—we did not want to wait for the outcomes of a traditional randomized, controlled trial to implement already-proven evidence-based interventions with their teachers and students. 

"There is a critical need to address learning gaps and accelerate math gains for students with disabilities. Our project supports special education teachers to make informed, data-based, and individualized instructional decisions to increase student mathematical outcomes."

NCSER: How do you think this grant will impact special education?  

Dr. Erica Lembke: As mentioned in our “Intended Outcomes,” we hope this project will impact teacher instruction, therefore positively impacting student academic outcomes. In addition, we are aiming to learn more about how differing intensities of coaching impact support for special education teachers. We hope we can widely disseminate this work to districts and coaching teams to implement in their schools.  

NCSER: How will this project address challenges related to the pandemic?  

Dr. Erica Lembke: Many students in the United States have struggled with math well before pandemic-related school closures began in March of 2020. However, as schools transitioned to virtual learning in the spring of 2020, with a hybrid of virtual and in-person learning throughout the 2020–21 school year, early data suggested students across grades 3–8 experienced major score decreases, especially in the area of mathematics (Kuhfeld & Tarasawa, 2020). There is a critical need to address learning gaps and accelerate math gains for students with disabilities. Our project supports special education teachers to make informed, data-based, and individualized instructional decisions to increase student mathematical outcomes.  

NCSER: What are some of the biggest challenges in special education research today? 

Dr. Erica Lembke: A recent challenge that has evolved over the past few years has been recruitment of participants. Prior to the pandemic research, studies would sometimes have to turn away interested participants due to so many interested parties. Postpandemic, teachers are feeling more overwhelmed and busier than ever. Teachers know the research is important and often want to gain the new knowledge and strategies we provide, but simply feel they cannot add one more item to their plate. Therefore, we have worked to meet with teachers and administrators, hear what they need, and make adjustments to our implementation as best we can to meet their needs while maintaining the project’s goals.  

NCSER: What’s one thing you wish more people knew about children and youth with or at risk for disabilities? 

Dr. Erica Lembke: All students can learn, but students just need the correct, evidence-based methods to elicit positive outcomes. This means that we have to make sure teachers are well prepared to provide the best instruction possible. The pandemic impacted all students with the change in environment and disruptions to instruction. These disruptions have now widened the achievement gap, placing students with disabilities at even greater risk of mathematics failure. Considering the importance of mathematics competency for success in later grades and adulthood, there is a critical need to address learning gaps and accelerate mathematics gains for students with disabilities. 

NCSER: What are some of the most exciting news/innovations/stories that give you hope for the future of special education research?  

Dr. Erica Lembke: Networks of researchers partnering with teachers, schools, and districts to create better systems of support for students at risk or with disabilities is critically important, and recent federal funding clearly supports this work. In addition, the pandemic created an opportunity for those who support schools to develop virtual and hybrid supports; that allows us to provide learning and professional development in ways that we never would have thought were possible. For example, our team has recorded over 100 short videos in a lightboard studio (thanks to the Meadows Center for Preventing Educational Risk at the University of Texas, Austin) that provide evidence-based mathematics strategies for teachers. These are free to access and can be found here.

NCSER: What are some of the future goals for you and your team? 

Dr. Erica Lembke: Our team is excited about these beginning few months of our project. The teachers we have recruited are motivated to start implementing our strategies with their students. Our future goals include learning more about how our coaching types make an impact with our teachers and therefore their students. We plan to solicit feedback from our educational partners, provide ongoing feedback to our teachers, and disseminate these strategies and systems of coaching to special education teachers and coaches so they can be implemented across the country. Our team has a strong history of dissemination, so we are excited about next steps! 

Thank you for reading our conversation with Dr. Erica Lembke! Come back tomorrow for our next grantee spotlight!  

Save the Date: Leveraging Evidence to Accelerate Recovery Nationwide (LEARN) Network Launch Event

Join us on January 19, 2023, from 3pm EST-4:30pm EST, as members of the IES-funded LEARN (Leveraging Evidence to Accelerate Recovery Nationwide) Network convene publicly for the first time to share their network's goals and vision. Learn more from the network teams during this virtual event

and hear from IES Director Mark Schneider about his hopes for the LEARN Network in the coming years as IES looks to the future with a focus on progress, purpose, and performance.

The LEARN Network was established to focus on adapting and preparing to scale existing, evidence-based products to address learning acceleration and recovery for students in K-12, particularly for students from underrepresented groups disproportionately affected by the COVID-19 pandemic. In addition to generating solutions to the nation’s most pressing challenges to COVID-19 recovery within the education sector, IES expects that the combined efforts of this network will lead to the establishment of best practices for how to prepare to effectively scale evidence-based products.

The LEARN Network includes a scaling lead and four product teams. The scaling lead, led by a team at SRI International, is facilitating training, coaching, and collaboration activities with product teams; ensuring educator needs and perspectives are addressed; and providing a model for the field that ensures evidence-based products are developed with the potential to achieve impact at scale for students—particularly those in most need—from the start. Product teams are focused on preparing to scale literacy products for students in K-3 (Targeted Reading Instruction; Grantee: University of Florida), 4th-5th grade (Peer-Assisted Learning Strategies; Grantee: AIR), and middle school (Strategic Adolescent Reading Intervention; Grantee: SERP) as well as a math product for students in 5th grade (Classwide Fraction Intervention combined with Math Peer-Assisted Learning Strategies; Grantee: AIR).

Registration is now open, and we hope to see you there! For more information on the event and to register, visit https://learntoscale.org/

International Computer and Information Literacy Study: 2023 Data Collection

In April, the National Center for Education Statistics (NCES) will kick off the 2023 International Computer and Information Literacy Study (ICILS) of eighth-grade students in the United States. This will be the second time the United States is participating in the ICILS.

What is ICILS?

ICILS is a computer-based international assessment of eighth-grade students’ capacity to use information and communications technologies (ICT)1 productively for a range of different purposes. It is sponsored by the International Association for the Evaluation of Educational Achievement (IEA) and conducted in the United States by NCES.

In addition to assessing students on two components—computer and information literacy (CIL) and computational thinking (CT)—ICILS also collects information from students, teachers, school principals, and ICT coordinators on contextual factors that may be related to students’ development in CIL.

Why is ICILS important?

ICILS measures students’ skills with ICT and provides data on CIL. In the United States, the development of these skills is called for in the Federal STEM Education Strategic Plan. Outside of the United States, ICILS is also recognized as an official EU target by the European Council and EU member states to support strategic priorities toward the European Education Area and Beyond (2021–2030). From a global perspective, ICILS provides information for monitoring progress toward the UNESCO Sustainable Development Goals (SDGs).

The measurement of students’ CIL is highly relevant today—digital tools and online learning became the primary means of delivering and receiving education during the onset of the coronavirus pandemic, and technology continually shapes the way students learn both inside and outside of school.

ICILS provides valuable comparative data on students’ skills and experience across all participating education systems. In 2018, ICILS results showed that U.S. eighth-grade students’ average CIL score (519) was higher than the ICILS 2018 average score (496) (figure 1).


Horizontal bar chart showing average CIL scores of eighth-grade students, by education system, in 2018

* p < .05. Significantly different from the U.S. estimate at the .05 level of statistical significance.
NOTE: CIL = computer and information literacy. The ICILS CIL scale ranges from 100 to 700. The ICILS 2018 average is the average of all participating education systems meeting international technical standards, with each education system weighted equally. Education systems are ordered by their average CIL scores, from largest to smallest. Italics indicate the benchmarking participants.
SOURCE: International Association for the Evaluation of Educational Achievement (IEA), International Computer and Information Literacy Study (ICILS), 2018.


ICILS data can also be used to examine various topics within one education system and shed light on the variations in the use of digital resources in teaching and learning among student and teacher subgroups. For example, in 2018, lower percentages of mathematics teachers than of English language arts (ELA) and science teachers often or always used ICT to support student-led discussions, inquiry learning, and collaboration among students (figure 2).


Stacked horizontal bar chart showing percentage of U.S. eighth-grade teachers who often or always use ICT, by selected teaching practice and subject (English language arts, math, and science), in 2018

NOTE: ICT = information and communications technologies. Teaching practices are ordered by the percentage of English language arts teachers using ICT, from largest to smallest. Science includes general science and/or physics, chemistry, biology, geology, earth sciences, and technical science.
SOURCE: International Association for the Evaluation of Educational Achievement (IEA), International Computer and Information Literacy Study (ICILS), 2018.


What does the ICILS 2023 data collection include?

In November 2022, NCES started the preparation work for the ICILS 2023 main study data collection, which is scheduled for administration from April to June 2023. Eighth-grade students and staff from a nationally representative sample of about 150 schools will participate in the study.

Students will be assessed on CIL (which focuses on understanding computer use, gathering information, producing information, and communicating digitally) and CT (which focuses on conceptualizing problems and operationalizing solutions). In addition to taking the assessment, students will complete a questionnaire about their access to and use of ICT.

Teachers will be surveyed about their use of ICT in teaching practices, ICT skills they emphasize in their teaching, their attitudes toward using ICT, and their ICT-related professional development. In addition, principals and ICT coordinators will be surveyed about ICT resources and support at school, priorities in using ICT, and management of ICT resources.

In 2023, more than 30 education systems will participate in the study and join the international comparisons. When ICILS 2023 results are released in the international and U.S. reports in November 2024, we will be able to learn more about the changes in students’ and teachers’ technology use over the past 5 years by comparing the 2023 and 2018 ICILS results. Such trend comparisons will be meaningful given the increased availability of the Internet and digital tools during the pandemic.

 

Explore the ICILS website to learn more about the study, and be sure to follow NCES on TwitterFacebookLinkedIn, and YouTube and subscribe to the NCES News Flash to stay up-to-date on future ICILS reports and resources.

 

By Yan Wang and Yuqi Liao, AIR

 


[1] Refers to technological tools and resources used to store, create, share, or exchange information, including computers, software applications, and the Internet.

How Enhanced Core Reading Instruction Has Improved Reading Outcomes for Students with Reading Difficulties Through Tiered Supports

A teacher and students work with flashcards

Enhanced Core Reading Instruction (ECRI) is a systemic intervention that researchers at the University of Oregon developed with practitioners to assist educators in providing instruction within multi-tiered systems of supports. ECRI provides teachers with guidance and support for implementing Tier 1 core reading instruction and Tier 2 interventions that align with core reading instruction. Teachers have access to specific instruction methods that enhance their district-adopted core reading program, guided lesson plans, intervention templates, and explicit protocols for data collection and review to inform instructional decisions. Since 2009, IES has funded research projects that examine ECRI’s impact on academic and behavioral outcomes for students with or at risk for reading difficulties.

At the University of Oregon, Hank Fien conducted a study that provided 2 years of professional development (PD) and coaching to first grade teachers to implement the core reading program and use ECRI materials. The results of this randomized controlled trial demonstrated that students who received ECRI Tier 2 intervention made more progress towards reading achievement and reading proficiency than students who received the typical, “business-as-usual” Tier 2 instruction. Findings from the study indicated that schools should consider three factors when choosing an instruction model for struggling readers: 1) increasing specificity of instruction procedures through lesson plans and teaching routines, 2) increasing the intensity of instruction that students receive, and 3) closely aligning instruction between Tier 1 and Tier 2 interventions.

At the University of Alabama, Gregory Benner developed a program, Integrated Literacy Study Group, that provides web-based PD to special education teachers to assist in delivering high-quality reading instruction based on ECRI to students with an emotional/behavioral disorder (EBD). Results from the pilot study showed the program demonstrated promise for teacher and student outcomes. Teachers who participated in online learning modules to learn ECRI strategies demonstrated increases in teaching self-efficacy in the areas of classroom management, instructional strategies, student engagement, and self-efficacy in teaching reading and using behavior management strategies with students with or at risk for EBD. They also demonstrated increased knowledge of the evidence-based behavioral and reading strategies for students with EBD learned through the PD program. Students with or at risk for EBD served by these participating teachers made significant improvements in academic engagement and notable gains on reading scores.

In a collaborative effort led by Nancy Nelson, the University of Oregon and the Michigan Department of Education’s Office of Special Education worked in partnership to conduct an evaluation of a state’s multi-tiered system of supports (MTSS) framework that implements ECRI for Tier 1 and Tier 2 reading instruction. The MTSS framework included specific protocols for integrating teaching academic and behavioral content across tiers of support. The reading intervention incorporated ECRI instructional strategies while the behavior intervention used positive behavior supports, including a “check-in/check-out” behavior monitoring and reinforcement system. We hope to share the results and their implications in an additional blog in the near future.

More recently, Dr. Nelson, now at Boston University, is developing a Tier 3 extension of the ECRI reading intervention that is intensified for students identified as needing more intensive support in kindergarten through second grade. This study will develop protocols and training for teachers, collect data on the feasibility of teacher implementation, and study the promise of the Tier 3 intervention for improving student outcomes. Researchers will study how student outcomes are related to reading content, executive function supports, instructional design elements, and instructional delivery features.

In another recently funded study, Elaine Wang at RAND Corporation is conducting an ECRI replication study to measure its effectiveness on foundational reading skills with first-grade students. In addition to examining whether ECRI will improve reading outcomes for students, researchers are also investigating whether features of the intervention can be feasibly implemented within a typical classroom context by classroom teachers under routine conditions, with less support for implementation than was included in prior studies.

The NCSER-funded studies of ECRI to date have demonstrated improved reading outcomes for students at risk of reading difficulties by targeting critical reading content areas (phonemic awareness, blending sounds, fluency, vocabulary) and increasing the explicitness of instruction. An important aspect of these studies is they were implemented in an authentic school environment by school staff, demonstrating that ECRI procedures can fit within the daily routines of a typical school day. NCSER looks forward to learning the results of the current, ongoing ECRI studies that will add to the evidence focused on the impact and implementation of this intervention. We thank all the researchers for their hard work and dedication to supporting students, educators, and our schools.

This blog was written by Shanna Bodenhamer, virtual student federal service intern at IES and graduate student at Texas A&M University. Sarah Brasiel (Sarah.Brasiel@ed.gov) is the program officer for the Reading, Writing, and Language program and oversees most of the research projects that focus on studying ECRI across NCSER programs.