Essential Questions for Early Grade Reading: Teaching and Learning

Early Grade Reading Playbook: Chapter 7

Overview

Overview

Reading proficiency in the early grades sets children on a path to lifelong success. Children who read well by third grade are far more likely to graduate high school, enroll in college and thrive across all subjects. Communities can close reading gaps through high-quality instruction aligned to the Science of Reading, well-trained teachers, early intervention and coordinated support across education and neighborhood systems.

This is part 7 of StriveTogether’s Cradle-to-Career Outcomes Playbook: Early Grade Reading. The playbook synthesizes research and practical guidance communities can use to improve early grade reading.

Schools with well-trained, specialized early literacy teams with representative teachers can effectively facilitate a flexible, equitable and culturally relevant literacy program.

The Science of Reading

Science of Reading Overview and Importance

The Science of Reading is built on decades of rigorous research exploring how the human brain acquires reading skills. In 1997, the United States Congress tasked the U.S. Department of Education with establishing the National Reading Panel to synthesize existing research and identify effective methods for teaching children to read. This panel, composed of 14 experts — including school leaders, teachers and reading scientists — analyzed over 100,000 studies on reading instruction.

Their findings provided clear, evidence-based guidance on the most effective approaches to teaching reading. The panel identified four essential components of reading instruction:

  • Explicit instruction in phonemic awareness: the ability to identify and manipulate individual sounds in spoken words;
  • Systematic phonics instruction: teaching the relationships between letters and sounds;
  • Strategies to improve fluency: the ability to read with speed, accuracy and expression; and
  • Techniques to enhance comprehension: understanding and interpreting the meaning of text.

This groundbreaking work defined a structured, evidence-based approach to reading instruction, commonly referred to as the “Science of Reading.” These findings emphasized the importance of teaching the five pillars of literacy — phonemic awareness, phonics, fluency, vocabulary and comprehension.

Why the Science of Reading matters

The Science of Reading has profound implications for educators, learners and education systems. It offers a shared framework for teaching and assessing reading, guiding educators on:

  • How to effectively teach foundational literacy skills,
  • What to prioritize in early reading curricula,
  • How to monitor student progress to ensure reading proficiency by the end of third grade, and
  • Where to focus professional development efforts for teachers.

As states increasingly adopt Science of Reading policies, many have begun implementing teacher training programs, updating curriculum standards and revising teacher preparation requirements to align with these research-backed practices. These measures aim to ensure that all students, regardless of background, receive high-quality reading instruction that builds the skills essential for lifelong learning. 

To date, state legislation on the Science of Reading primarily focuses on increasing teachers’ knowledge through preparation and professional development. However, effective implementation also requires a broader infrastructure. This includes professional development aligned with specific high-quality curricula and ensuring principals have the necessary expertise to support instructional changes. Without these elements, teachers may face disproportionate responsibility for improving literacy instruction (Shanker Institute).

By grounding reading instruction in proven methods, the Science of Reading offers a clear path to improved literacy outcomes for all students.

Question 7

Question 7: Does each school have a well-trained, specialized early literacy team to facilitate a flexible, equitable literacy program?

Why it matters

Specialized literacy teams help build teacher capacity through professional learning and coaching, ensuring consistent and effective instruction across classrooms (Neuman & Cunningham, 2009). They also lead data-driven interventions, using assessments to identify struggling readers early and tailor support to their specific needs (Foorman et al., 2016). Schools that implement structured, multi-tiered literacy support — such as Response to Intervention (RTI) or Multi-Tiered Systems of Support (MTSS) — with trained literacy specialists see stronger reading gains, particularly for students at risk of falling behind (Gersten et al., 2008).

Contributing factor

Teacher training, learning and development

Question 8


Question 8: Does the school maximize and direct time to continuously improve the effectiveness of instruction and intervention?

Why it matters

Maximizing and strategically directing instructional time is essential for improving early literacy outcomes, as research shows that both the quantity and quality of instruction significantly impact reading achievement (Torgesen, 2004). Effective use of time involves dedicated literacy blocks, targeted small-group instruction and extended learning opportunities such as tutoring and intervention periods (Connor et al., 2009). Schools should allocate at least 120 minutes per day for Tier 1 (core) literacy instruction that includes foundational skills, language comprehension and differentiated small group instruction (Instruction Partners).

Contributing factor

Effective use of instructional time, collaborative planning time and instructional support

Question 9


Question 9: Are teachers and schools making significant contributions to academic growth for students?

Why it matters

Schools’ contribution to student outcomes: School effectiveness measures aim to capture schools’ impacts on student achievement on test scores, as well as more long-term outcomes, such as high school graduation, college access and success, and eventual earnings (Education-to-Workforce). In most local education agencies and states, schools’ first view of their impact on each student happens with third grade standardized tests. Analyses of nationwide data by the Educational Opportunity Project at Stanford University showed that, although test scores are higher, on average, in more affluent school districts, the relationship between school affluence and student outcomes does not hold when examining student learning growth (Education-to-Workforce).

Teachers’ contribution to student learning: Research has proven that teachers are one of the most important contributors to student learning and social-emotional development (RAND 2019). Measuring their contributions to student learning relies on measuring their students’ growth on learning outcomes (sometimes called “value-added”). Value-added models measure contributions to student outcomes by considering students’ initial performance levels (for example, using prior test scores) or other background characteristics. Value-added measures (VAM) in early grades like K-2, where standardized testing is not typically administered, rely on alternative methods to estimate student growth. One common approach uses early literacy assessments, such as DIBELS (Dynamic Indicators of Basic Early Literacy Skills) or NWEA MAP (Measures of Academic Progress), which provide baseline and progress data aligned with literacy standards. Another method involves calculating teacher contribution scores based on cohort growth, comparing the progress of a teacher’s students to that of similar students within the district or state, accounting for factors like prior achievement and demographics. Additionally, classroom observations, student work portfolios and other qualitative proxies are often incorporated to provide a more comprehensive view of teacher impact in the absence of standardized tests. These methods are widely discussed in research on early childhood education and teacher evaluation systems (e.g., McCaffrey et al., 2004; Kane & Staiger, 2012).

Multilingual learner progress: True fluency in multiple languages is an incredible asset to individuals, their families and global society. Multilingual learners (MLs), also known as English Learners (ELs) or English Language Learners (ELLs), represent a rapidly growing population in U.S. public schools, accounting for over 10% of all students nationwide. These students have the opportunity to continue developing proficiency in their home language while acquiring English as a second — or sometimes third or fourth — language. However, this process is complex and demanding, particularly in systems that often face challenges such as a shortage of multilingual teachers, inconsistent implementation of bilingual or dual-language programs, and the pressures of high-stakes accountability testing. Research shows significant disparities in outcomes between ML students and their non-ML peers, with long-term English Learners — those who have not achieved English proficiency after five to seven years — being particularly at risk. These students often have a GPA below 2.0 and perform two to three years below grade level in English language arts and math. Additionally, they face higher dropout rates and lower rates of college enrollment, underscoring the critical need for targeted support and resources to help these students succeed (Education-to-Workforce).

Contributing factor | Key source: E-W Framework

Multilingual learner progress

Contributing factor | Key source: E-W Framework

School’s contributions to student outcomes

Contributing factor | Key source: E-W Framework

Teacher’s contributions to student learning growth

Contributing factor | Key source: E-W Framework

Student perceptions of teaching

Question 10


Question 10: Do students have effective, representative teachers and leaders?

Why it matters

Effective, representative teachers and leaders are essential for advancing third grade reading outcomes, as they shape instructional quality, school culture and equitable access to literacy success. Research consistently shows that strong school leadership and effective teaching are among the most significant factors influencing student achievement (Leithwood et al., 2004; Kane et al., 2016; Bryk, et. al).

Teachers who implement evidence-based literacy instruction and use data-driven approaches ensure that all students develop foundational reading skills (National Reading Panel, 2000). At the same time, school leaders play a critical role in creating the conditions for success by providing high-quality professional development, aligning resources with literacy goals and fostering a culture of accountability and continuous improvement (Steiner, 2020). Research on principals’ impact on student achievement highlights this influence, showing that highly effective principals can increase student learning by the equivalent of two to seven additional months in a given school year, whereas ineffective principals can negatively impact achievement by the same margin (Education-to-Workforce Framework).

Additionally, representative teachers and leaders — those who reflect the diversity of their student populations — help build stronger connections with families and communities, enhance student engagement, and support culturally responsive instruction, all of which contribute to improved literacy outcomes (Grissom, Rodriguez, & Kern, 2021). By investing in highly effective, diverse educators and leaders, schools can drive meaningful improvements in early literacy and close achievement gaps.

Contributing factor | Key source: E-W Framework

Effective program and school leadership

Contributing factor | Key source: E-W Framework

Education retention and tenure

Contributing factor

Teacher leadership

Contributing factor

Teacher recruiting and hiring

Question 11

Question 11: Do students have access to curricula aligned to the Science of Reading research and that includes explicit phonics instruction?

Why it matters

Ensuring students have access to curricula aligned with the Science of Reading is essential for building strong foundational literacy skills and achieving third grade reading proficiency. Research shows that effective reading instruction must include explicit, systematic teaching of phonemic awareness, phonics, fluency, vocabulary and comprehension (National Reading Panel, 2000). Curricula grounded in these principles provide structured, sequential instruction that prevents learning gaps and supports all students, particularly those at risk for reading difficulties (Moats, 2020).

Studies also highlight that students using high-quality, research-based curricula make greater reading gains than those using inconsistent or less structured programs (Steiner, 2020). Additionally, aligning curricula with the Science of Reading ensures that instruction is data-driven and evidence-based, supporting teachers in delivering effective literacy instruction (Foorman et al., 2016).

Contributing factor | Key source: E-W Framework

Access to quality, culturally responsive curriculum

Contributing factor

Assessments

Question 12

Question 12: Do students attend school in systems with adequate funding to support curricula, professional learning and ongoing coaching needed to implement the Science of Reading?

Why it matters

Adequate funding supports equal access to curricula and professional learning aligned with the Science of Reading, which enables the improvement of literacy outcomes for all students. Research shows that high-quality, evidence-based curricula — those grounded in the Science of Reading — require investment in both resources and training for educators (National Reading Panel, 2000; Moats, 2020). Without sufficient funding, schools may struggle to purchase comprehensive, standards-aligned materials or provide teachers with ongoing professional development necessary to implement them effectively (Steiner, 2020).

Funding also supports equitable access to these resources, ensuring that schools in underserved or underfunded areas can access the same high-quality curricula and professional learning opportunities as those in more affluent districts (Chingos & Whitehurst, 2012). Investment inprofessional learning is especially important, as teachers need to be equipped with the knowledge and skills to deliver explicit, systematic reading instruction, and ongoing professional development ensures that instructional practices remain aligned with the latest research (Foorman et al., 2016).

Contributing factor | Key source: E-W Framework

Expenditures per student

Question 13

Question 13: Do students have access to teachers trained, coached and supported to teach the Science of Reading?

Why it matters

Teachers who are trained in the Science of Reading and evidence-based practices that develop students’ skills in each of the five pillars of reading are better equipped to deliver high-quality instruction, identify students’ individual needs and provide targeted interventions (Moats, 2020). Research shows that when teachers receive ongoing coaching and support, they are more likely to implement effective practices consistently, leading to improved student outcomes (Steiner, 2020). By investing in the professional development of teachers to ensure they are skilled in the Science of Reading, schools can enhance the quality of literacy instruction, improve student achievement and close gaps in reading proficiency, particularly for students from underserved communities.

Contributing factor | Key source: E-W Framework

Teacher credentials and teacher preparation

Contributing factor | Key source: E-W Framework

Teacher experience

Contributing factor | Key source: E-W Framework

Representational racial and ethnic diversity of educators

Contributing factor | Key source: E-W Framework

Classroom observation of instructional practice

Contributing factor

Teacher rewards, recognition and benefits

Contributing factor

Teacher voice in decision making

Question 14

Question 14: Are students who are behind grade level identified early and provided high-quality interventions aligned to the curriculum?

Why it matters


Early identification and intervention for students who are behind grade level in reading are critical for long-term academic success. Research shows that students who do not develop strong foundational literacy skills by third grade are more likely to experience academic struggles, higher dropout rates and lower lifetime earnings (Hernandez, 2011). Early intervention, particularly high-dosage tutoring and structured literacy instruction focusing on phonemic awareness, phonics, fluency, comprehension and writing, has been shown to accelerate reading growth and prevent long-term difficulties (Slavin et al., 2011; Wanzek & Vaughn, 2007). Studies also confirm that early, intensive reading interventions are significantly more effective than later remediation, as they capitalize on the brain’s plasticity during critical developmental periods (Torgesen, 2004; Foorman et al., 2016). Frequent progress monitoring ensures that interventions remain responsive to student needs, maximizing their impact (Fuchs & Fuchs, 2006). Without timely support, struggling readers are likely to fall further behind, reinforcing cycles of academic inequity (Stanovich, 1986). Investing in early, evidence-based interventions is essential for closing literacy gaps and promoting equitable educational opportunities.

Contributing factor | Key source: E-W Framework

Access to early intervention screening

Additional Chapters

Loading term details...

Error loading term details. Please refresh the page and try again.

Term Name