Search Results

QuaverHealth  is a fully digital K–5 health education program designed to strengthen students’ social, emotional, intellectual, and physical well-being. Learning List recently reviewed the program’s health content. While access to our full review is reserved for subscribers, we are sharing several key observations about this material.  Encourages Conversations with Trusted Adults One of the program’s strengths is that it consistently encourages students to talk to a parent or trusted adult about health matters. Lessons include activities and content that support students in identifying trusted adults and understanding when to seek help. Songs, prompts, and lesson activities consistently reinforce this message. Strategies for Healthy Relationships & Bullying Prevention The program also provides strategies to help students develop healthy relationships and prevent bullying. Content is designed to help students form positive health habits and advocate for their own well-being. Engaging Interactive Activities Interactive content is a defining feature of this digital program. Lessons include: Warm-ups Animated videos Songs and games Real-world application Click-through interactive slides Scenario-matching activities Checks for understanding These elements help keep students engaged while supporting comprehension and skill development. English and Spanish Resources The program is available in English, but instructional videos and some songs are available in Spanish, as well. The highly visual nature of the program will support English Learners in understanding the content.  Sensitive Topics in a Separate Section Topics requiring additional care, such as Abuse and Neglect, Puberty, and My Reproductive System, are provided under a clearly labeled Special Topics tab. Housing these lessons separately allows teachers and districts to manage access thoughtfully and introduce sensitive content according to local policies and community expectations. These highlights represent only a portion of Learning List’s full, independent review of this K–5 digital health program. Subscribers gain access to: Comprehensive alignment reports  Detailed evaluations of instructional design and rigor Assessment analysis Technology and usability findings Side-by-side comparison tools for alternative programs If you want the complete review, including alignment evidence and an in-depth evaluation of instructional quality, contact   Info@LearningList.com  to subscribe or request a demo.

Grouping students into small groups is not just an effective strategy for Tier 2 and Tier 3 instruction. It is a powerful strategy for meeting the diverse learning needs within a single classroom during Tier 1 instruction, too. Yet planning effective small-group lessons, especially when balancing core and supplemental materials, can feel overwhelming. Many educators wonder:  Which students should I group together? How do I connect small-group work to the core lesson? Which supplemental resources will actually strengthen learning rather than distract from it? This blog offers six practical, research-supported strategies to help you plan small-group instruction with clarity and confidence. Whether you are teaching reading, math, science, or social studies, these approaches will help you make intentional decisions about grouping, materials, and instructional routines so that every student gets meaningful access to grade-level learning.  1. Start with data‑informed grouping tied to core materials. Begin by using formative data from your core curriculum to identify learning needs. The goal is not simply to separate “struggling” students; instead, use assessment results to group learners around specific content or skill needs that the core material addresses. Essentially, use small-group instruction to support growth for ALL students. “Small group instruction is most effective when there is sufficient time and attention for each student: Group size: 2-6 students Duration: 20-40 minutes per group, within a 40-6- minute intervention block Frequency: 3-5 times per week per group.” ( Education Resource Strategies ) 💡 Tip:  This means your grouping plan should be aligned to what all students are doing in the core lesson and then supplemented or scaffolded to meet the learning needs of students. 2. Align supplemental materials as scaffolds or extensions to the core. Use your supplemental resources to support or extend the instruction the core curriculum provides, not to replace it. For example, you might use a core reading unit about informational text structures, then pull a supplemental text or graphic organizer for a small group that needs extra practice.  💡 Tip:  Your plan should show which part of the core lesson is being reinforced or extended and how the supplemental piece connects clearly.  Learning List’s Alignment Reports and Editorial Reviews can help with this. The Alignment Reports identify precisely which portions of the instructional material are aligned to the specific standards you are targeting.  The Editorial Reviews identify the supplemental resources included within each core material and explain how those might support struggling learners. 3. Plan the session with explicit, research‑based instruction patterns. For each small‑group session, plan an “I do / We do / You do” sequence or similar scaffolded approach tied to the core curriculum.  Core Learning notes that “small-group instruction allows teachers to work more closely with each student … personalize instruction … check for understanding, reinforce skills presented in whole group instruction, and/or change the pacing of a lesson.” ( Core Learning ) 💡 Tip:  In your planning document, map out how you will explicitly model the skill, guide students together, and then allow independent practice, all while tying back to the core lesson. 4. Create student‑work tasks and independent practice that mirror the core lesson.  Your small‑group practice should not feel disconnected from the whole‑class work. Use tasks that mirror the core lesson’s expectations but are flexibly adjusted for the group’s needs for scaffolding or extension.  When using small‑group instruction to support core reading instruction, research recommends that teachers “examine student work tied to specific resources and units.” ( Scholastic ) 💡 Tip: In your planning, include the specific task your students will complete in the group, how it connects to the core lesson, and how you’ll monitor their responses. 5. Use flexible regrouping and dynamic scheduling tied to core pacing. Small‑group instruction is not static. Groups should shift as students master or need support in the core curriculum. The earlier guidance notes that small‑group instruction should support access to grade‑level core instruction and often serve all students, not just those behind. ( Education Resource Strategies ) 💡 Tip: Your planning template should include a schedule (e.g., weekly “mini‑group” checks), criteria for moving students in or out of the group, and clear connection to the core pacing calendar. 6. Reflect and adjust based on data and material effectiveness. After the small‑group session, collect data about student responses and about how well the supplemental material supported the core lesson. Use quick exit tickets, teacher notes, or student reflections to track effectiveness.  Small‑group instruction … provides more opportunities for each student to respond and be heard by the teacher. Increased practice, active participation and engagement, and immediate feedback are components of effective instruction. ( Reading Rockets ) 💡 Tip: Include in your planning cycle a reflection column: What worked? What didn’t? How will the next session adjust the supplemental resource or grouping? Conclusion Effective small-group instruction using core and supplemental materials requires intentional planning. When you group students based on data, pair materials that appropriately scaffold or extend core instruction, and design explicit, research-based lesson structures, you create meaningful learning opportunities for every student. Aligning group tasks with the core lesson, regrouping flexibly, and reflecting on what worked and what did not helps ensure continuous improvement. Planning with alignment, clarity, and responsiveness will help you maximize the impact of each small-group session.

A ccess to grade-level learning is shaped daily by the texts students read, the tasks they complete, and the expectations embedded in instruction. One of the most powerful levers school leaders have to ensure that all students have access to grade-level instruction is the use of instructional materials. When leaders and instructional coaches intentionally shape how materials are used, they reduce variability across classrooms and ensure that students’ access to grade-level content is not left to chance. Here are five actionable steps administrators can take to guide how instructional materials are used in classrooms to promote access to grade-level learning for all students. 1. Set clear expectations for grade-level appropriate instruction. Across schools, well-intended efforts to “meet students where they are” often result in students receiving less exposure to complex texts, meaningful science and math tasks, and sustained academic discourse. TNTP’s The Opportunity Myth  found that students frequently complete assignments below grade level and that access to strong instruction varies significantly within the same school (TNTP, 2018) . Leaders influence this pattern by clearly establishing grade-level content as the starting point for instruction and by reinforcing, through coaching and PLC conversations, that scaffolds are meant to   support, not replace , access to rigorous learning. 2. Focus professional learning on how materials are used Adopting high-quality instructional materials does not automatically produce equitable outcomes. RAND research consistently shows that teachers adapt and supplement materials in highly variable ways, leading to uneven instructional experiences for students (RAND, 2025) . Because students experience curriculum through enacted instruction, leaders and instructional coaches must focus on how lessons are planned, adapted, and taught. This means ensuring that the right conversations happen during PLCs. Teachers should internalize the curriculum and lessons, and rehearse key points of instruction.  3. Define grade-level learning in observable classroom terms Learning for all students becomes actionable when leaders define it in ways teachers can see and enact, such as ensuring that every student engages daily with grade-level texts and tasks while receiving appropriate supports . RAND’s research on instructional coherence highlights that clarity around expectations helps educators differentiate effectively without unintentionally lowering cognitive demand (RAND, 2023) . That means that conversations in PLCs need to include specifics about how teachers will scaffold instruction.  4. Protect instructional time for grade-level content Access to grade-level instruction is easily undermined when intervention, remediation, or test preparation replaces core instruction. If students miss core instruction in favor of intervention, they miss the opportunity for grade-level access. Leaders, not teachers, influence access by examining schedules, instructional minutes, and support structures to ensure students consistently experience grade-level learning. 5. Monitor how instructional materials are experienced by students   Grade-level learning experiences are revealed not through intent, but through evidence of action in the classroom. Reviewing assignments and student work across classrooms provides a clear picture of whether students are regularly eng aging in grade-level reading, writing, and thinking (TNTP, 2018) . TNTP’s research underscores that assignments largely determine students’ opportunities to learn. The Carnegie Foundation (Carnegie Foundation, 2022)  emphasizes that reducing variation in student experience is essential to achieving meaningful improvement at scale. Finally  Instructional materials alone do not guarantee grade-level access; leadership actions around how materials are used do. When expectations are clear, professional learning is grounded in curriculum, and leaders attend closely to what students actually experience, materials become a daily lever that supports grade-level instruction for all students.

In K–12 classrooms, learning is most powerful when students see how ideas connect across subjects. High-quality instructional materials (HQIM), standards-aligned, research-based curricula, provide a strong foundation for this kind of integrated learning. When used strategically, HQIM can help teachers move beyond isolated lessons toward coherent, interdisciplinary learning experiences. Below are five keys to building cross-content connections while maintaining fidelity to HQIM. Build Cross-Content Connections Through Shared Instructional Concepts Start with shared concepts, not separate standards. Rather than beginning with isolated standards from each subject, identify “big ideas” or shared concepts that naturally connect disciplines, such as systems, change, evidence, or perspective. Research on interdisciplinary learning shows that connecting knowledge across disciplines deepens understanding and supports student growth and teacher collaboration. Many HQIM already embed these conceptual threads. By mapping shared concepts across ELA, science, math, and social studies units, teachers can create coherent learning experiences without rewriting the curriculum. 💡 Tip : Create a crosswalk of concepts across upcoming ELA, science, math, and social studies units already present in your HQIM. Use High-Quality Instructional Materials as the Anchor for Interdisciplinary Instruction High-quality instructional materials shape teacher actions and student learning and are linked to improved student outcomes when implemented with fidelity.  However, HQIMs should serve as an anchor point for integration, not a rigid script.  Teachers can build interdisciplinary connections by pairing texts, data sets, or phenomena across subjects while preserving the core instructional sequence of materials. Example: Pair an informational text in ELA with historical primary sources or data connected to a shared real-world context, such as population change:   Science:  Students examine factors that influence population growth or decline ELA:  Students read informational texts explaining population trends  Math:  Students analyze data sets showing population change over time Social Studies:  Students investigate historical or societal impacts of population shifts 3. Design Interdisciplinary Tasks with Authentic Purpose Interdisciplinary instruction is most powerful when students intentionally apply knowledge and skills from multiple content areas to solve authentic problems. High-quality instructional materials often include strong, discipline-specific tasks that support deep learning within a single subject. While not inherently interdisciplinary, these tasks provide an excellent foundation for building cross-content connections. Provide interdisciplinary learning while preserving HQIM fidelity by extending or adapt existing HQIM tasks so students must draw on more than one discipline. Project-based or inquiry-driven performance tasks, for example, can integrate literacy, numeracy, and disciplinary thinking without disrupting the core instructional sequence of the materials. 💡 Tip : Redesign one HQIM assessment into a performance task that requires students to apply skills or knowledge from at least two content areas. 4. Collaborate Through Professional Learning Communities (PLCs) Cross-content integration is difficult in isolation. Research shows that teacher collaboration, especially through professional learning communities (PLCs), supports instructional coherence and improves practice. HQIM implementation is most effective when teachers collectively analyze materials, identify opportunities for integration, and align pacing across subjects. 💡 Tip : Use PLC time to review upcoming HQIM units across content areas and identify natural points of alignment. 5. Leverage Culturally Relevant and Inclusive Materials High-quality instructional materials increasingly emphasize culturally affirming content and diverse perspectives, which helps students connect academic learning to real-world contexts. When teachers intentionally connect culturally relevant texts, historical narratives, and scientific or mathematical applications, students experience learning as integrated and meaningful rather than fragmented. 💡 Tip : Pair HQIM texts with local or culturally relevant resources to reinforce shared themes across subjects. Final Thoughts Building cross-content connections does not require abandoning your high-quality instructional materials. Instead, it requires a shift in mindset, from viewing instructional materials as separate silos to seeing them as an interconnected learning ecosystem.  With intentional planning, collaboration, and thoughtful adaptation, HQIM can become powerful tools for interdisciplinary learning that prepares students to think critically across disciplines.

Looking for a Texas science program that brings learning to life through investigation, reasoning, and real-world connections? Learning List has reviewed Savvas Learning Company’s Texas Experience Science , a comprehensive science program for grades K-8, available in print and digital formats. This blog highlights findings from Learning List’s reviews of grades K-5, where the materials emphasize collaborative, hands-on learning aligned to the Texas Essential Knowledge and Skills (TEKS) Phenomena-Based Instruction Aligned to the TEKS Texas Experience Science integrates phenomena, scientific and engineering practices, and recurring themes throughout each Topic (unit). Topics include an introductory launch, the anchoring phenomena and multiple “Experiences” (lessons). “Experiences” focus on the anchoring phenomena and use guiding questions to help students connect scientific concepts to real-world contexts.  Instruction follows the 5E model  (Engage, Explore, Explain, Elaborate, and Evaluate). Each “Experience” is structured around this sequence, supporting investigation, direct instruction, application, and assessment within a coherent instructional cycle. Hands-On Stations That Build Science and Literacy Together A defining feature of Texas Experience Science is its consistent use of hands-on stations and lab experiences , particularly in the Explore phase of instruction. These stations are not limited to experimentation; they also integrate literacy development , including reading informational texts, developing academic vocabulary, and writing about scientific observations.  Evidence-Based Reasoning Embedded Throughout Instruction Throughout the program, students are regularly required to justify claims with evidence and explain their reasoning. This expectation appears across daily instruction, discussions, and performance tasks. Students engage in planning investigations, analyzing data, communicating findings, and defending their conclusions using evidence drawn from observations, texts, and models.  The Evaluate component of each Experience revisits anchoring phenomena, prompting students to synthesize learning and apply scientific reasoning across multiple contexts. To learn more about this product and thousands of other PreK-12 instructional, contact Learning List  for subscription information.  About Savvas Learning Company * Savvas is a “next-generation learning company that combines new ideas, new ways of thinking, and new ways of interacting to create innovative learning solutions.” Savvas believes that the best way to increase student achievement is to set high expectations and increase student engagement. The company strives to find the best possible outcome for every student by providing access to rigorous, aligned, inspiring curriculum.  *Information in this section is provided by or adapted from Savvas Learning Company . About  Learning List Learning List provides curriculum support services, including its hallmark instructional materials review service for school districts. This subscription service provides immediate access to independent, evidence-based alignment, quality, and technology compatibility reviews of more than 4,000 widely used PreK-12 instructional materials. Subscribing districts can submit materials for review at no additional charge.

Whether by verifying standards alignment or validating rubric evidence, Learning List has supported many publishers in preparing for state adoptions and/or reviews by national entities. Based on that work, here are five tips to help strengthen your submissions for district, state, or national instructional materials reviews.  Evidence Must Be Precise, Text-Based, and Task-Level Reviewers evaluate alignment based on what students are explicitly required to do and what the instructional materials demonstrably include. Valid alignment evidence must be text-based and directly tied to the requirements of the standard or rubric criterion. Citing loosely-related content or requiring reviewers to infer alignment is likely to miss the mark.   Correlate To the Lowest Level of the Standard Textual evidence must tightly address the content, context and  cognitive demand  of the lowest level  of the standards or the requirement(s) of the rubric criterion. If you are submitting for the Texas Instructional Materials Review and Adoptions (IMRA) process, this means aligning to the TEKS breakouts, not to the romanettes embedded within the standards. Submission evidence that references broad themes, general skills, or instructional intent will not satisfy reviewers' expectations. How You Document the Evidence Matters Standards correlations and rubric evidence are part of the product you are submitting and should be developed with the same rigor and attention to detail as the instructional materials themselves. Each text-based citation and narrative explanation must clearly and unambiguously demonstrate how the standard or rubric requirements are met. Imprecise citations, vague narratives, or inconsistent terminology can result in low scores, even when the underlying material is strong. When materials address only part of a standard or rubric criterion, documentation should clearly delineate which elements are addressed and which are not, rather than overstating alignment. Understand the Context of Your Audience Adoption decisions are made within specific state and local political contexts. Academic quality alone may not be sufficient if content is perceived as politically objectionable or misaligned with state or community values. Proactively identifying potential concerns before submission helps keep the focus on instructional quality and standards alignment. In some states, working with a local consultant or lobbyist to navigate the review process may be a necessary part of a successful strategy.   Independent Review Reveals Blind Spots Internal teams are often too close to the content to identify gaps, overclaims, or misalignment. An early third-party review of the instructional materials or supporting documentation can pinpoint these issues before submission and allow teams to revise strategically, reducing the risk of non-adoption and costly resubmissions.

Adopting high-quality instructional materials (HQIM) is a significant step toward ensuring equitable, grade-level learning for every student. But the real challenge comes next: implementing those materials with fidelity while still honoring teacher professionalism and autonomy.  Too much structure can feel restrictive; too much flexibility can lead to inconsistency. The goal is not to choose one or the other; it is to find balance. Effective leaders get tight on the “what” (grade-level expectations, required tasks, assessments) and remain loose on the “how” (instructional delivery, scaffolds, and examples). The following five leadership moves help leaders strike that balance and support sustainable HQIM implementation. 1. Distinguish the Non-Negotiables from Flexibility  Clarify what elements of the instructional program are non-negotiable versus where teachers can make instructional decisions. Non-negotiables : core texts, cumulative assessments, sequence of instruction, and key language routines. Teacher Autonomy : small-group structures, examples, differentiation methods, and discussion protocols. TNTP’s The Opportunity Myth  revealed that students spend more than 500 hours annually on below-grade-level assignments, limiting growth and opportunity ( TNTP, 2018 ). Anchoring must-dos in the belief that every student deserves access to grade-level work ensures both equity and excellence. 2. Support Internalization Rather Than Compliance Effective teachers do not just “follow” materials; they internalize them. Curriculum leaders can build understanding by investing time in professional learning that helps teachers understand the why  behind lesson sequences, scaffolds, and routines. According to the RAND Corporation, teachers who grasp the purpose and coherence of HQIM are significantly more likely to implement them effectively and consistently ( RAND, 2022 ). Create time for teachers to unpack lessons, study model responses, and connect instruction to standards. Internalization transforms fidelity from a checklist into understanding and professional expertise. 3. Foster Collaborative Planning and Practice Autonomy grows stronger and more effective in collaborative environments. Create structures like PLCs, lesson studies, and co-planning sessions where teachers analyze materials together, anticipate student responses, and refine their practice. Learning Forward reports that curriculum-based professional learning improves both instructional practice and student outcomes ( Learning Forward, 2024 ). RAND found that professional learning that helps teachers adapt their curriculum to meet student needs is associated with more effective implementation ( RAND, 2023 ). When teachers plan and learn together, fidelity becomes collective and meaningful rather than compliance-driven. 4. Observe and Coach with Purpose Shift classroom walkthroughs from monitoring to mentoring. Use clear “look-fors” aligned to the non-negotiables, and engage teachers in reflective dialogue. Questions such as “How did this adaptation support access to grade-level content?” encourage teachers to analyze their decisions within the framework of fidelity. The National Institute for Excellence in Teaching’s (NIET) research emphasizes that coaching and feedback should be anchored in the curriculum itself rather than in general teaching practices ( NIET, 2022 ).  When feedback is tied to the materials the teacher is using, it better supports teacher agency and growth rather than compliance.  5. Build a Continuous Feedback Loop Implementation is not a one-time event. It is a continuous improvement process. Establish transparent systems for gathering and acting on teacher feedback about pacing, scaffolds, and student engagement. When teachers see their input inform adjustments, they are more likely to trust the process. The University of North Carolina’s Effective Implementation Cohort  found that ongoing feedback and reflection cycles through learning walks, surveys, and collaborative planning reviews, strengthen both teacher ownership and instructional coherence, ensuring materials remain responsive to student needs without losing integrity ( UNC, 2024 ).  The Payoff: Structure and Freedom in Harmony Research across multiple studies shows that moderate standardization , including clear parameters with room for judgment, yields the highest fidelity and teacher satisfaction ( Harvard Graduate School of Education, 2020 ).  Leaders who define essential practices, build teacher understanding, coach with purpose, and elevate teacher voice cultivate both coherence and creativity in instruction. Ultimately, implementing HQIM with fidelity and autonomy is about trust and clarity: trust in teachers’ expertise and clarity about what all students must experience. When those two forces align, materials become more than resources. They become catalysts for equitable, high-impact learning.

Does your district offer a Forensic Science course? If so, check out our reviews of Pearson's Forensic Science . Savvas Pearson’s Forensic Science ( Pearson Forensic Science) is a comprehensive science program for high school Forensic Science. The program focuses on helping students understand the science and technology that is relevant to forensic science. The material also connects multiple areas of science to the field of forensic science. The material is available in print and in digital format through Pearson's MyLab platform. Content is organized in consistently formatted chapters. Each chapter begins with an engaging case study and end with activities related to the case study to help students see how forensic science applies in the real world. The material also connects multiple areas of science to the field of forensic science. The primary means for students to learn the content is through reading the textbook and participating in classroom lectures. Materials require students to read extensively. However, a variety of reading supports are embedded in Pearson's MyLab platform. The teacher edition is the primary teacher resource. Each chapter includes content background, summary, and instructional supports for the teacher. Chapters also include labs and suggestions for other hands-on activities. Teaching strategies to support direct instruction, classroom activities, supports for special populations, and classroom discussion questions are provided at point of use throughout the chapters. Read Learning List’s spec sheet and editorial review to learn more about the supports available for special populations and the type of assessments the program provides. Other Savvas science materials that Learning List has recently reviewed include Texas Experience Science , and Anatomy, Physiology, & Disease. About Learning List Learning List's reviews are available through a subscription. Contact info@LearningList.com to learn about subscribing to our low-cost instructional materials review service which provides immediate access to our independent, evidence-based reviews of more than 3,300 PreK-12 instructional materials. Subscribing districts can submit additional materials for review at no additional charge.  About Savvas Learning Company * Savvas Learning Company (formerly Pearson K12 Learning), is a next-generation learning company. Their goal is to combine new ideas, new ways of thinking, and new ways of interacting to create innovative learning solutions. Savvas is “driven by a shared purpose to prepare students to thrive in our rapidly changing world. We do that by combining the power of advanced technology and dynamic curriculum to create next-generation learning solutions — delivered in the physical classroom or in remote settings — that offer engaging, personalized, and real-world learning experiences”   Information in the section is provided by or adapted from Savvas *

OpenStax’s Kiddom Anatomy and Physiology  (Kiddom Anatomy)is a comprehensive science program for high school Anatomy and Physiology. The material is available in digital format through the Kiddom platform or in print. The material intends to provide relevant instruction in Anatomy and Physiology while supporting students in their future careers. In Kiddom Anatomy, learning is organized in units that include multiple chapters. All chapters are formatted consistently and focus on specific body systems (i.e., reproductive, circulatory, integumentary). Within each chapter, there are multiple sections. Each section includes learning objectives, a variety of images, figures, and charts to support student understanding, and a significant amount of required reading. In a typical chapter, students read, answer a variety of questions, and take an assessment. The materials are text-dense, so students must be able to read effectively and extensively. Learning List's reviewers noted the absence of labs, experiments, and opportunities for students to design their own experiments and solve problems. Rather, students are frequently directed to simulations, images, and videos. Kiddom Anatomy  includes Review Questions and Critical Thinking Questions at the end of each chapter, both of which are summative. Review and Critical Thinking Questions are intended to be answered online, and the material states that Review Questions are automatically graded, though that feature was not operational at the time of Learning List's review. Read Learning List's editorial review to learn about the resources available for teachers and the supports for special student populations. Learning List has recently reviewed OpenStax Biology, Chemistry, and Physics by Kiddom . About  Learning List Learning List’s reviews are available through a low-cost subscription. Contact   info@LearningList.com   to learn about subscribing to our instructional materials review service which provides immediate access to our independent, evidence-based reviews of more than 3,300 PreK-12 instructional materials. Subscribing districts can also submit materials for review at no additional charge. About Kiddom* Kiddom builds technology enabling teachers and learners to unlock their full potential. Teachers are often constrained by limited access to quality tools or mandated use of ineffective tools that do not meet their students’ needs. Kiddom believes technology should be utilized to close the achievement gap and level the playing field for all students. *Content in this section is adapted from Kiddom

Would your teachers like to have more math practice problems for their students? Take a look at Learning List’s review of Get More Math. Get More Math is a supplemental math program for grades 4-8, Algebra I and Geometry. This adaptive program provides sets of practice problems based on assignments made by the teacher, along with a cumulative review that provides spiraled practice of skills previously taught. It is designed to work as part of the instructional cycle, generally as part of guided or independent practice. Instruction, remediation, and assessment are not part of the program. The teacher dashboard enables teachers to monitor student progress in real time. Teachers can track how many points the students have earned, whether they are working in mixed review or practice, and how long it has been since they have answered a problem correctly. Learning List has conducted a standard-by-standard review of the alignment of this supplemental math program for grades 7th through Algebra I. The alignment reports for grades 7 and 8 have been updated to reflect new content the publisher recently created (2024). Our editorial review of the material discusses the program's instructional quality and design, including the new STAAR-aligned assessment questions. To learn more about this product and thousands more PreK-12 instructional materials, contact Learning List for subscription information. About Get More Math* The first version of Get More Math was created in 2005. Continually used, refined, and improved by math teachers, Get More Math has developed into a powerful tool for math teachers everywhere. Josh Britton, creator of GMM, loves teaching kids to think mathematically. Every year since he started as a math teacher in 1996, he has been experimenting with best practices for teaching Pre-Algebra and Algebra. He started developing GMM  to help leverage his time in the classroom and ensure that all kids, regardless of aptitude, were able to grow their math skills. *Information in this section is provided by or adapted from  Get More Math .

Is your district looking for science materials to support the NGSS? Take a look at Learning List’s review of Imagine Learning’s Twig Science. Imagine Learning’s Twig Science is a comprehensive science program for grades K-8.  The K-5 material is provided by grade level. The 6-8 material is provided in both integrated and discipline pathways (Earth and Space, Life, and Physical) and is not grade specific. Materials are available in print or digital format. The goal of the program is to provide interactive learning experiences that engage students in learning about science and natural phenomena. The instruction focuses on connecting real-world phenomena with three-dimensional learning. Units are based on anchoring phenomena and driving questions. The material supports the intent of the Next Generation Science Standards by consistently providing students with three-dimensional learning experiences, integrating the Cross-Cutting Concepts (CCCs) and Science and Engineering Practices (SEPs) with the Disciplinary Core Ideas (DCIs) to provide cohesive storylines. Teacher and student materials are available in English and Spanish. Instructional suggestions for supporting special populations of students are provided at point-of-use. All of the materials are well-organized and easily accessible on the digital platform.   Read Learning List’s detailed alignment report to learn more about the material’s alignment to each of the Performance Expectations for the grade level and its ability to support the NGSS. Learning List has also reviewed the material’s instructional quality and its technology compatibility. These reviews not only inform selection decisions, but they facilitate instructional alignment and curriculum mapping, too. To learn more about this product and thousands more PreK-12 instructional materials, contact Learning List for subscription information. About Learning List Learning List provides a range of curriculum support services, including a low-cost, subscription instructional materials review service for schools and districts. Subscribers get access to reviews of more than 3,300 K-12 instructional materials and can submit additional materials for review at no additional charge. Contact Info@LearningList.com for information about our low-cost subscriptions.   About Imagine Learning* Imagine Learning is an educator-led company “dedicated to embracing the unique learning Journey of the individual.”  The company promotes student-centered, equitable learning that is innovative and personalized. Information in this section is provided by or adapted from Imagine Learning .

Explore Kendall Hunt's BSCS Biology for High School Are you searching for a high-quality biology program? Kendall Hunt’s BSCS Biology: Understanding for Life is a comprehensive high school biology curriculum aligned with the Next Generation Science Standards (NGSS) . Learning List has reviewed the material's alignment to the Texas Essential Knowledge and Skills. This program focuses on enhancing students' problem-solving , critical thinking , and inquiry-based learning skills through engaging, real-world scenarios. The curriculum features four units : Infectious Disease and Natural Selection Genetic and Environmental Risk for Disease Matter and Energy in Food Systems Biodiversity and Humans Each unit is grounded in anchoring phenomena that connect to real-world issues . The consistent integration of scientific and engineering practices , crosscutting concepts , and inquiry-based activities ensures students are actively engaged in doing science, not just learning about it. Key features of BSCS Biology Inquiry-based lessons designed to develop critical thinking Real-world phenomena that drive instruction Available in English and Spanish Print and digital formats for flexible learning environments Regular assessments integrated throughout the curriculum While the material includes assessments at key instructional points, it does not offer digital progress monitoring tools. Learning List has conducted a TEKS alignment review of Kendall Hunt’s BSCS Biology, as well as a review of the material's instructional quality and technology compatibility. To explore detailed reviews and more than 3,500 other PreK-12 instructional materials, visit Learning List for subscription details. About Kendall Hunt For over 75 years, Kendall Hunt has provided engaging K-12 science and mathematics curricula , including open educational resources like Illustrative Mathematics and OpenSciEd . About Learning List Learning List offers a range of curriculum support services , including a low-cost subscription service that provides access to evidence-based reviews of thousands of K-12 instructional materials. For more information, contact Info@LearningList.com .