English Lang Arts | Discovery Education Nurture Curiosity Fri, 25 Jul 2025 15:18:48 +0000 en-US hourly 1 https://wordpress.org/?v=6.8.3 Spring 2025 Virtual Field Trip Lineup https://www.discoveryeducation.com/blog/teaching-and-learning/spring-2025-virtual-field-trip-lineup/ Tue, 08 Apr 2025 20:24:45 +0000 https://www.discoveryeducation.com/?post_type=blog&p=186836 This Spring, supercharge students’ curiosity and wonder with an incredible lineup of Virtual Field Trips! We’ll be exploring super storytelling with DC and Warner Bros. Studios, experimenting with magnets with Sesame Workshop and the U.S. National Science Foundation, and getting pumped up about health with the NBA.  Check out the line up below and be […]

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This Spring, supercharge students’ curiosity and wonder with an incredible lineup of Virtual Field Trips! We’ll be exploring super storytelling with DC and Warner Bros. Studios, experimenting with magnets with Sesame Workshop and the U.S. National Science Foundation, and getting pumped up about health with the NBA

Check out the line up below and be sure to save the date so your students don’t miss out on these incredible interactive learning experiences!

Check Out the Spring 2025 Premiere Schedule

From supercharged storytelling to hanging with NBA greats, we’ve got something for everyone. Sign up today to gain access! Every Virtual Field Trip can be watched on-demand at any time, starting on the premiere dates. 

The Superpower of Story: A Virtual Field Trip to Warner Bros. Studios

Premieres Friday, April 18
Grades 6-12

Transport students on this exclusive Virtual Field Trip to DC headquarters at Warner Bros. Studios in Burbank, CA! They’ll step into the world of DC Super Heroes, uncovering the secrets of how stories evolve from bold ideas to iconic comics to jaw-dropping blockbuster films. Sign up today to unlock access starting on April 18!

Meet the Magnets: A Virtual Field Trip to the U.S. National Science Foundation Mag Lab

Premieres Tuesday, May 6
Grades: 1-5

Join Discovery Education and Sesame Workshop as we explore the National High Magnetic Field Lab! Meet the Magnets Virtual Field Trip helps young learners connect STEM concepts to the world around them, and includes standards-aligned resources for teachersSign up now to unlock access starting on May 6! 

Total Health: A Virtual Field Trip with NBA and WNBA

Premieres Thursday, May 15
Grades: 3-8

Dive into total health with an exclusive behind-the-scenes look at how players from the NBA Timberwolves and WNBA Lynx maintain their health on and off the court! Students will get special access to state-of-the-art facilities, learn from health and fitness experts, and meet Timberwolves Center Rudy Govert! Sign up now to unlock access starting on May 15.

In Case You Missed It

Check out the Virtual Field Trips that are currently available to watch on-demand!

Unleashing Life Skills with Golf: A Virtual Field Trip to LIV Golf's Team Championship

Premieres Nov. 21
Grades: 6-8

Students learn about the surprising ways golf can teach them about fundamental life and career skills of communication, problem-solving, and teamwork.

White Bird: The Courage of Kindness Virtual Field Trip

Grades: 6-12

White Bird: The Courage of Kindness offers students a multi-media journey to explore kindness, courage, and resilience. Through historical testimonies, fictional characters from the film White Bird, and contemporary perspectives, students learn how kindness impacts our world.

Find more Virtual Field Trips available on-demand!

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The Five Components of Reading https://www.discoveryeducation.com/blog/teaching-and-learning/the-five-components-of-reading/ Mon, 07 Apr 2025 19:34:25 +0000 https://www.discoveryeducation.com/?post_type=blog&p=183681 Background: Who determined the five components of reading? Congress asked the National Reading Panel NRP to determine the best approaches to help children read. As a result of their research and evaluation, the organization issued an evidence-based, nearly 500-page report of their findings. Teaching Children to Read divided reading instruction into five components and summarized available research. […]

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Background: Who determined the five components of reading?

Congress asked the National Reading Panel NRP to determine the best approaches to help children read. As a result of their research and evaluation, the organization issued an evidence-based, nearly 500-page report of their findings. Teaching Children to Read divided reading instruction into five components and summarized available research. NRP then made instructional recommendations for each component. 

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 The components are:

  1. Phonemic awareness
  2. Phonics
  3. Fluency
  4. Comprehension
  5. Vocabulary

Within these five categories, the report determined several key takeaways, including: 

Phonemic awareness and phonics:

  • These early components are critical to reading proficiency, but not the end goal.

  • These components should be systematically taught and integrated with spelling instruction.

  • Educators intentionally decide the order that phonemic awareness and phonics skills should be taught.

Fluency, comprehension and vocabulary:

  • Strong fluency – created by automaticity and language comprehension and a solid vocabulary –  is necessary to become a proficient reader.

  • Students unable to recognize and understand words, can’t achieve fluency and decode unfamiliar words.

  • Fluency allows for better text comprehension, which allows students to build vocabularies for greater comprehension of more complex texts.

The report also determined that most students need substantial instruction in phonics-based skills to achieve fluency, strengthen comprehension and develop their vocabulary.

Reading Scores Decline for the First Time in Two Decades

In 2022, the National Center for Education Statistics conducted a special administration of the NAEP long-term trend reading and mathematics assessments to examine student achievement during the COVID-19 pandemic.

Scores from over 7,000 9-year-old students indicated:

  • Average scores in 2022 declined 5 points in reading since 2020.
  • This decline is the largest average score decline in reading since 1990.
  • Students in the most underserved populations saw the most dramatic shift. Reading scores dropped 10 points for students in the bottom 10th achievement percentile.

These scores are alarming and it’s urgent to respond strategically and quickly. If these students don’t get access to the right resources and support, they’ll be at greater risk of not building reading proficiency well enough to excel in other areas. Now is the time to provide effective intervention strategies to help students find success this year and beyond to graduate on time, pursue post-secondary opportunities and compete in a global economy.

Strategies to Consider for Literacy Instruction Across Teaching Reading

The NAEP test results analyzed over 7,000  9-year-old  4th grade students. This is a critical period for readers because starting in grade 3, students transition from learning to read, to reading to learn. As children read to learn, DreamBox Reading helps develop the components of reading. They include reading comprehension, vocabulary and fluency – a component often not addressed in the silent reading phase.

Below you’ll find a brief description of each component as well as some easily incorporated strategies to support improved reading outcomes.

Reading Comprehension

Simply put, comprehension means making meaning from text. However, getting to comprehension can be complex and requires three processing systems:

  • Phonological: Recognizing familiar words or being able to decode unfamiliar words.
  • Meaning: Understanding the meaning of each word.
  • Context: Understanding the meaning of sentences and entire texts.
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One simple strategy to support students’ reading comprehension is to incorporate read-aloud instruction. Use turn-and-talk, open-ended questions, small-group discussions and student-student discourse to ensure 100% student engagement.

Another strategy, or resource, to support the development of comprehension skills is an online literacy program like DreamBox Reading. Adaptive technology can offer personalized scaffolding to build independent reading skills. The DreamBox Reading program automatically customizes lesson features including content level (based on an initial assessment), reading rate, opportunities to reread texts and questions interspersed throughout each lesson. The program also allows students to self-select reading texts that are engaging and further build content knowledge and vocabulary.

Vocabulary

Vocabulary is the knowledge of what a word means and how to pronounce it. Students develop vocabulary by sounding out words. Making sense of the word then informs comprehension. Readers must understand the meaning of words in order to understand the full content of the text.

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Read-alouds, a great strategy for improving reading comprehension, can also help build students’ vocabulary. A 2019 research study found that young children whose parents read aloud to them five books a day enter kindergarten having heard about 1.4 million more words than kids who were never read to.

In addition to vocabulary acquisition that can be formally taught before and during a read-aloud, a combination of turn-and-talks, small-group discussions, and student-student discourse can further grow students’ vocabulary.

Additionally, an adaptive reading program with built-in vocabulary support can supplement whole- and small-group instruction. It provides personalized vocabulary development and improvised reading comprehension. For example, the vocabulary component in DreamBox Reading teaches students a research-based compilation of highly valuable, cross-curriculum, general academic vocabulary. Students master words through activities such as matching a vocabulary word with its synonym, selecting sentences where it’s used properly, and completing sentences with members of its word family.

DreamBox Reading also teaches students “2,400 Words to Master” a research-based compilation of general academic vocabulary. Their word mastery is continually evaluated, and students receive support for academic words they struggle with. These words are systematically included and repeated within their reading selections to help them progressively increase complexity of texts.

Developing Reading Fluency

There are two types of reading fluency:

  • Oral Reading Fluency: In grades K – 2, students build foundational skills, such as phonemic awareness and phonics skills. During this phase, they also develop oral fluency. Students demonstrate speed, accuracy and expression as they read aloud. It’s immediately apparent when a student doesn’t read a word or sentence correctly. A teacher can then intervene appropriately and quickly.
  • Silent Reading Fluency: Silent reading fluency becomes increasingly important beginning in 3rd grade. It’s the ability to read silently with attention and concentration, ease and comfort, at grade-appropriate reading rates and with good understanding. 

Silent reading fluency is taught the least yet tested the most. The challenge for teachers is how to teach silent reading fluency. Both nonproficient and proficient readers can struggle with low reading fluency, which affects motivation and engagement. Fluent readers are able to focus on comprehension, read increasingly complex texts, and become a more confident and engaged reader.

Reading solutions with embedded assessments can help identify students’ strengths and weaknesses and what they need from the start. This data allows for targeted instruction and can inform areas of fluency, comprehension, vocabulary, confidence and interest. With greater access to student data, educators have insight into where students are and what they need to grow.

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Students cannot develop comprehension without vocabulary or fluency skills. However, many intervention programs fail to address silent reading fluency. So, students are limited in the progress they can make across other critical skills. DreamBox Reading is the only reading solution that supports silent reading fluency. Educators can leverage the Intelligent Adaptive Learning technology to guide and support reading fluency and provide each student with just-right instruction. Reading fluency allows students to focus more deeply on comprehension, read increasingly complex texts and become a more confident and engaged reader.

As students develop and hone the skills necessary to become readers, they must engage with the right content to become better readers. Technology can match students with the right lessons for their vocabulary, comprehension and fluency levels. It can adapt and adjust to ensure they remain within their zone of proximal development. As they build intersectional skills in every area, just-in-time technology, like DreamBox Reading 3 – 12, can provide personalized scaffolds and support based on student behavior and needs.

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Most Tested, Least Taught: Silent Reading Fluency https://www.discoveryeducation.com/blog/teaching-and-learning/most-tested-least-taught-silent-reading-fluency/ Fri, 04 Apr 2025 19:34:15 +0000 https://www.discoveryeducation.com/?post_type=blog&p=183423 Starting the Journey: Learn to Read Through Oral Reading Fluency Before we define silent reading fluency, it may be helpful to understand that before students can approach silent reading fluency, they begin their reading journey with oral reading. Oral reading is generally the focus of grades K – 2. Students build foundational skills, such as […]

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Starting the Journey: Learn to Read Through Oral Reading Fluency

Before we define silent reading fluency, it may be helpful to understand that before students can approach silent reading fluency, they begin their reading journey with oral reading.

Oral reading is generally the focus of grades K – 2. Students build foundational skills, such as phonemic awareness and phonics skills. During this exciting time, they learn to decode words, put sentences together and make it through their first books. This is often referred to as the learn-to-read phase.

During this phase, it’s easy for teachers to track their students’ speed, accuracy and expression as they read aloud. It’s immediately apparent when a student doesn’t read a word or sentence correctly, and a teacher can intervene appropriately and quickly.

Continuing the Journey: Reading to Learn Through Silent Reading Fluency

Around grade 3, there’s a dramatic shift in the reading journey. Around this time, the expectation is that students will be ready to use reading to learn grade-level content. This is the reading-to-learn phase.  Students will continue to hone and sharpen these skills as they move through school and will read and understand increasingly complex texts. This ongoing phase will continue throughout each student’s academic career and beyond. This work is mostly executed through silent reading. 

What is silent reading fluency?

Silent reading fluency is the ability to comfortably read silently with concentration, at appropriate reading rates and with clear understanding. This skill bridges the gap between word recognition and comprehension. Silent reading is a combination of three types of skills that actively work in concert as a student reads. It is:

  • Physical: When students read, their eyes move across each word of a sentence in a specific order and an efficient manner.
  • Cognitive: Once students have moved their eyes across the text, they identify the vocabulary of each word and string the sentence together to comprehend the meaning.
  • Emotional: When students finish reading their feelings contribute to the outcomes. If students feel confident about reading and have interest in the content, they are more likely to continue to read.

What does strong reading fluency look like?

Students cannot achieve fluency without the ability to recognize and understand words immediately and decode unfamiliar words. Strong fluency is created by automaticity, language comprehension and a solid vocabulary. It allows for improved text comprehension and empowers readers to build their vocabularies, which enables greater comprehension of more complex texts.

When fluent readers read silently, they:

  • Recognize words automatically
  • Group words quickly
  • Gain meaning from text

Students must continually master all these skills while engaged with reading to become proficient silent readers. However, unlike oral reading fluency, effective silent reading fluency is difficult for teachers to monitor and intervene if students need support. Silent reading fluency is an unseen and unheard skill, and it is undeniably necessary to become a proficient reader.

Silent Reading Fluency is the Skill That is Taught the Least Yet Tested the Most.

Students use silent reading daily – when students take quizzes and benchmark tests, complete assignments, study for an upcoming discussion or simply follow directions in class. They also use the skill during high-stakes exams, such as end-of-year assessments, standardized tests and entrance exams, like the ACTs or SATs. Students use silent reading skills every day, across all areas, and as a result nonproficient reading affects the ability to learn in ALL subject areas.

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Data has indicated that silent reading fluency is a common struggle for many students. Seventy percent of nonproficient students are not fluent in silent reading, and 30% of proficient students are not fluent in silent reading.

Why is Silent Reading Fluency Frequently Overlooked?

Teachers are trained to listen to students for struggles during oral reading. However, students who struggle to read silently may not demonstrate easy-to-spot signs.

Early readers have a small visual span; that is to say, they only see a few letters at a time. They also haven’t developed eye movements that naturally move from left to right, knowing where to land on words. When researchers looked at eye-movement recordings of students reading, they noticed that students who read inefficiently make many extra fixations or eye stops. They move very short distances and make regressive eye movements. They’ll move backward to check words or confirm what they saw. The reader invests a lot of time trying to move their eyes to the right place within the text. Reading becomes exhausting and making sense of the content becomes difficult.

Consider this example of a nonfluent 7th grade student:

A nonfluent 7th grade student reads at a pace of about 140 words per minute, at a 2nd-grade level. As this reader attempts to read a 7th grade text, they regress back across the text and the reader must reorder the words before trying to comprehend the content. This extra work leads to low comprehension levels and low motivation.

All of this extra energy is largely invisible to teachers. Without insight into these inefficiencies, teachers may not intervene, and students will continue to struggle in classes for years.

Three Critical Elements to Drive Reading Fluency

Becoming a fluent reader allows a student to focus more deeply on comprehension, read increasingly complex texts and become a more confident and engaged reader. Educators can leverage technology to guide and support this work and provide each student with what they need the moment they need it.

  1. Targeted Instruction: Reading solutions with embedded assessments can help identify each student’s strengths and weaknesses and what they need from the moment they start. This data should inform areas of fluency, comprehension, vocabulary, confidence and interest. With greater access to student data, educators have insight into exactly where a student is and what they need to grow further.
  2. Structured Practice: Students must practice the right lessons to become better readers. Technology can match students with the right content for their fluency levels and adapt and adjust to ensure they remain within their zone of proximal development. As they build skills in every area, just-in-time technology should provide personalized scaffolds and support based on student behavior and needs.
  3. Student Engagement: Every student should have the choice and control to pursue knowledge. By allowing students to select the content that interests them most, educators empower them to build their skills in the most meaningful way and motivate them to become lifelong readers. This means providing diverse content with mirrors, windows and doors. Students can see themselves and others within the text and learn about new experiences.

Fluency is a gateway to comprehension and motivation. When the eyes can take in text at a comfortable, adequate rate, energy is freed up for comprehension. When students understand material, they feel confident and motivated to continue to read.

Discovery How Reading Plus Can Support Reading Fluency

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Developing Disciplinary Literacy Across Core Subjects https://www.discoveryeducation.com/blog/teaching-and-learning/developing-disciplinary-literacy-across-core-subjects/ Fri, 04 Apr 2025 19:33:59 +0000 https://www.discoveryeducation.com/?post_type=blog&p=183140 If we want students to learn biology, why not teach them to think, read and write like biologists? If we want them to learn history, shouldn’t they learn to think, read and write like historians? Approaching core subjects from this perspective is at the heart of disciplinary literacy. Now more than ever, it’s become vital […]

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If we want students to learn biology, why not teach them to think, read and write like biologists? If we want them to learn history, shouldn’t they learn to think, read and write like historians?

Approaching core subjects from this perspective is at the heart of disciplinary literacy. Now more than ever, it’s become vital that educators instill literacy skills grounded in real careers, creating students with an expert’s eye for real-world materials, regardless of the medium.

Content-area reading uses generic reading strategies, regardless of the text that’s being read. But disciplinary literacy is a way of approaching text with the reading strategies employed by experts in a given field— experts have specialized ways of thinking, talking, and writing.

Introducing Multiple Perspectives is Key

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Historians require the lens of multiple perspectives, reading between the lines of several writers to arrive at their conclusions. Mathematicians seek absolute answers, first and foremost, using abstract reasoning and pattern recognition to make their findings. Scientists employ analytical skills to parse the validity of data in research reports, finding logical links between various findings before formulating their hypotheses.

These experts don’t just rely on one resource. Their expertise is contingent on their own observations, along with the perspectives of others, expressed across several media types. Likewise, the days of using a single textbook as a teaching resource are over. Educators must begin using new types of resources in the classroom, including digital content and media to immerse students in real-world reading, writing and thinking.

The disciplinary literacy approach to reading reinforces the new era of teaching, which welcomes multiple resources and multiple media types, to help students form a grounded understanding of a subject that even experts would respect. Just recently, a superintendent said, “the combination of media integrated into the informational text makes students want to read.”

The hallmark of any focus on literacy — disciplinary or otherwise — is instilling the need and the desire to want to read.

Each discipline has unique ways of asking questions and solving problems. Similarly, each discipline has unique expectations for the types of claims that are made and the way those claims are supported. These differences play out in the ways that texts are written and in the demands those texts place on the readers. For these reasons, we can say that each discipline has its own discourse community, a shared way of using language and constructing knowledge.” [1]

Disciplinary Literacy and State Standards

Although there is much debate about the purpose or primary job of schools, most who work in education would agree that an important purpose of a school is to develop literate individuals. The Common Core State Standards for English Language Arts[1] identify the capacities of a literate individual as follows:

  1. They demonstrate independence.
  2. They build strong content knowledge.
  3. They respond to the varying demands of audience, task, purpose, and discipline.
  4. They comprehend as well as critique.
  5. They value evidence.
  6. They use technology and digital media strategically and capably.
  7. They come to understand other perspectives and cultures.

These broad statements about what it means to be literate led the standards’ authors to decide that developing literacy in students is a joint responsibility that English Language Arts (ELA) teachers share with content area teachers. And while the foundational skills associated with literacy are infused in the K-5 ELA standards, the more specialized disciplinary literacy skills are listed in the Grades 6-12 Literacy in History/Social Studies, Science, and Technical Subjects[2]The standards that ELA teachers are responsible for teaching are listed under the following headings:

  • Reading: Literature
  • Reading: Informational Text
  • Writing
  • Speaking and Listening
  • Language

Content area teachers are also expected to teach standards related to reading informational text and standards related to writing. Because research has shown that experts in a field have specialized ways of thinking, talking, and writing about information that separate insiders within the field from the general public, the authors of the standards want content area teachers to teach students the specialized knowledge and skills that readers and writers use within the content area or discipline. In an article in the Harvard Educational Review[1], Cynthia and Timothy Shanahan present a model of literacy development that includes three stages.

1. Basic Literacy
Literacy skills such as decoding and knowledge of high-frequency words that underlie virtually all reading tasks.
2. Intermediate Literacy
Literacy skills common to many tasks, including generic comprehension strategies, common word meanings, and basic fluency.
3. Disciplinary Literacy
Literacy skills specialized to history, science, mathematics, literature, or other subject matter.

They argue that until recently, secondary (grades 6-12) educators have not focused enough attention on helping students master the discipline-specific ways of reading and writing that are characteristic of the content area that the teacher is teaching. Instead, the literacy focus in secondary classrooms remained on the intermediate literacy skills that are common to many disciplines, such as previewing the text, activating prior knowledge, using graphic organizers, and summarizing the text. While these skills are necessary and have a definite place in the secondary classroom, literacy instruction that fully prepares students for college, careers, and adult life also includes a focus on the more specialized literacy skills of each discipline. When students are asked to think, read, write, speak, and listen like an expert in the field, they develop the insider knowledge needed to succeed with intellectually challenging tasks.

Applying Real-World Behaviors to Bridge Literacy Across Subject Areas

By studying professionals working within a discipline, researchers recognized that the way historians read, write, and think is different from the way scientists or mathematicians use literacy skills within their work. A broad body of research on adolescent literacy development[2] suggests that while the literacy demands of school and the workplace have increased over time, the way we approach teaching literacy skills has not changed enough. The thinking and reasoning skills that individuals need to thrive in 21st century daily life and professional careers are developed as content area teachers focus on teaching both the content of the field of study and the specialized literacy skills associated with the discipline.

The standards for Grades 6-12 Literacy in History/Social Studies, Science, and Technical Subjects do not replace subject area standards, but instead complement them. These standards require teachers to use their content area expertise to help students master the challenges of thinking, reading, writing, speaking, and listening in the various subject areas.

Disciplinary Reading and Writing Skills

In keeping with the standards, the focus of disciplinary reading and writing should be on the following:

Disciplinary Reading Skills

  • Key Ideas and Details
    • Citing Evidence from Text
    • Central Ideas, Details, and Summary
  • Craft and Structure
    • Vocabulary
    • Text Structure
  • Integration of Knowledge and Ideas
  • Text Features
  • Author’s Point of View, Fact or Opinion
  • Comparison
  • Range of Reading and Level of Text Complexity

Disciplinary Writing Skills

  • Text Types and Purposes
    • Argument Writing
    • Informational/Explanatory Writing
  • Production and Distribution of Writing
  • Clarity and Coherence
    • Attention to Task, Purpose, and Audience
    • Writing Process and Revision
    • Use of Technology
  • Research to Build and Present Knowledge
    • Generating Questions and Conducting Research
    • Gathering Relevant Information
    • Drawing Evidence
  • Range of Writing

Let’s take a brief look at the literacy demands of selected subject areas outside of ELA and think about how teachers develop students’ thinking, reasoning, and communication skills by emphasizing the specialized way that experts in that subject area approach some of the focus areas listed above.

Thinking, Reading, Writing, Speaking, and Listening in Social Studies​

Extensive work has been done on elucidating the skills historians and other social scientists use to do their work. Broadly speaking, historians study documents and other artifacts from the past to develop and communicate an understanding of what was occurring at a particular time in history. They are keenly aware that documents:

  • Present an incomplete picture of an actual event.
  • Represent a particular point of view.
  • Reflect the thinking and perspective of the author.

Historians want to know more than what happened in the past. They also want to understand why certain events happened. Why did people do what they did? How does what happened in the past connect to and inform the present? What does the past tell us about what might happen in the future?

Key ideas in the Grades 6-12 Literacy in History/Social Studies standards for reading include:

  • Analysis and Summary of Primary and Secondary Sources
  • Meaning of History/Social Studies Words and Phrases
  • Description and Analysis of Text Structure
  • Identification, Comparison, and Evaluation of Aspects of Text that Reveal Author’s Point of View
  • Integration of Visual Information, Quantitative and Qualitative Information, and Multiple Sources
  • Analysis of Author’s Claims
  • Comparison of Treatment of Topic in Primary and Secondary Sources

The writing standards do not differ by content area, but assume that the writing will be specific to the content of the discipline. The following is a sample of expectations from the writing standards. These examples are for students in grades 6 to 8.

  • Introduce claim(s) about a topic or issue, acknowledge and distinguish the claim(s) from alternate or opposing claims, and organize the reasons and evidence logically.
  • Develop a topic with relevant, well-chosen facts, definitions, concrete details, quotations, or other information and examples.
  • Conduct short research projects to answer a question (including a self-generated question) drawing on several sources and generating related, focused questions that allow for multiple avenues of exploration.

Many social studies teachers address the literacy standards as they teach social studies content by structuring their classes with a focus on social science inquiry and asking questions. They present students with primary source materials and guide students to ask important questions related to the documents they are reading. The Stanford History Education Group has developed a free online curriculum entitled, “Reading Like a Historian.”[3] Each lesson in the curriculum is focused on a central question and includes a set of primary source documents. Students are expected to investigate the set of documents using historical thinking skills like sourcing, contextualizing, close reading, and corroboration.

Students using the Stanford materials improved their reading comprehension, historical reasoning skills, and factual recall.[4] A major strength of the Stanford materials is that they provide a model that school districts and individual teachers are using to develop additional instructional materials. The historical thinking skills listed above certainly help students who wish to become historians, but they also provide students with reasoning skills that serve them well in a wide range of situations.

Thinking, Reading, Writing, Speaking, and Listening in Science​

The traditional science class has included a number of assignments that appear on the surface to replicate the kinds of reading and writing that scientists do. Students read laboratory investigations to prepare for labs. They develop lab reports to tell about experiments they conducted in class. However, many science educators have worked to eliminate the need for students to struggle with the literacy demands of science laboratory work because they wanted to focus on laboratory skills and the science content.

Well-taught science classes have always emphasized collecting and analyzing data. Students have been taught that scientists respect data; they spend time developing powerful representations of data such as graphs and charts; and they value being able to replicate an experiment and get data that is similar to the data collected by other scientists who did the same experiment. But science classrooms have not always emphasized the literacy skills that are an integral part of the work of scientists.

In their professional work, scientists…

  • Read research reports that include abstracts, section headings, figures, tables, diagrams, drawings, photographs, reference lists, and endnotes. Often scientists do not read the entire document, but only the parts of the report that are of special interest.
  • Use technical vocabulary which often contain Latin or Greek roots. The vocabulary terms sometimes have one meaning in everyday discourse and a different and highly specialized meaning in science.
  • Use categories and taxonomies that represent abstract ways of thinking that are not typically captured in everyday thinking.
  • Analyze research reports of scientific findings through the lens of scientific reasoning. Key questions they consider include the following:
    • What are the functions of the investigation—to explore, check previous results, test the explanatory power of a theory? The functions of the investigation will influence how the reader evaluates the evidence presented.
    • What data has been collected and how has it been analyzed? Is the data appropriate to the questions and conclusions reached?
    • What are the trade-offs of the research design, weighing what we can learn from experiments with controlled conditions versus what we can learn from naturalistic or direct observations?
    • What are the logical links between data, findings, previously related research and widely accepted theory?
    • What are potential sources of bias that may influence the findings and recommendations?[5]

Key ideas in the Grades 6-12 Literacy in Science and Technical Subjects standards for reading include the following:

  • Analysis and Summary of Science and Technical Texts
  • Following a Multistep Procedure
  • Understanding Symbols and Key Terms
  • Analysis of Text Structure
  • Purpose of Explanations and Procedures
  • Integration of Information Presented in Diverse Formats
  • Analysis and Evaluation of Reasoning and Evidence Presented in Text
  • Comparison of Findings from Varied Sources

Although the writing standards are the same as for history/social studies, they assume that the writing will be specific to science and technical content. The following is a sample of expectations from the writing standards. These examples are for students in grades 9 to 10.

  • Develop claim(s) and counterclaims fairly supplying data and evidence for each while pointing out the strengths and limitations of both in a manner that anticipates the audience’s knowledge level and concerns.
  • Introduce a topic and organize ideas, concepts, and information to make important connections and distinctions; include formatting (e.g., headings), graphics (e.g., figures, tables), and multimedia when useful to aiding comprehension.
  • Use precise language and domain-specific vocabulary to manage the complexity of the topic and convey a style appropriate to the discipline and context.
  • Gather relevant information from multiple authoritative print and digital sources, using advanced searches effectively and integrating information into the text selectively to maintain the flow of ideas, avoiding plagiarism and following a standard format for citation.

Engaging students in well-designed scientific inquiry in the classroom allows them to develop the skills and thought processes of scientists. Helping students identify areas of interest within science and then working with them to conduct in-depth research over time lets them gain detailed insight into how knowledge develops. Teaching students how to question evidence and the logic of others helps them develop a set of skills that serve them well beyond the science classroom. For example, these same reasoning skills can be used in making personal health decisions, in making financial decisions, as well as in making decisions related to civic and political issues.

Thinking, Reading, Writing, Speaking, and Listening in Math​

During the first year of their Carnegie-sponsored research on disciplinary literacy, the Shanahans (see footnote on page 1) worked with experts in history, mathematics, and chemistry to understand more about the specialized literacy skills of each discipline. The mathematicians in the study emphasized the importance of reading and re-reading text. They spoke to the importance of specialized vocabulary and understanding that the meaning of symbols may change depending on the context. Mathematicians also spend much of their professional time reading and interpreting graphs, charts, and tables.

A major goal of the Common Core State Standards for Mathematics is to ensure that students spend time thinking about and solving worthwhile mathematics problems. The goal is to have students develop the habits of mind of the mathematician. The Standards for Mathematical Practice[6] identify eight skills that teachers at all levels should seek to develop in students. The standards state that mathematically proficient students:

  1. Make sense of problems.
  2. Persevere in solving problems.
  3. Reason abstractly and quantitatively.
  4. Construct viable arguments.
  5. Critique the reasoning of others.
  6. Use appropriate tools strategically.
  7. Attend to precision.
  8. Look for and express regularity in repeated reasoning.

In the mathematics classroom, students should have opportunities to address the standards for Grades 6-12 Literacy in Science and Technical Subjects, but the emphasis should be on the mathematics practices. Mathematics educators see practices 1 and 6 as reflecting overarching habits of mind of the mathematician. Many see practices 2 and 3 as practices that all contributing members of the mathematics community use on a regular basis as they communicate with others. They see practices 4 and 5 as being particularly relevant to how people use mathematics in many work settings, while practices 7 and 8 relate more closely to the work of theoretical mathematicians.

When students work with rich, real-world problems, they have the opportunity to use and develop many of the mathematics practices. The modern mathematics class requires students to collaborate and work with others to solve problems. Teachers give students opportunities to discuss different approaches to the same problem and ask them to think and talk about whether the answer makes sense in a real-world setting. Students also discuss whether or not their approach yielded a correct answer. Was the approach efficient? Can it be generalized, and will it work for all numbers? Why or why not? Through rich discussion, students develop mathematical thinking and reasoning skills as well as the ability to critique their own reasoning and the reasoning of others. Again, the reasoning and thinking skills serve students well in a wide range of settings and situations.

Explore Ideas for Literacy Instruction Across All Content Areas

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6 Summer Reading and Math Activities for Elementary Students https://www.discoveryeducation.com/blog/teaching-and-learning/6-summer-reading-and-math-activities-for-elementary-students/ Fri, 04 Apr 2025 19:33:39 +0000 https://www.discoveryeducation.com/?post_type=blog&p=182703 Just because it’s summer doesn’t mean students have to stop learning. Everywhere you look there are opportunities for them to expand their math and reading skills. Discovery Education is here to help teachers support students’ learning this summer. Here are six fun math and reading activities that families can enjoy together while students improve their […]

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Just because it’s summer doesn’t mean students have to stop learning. Everywhere you look there are opportunities for them to expand their math and reading skills. Discovery Education is here to help teachers support students’ learning this summer. Here are six fun math and reading activities that families can enjoy together while students improve their reading and math abilities.

1. Play Card Games

Develop number sense with card games. Counting, estimating, adding, subtracting, multiplying and working with fractions and money are important skills. The more students use numbers, the better they understand number relationships. The simple game of “War” helps them recognize numbers that are greater than or less than others, or each player can take two cards from the pile and add (or subtract or multiply) their two numbers. The bigger number (or smaller number in subtraction) wins that round. Students practice computation skills, while improving their mental math strategies.

2. Use Storytelling

Have fun with make-believe! Writing stories is great for practicing reading, writing and art skills – all things students would normally do in school. Give them blank pieces of paper or a journal. Have students create their own stories or recreate one of their classic favorites. Maybe have them write down everything they do in one day to turn it into a story the next day – complete with illustrations.

3. Draw and Build

Try out two-dimensional fun: Many students love to draw. Why not incorporate shapes and geometric vocabulary? Ask them to make an ice cream cone using two shapes. Talk about the attributes of the shape. How many sides does the triangle have? How many angles? Which lines are parallel?

Take thinking to the next level with three-dimensional building: Using building sets, let learners explore and create. Ask them to build a structure for a certain purpose or that meets certain criteria (it needs to have a way for people to enter and exit, or it must have a place for the horses to sleep). After they build it, they’ll love describing to you how it functions to meet its given purpose.

4. Dream About Vacation Destinations

Research and plan vacation dreams together. Have students imagine what they’d do on the perfect vacation. Help them research their vacation destination, writing down how long they’d stay, what they’d do and how they’d do it. For instance, a visit to a water park or National Park. Visit the site online and learn as much as possible about the rules, times, activities, cost per day and what to wear. Create a list of necessary items and turn it into a writing and reading adventure, complete with a story line.

5. Solve Real-life Problems

Work through problems together. Involve your learner in real-life problem-solving: think out loud and explain your reasoning. When planting a garden, how many seed packets will we need? Calculate how many seeds we’ll need per row at six inches apart. What tool should we measure with or should we estimate? The more kids hear your reasoning, the more comfortable they will become using math!

6. Get to Know Your Library

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Cultivate lifelong learning. Most libraries have summer programs to keep students learning while they’re not in school. Visit your library to learn about summer programs for kids. Libraries read aloud for younger children and have book clubs and discussion groups for older children and teens. Each summer reading program is a little different, so check with your local library and see what it has to offer.

You can help students have math and reading fun all summer long with engaging games, activities, and projects!

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8 Research-Based Instructional Recommendations for Students with Signs of Dyslexia https://www.discoveryeducation.com/blog/teaching-and-learning/8-research-based-instructional-recommendations-for-students-with-signs-of-dyslexia/ Fri, 04 Apr 2025 19:33:38 +0000 https://www.discoveryeducation.com/?post_type=blog&p=182681 One in five students has a language-based learning disability, the most common of which is dyslexia. Of students with reading difficulties, up to 80 percent are likely to have some form of dyslexia. Unfortunately, many of these children go undiagnosed until well after the primary grades, leading to significant difficulty with reading and subject-area studies. […]

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One in five students has a language-based learning disability, the most common of which is dyslexia. Of students with reading difficulties, up to 80 percent are likely to have some form of dyslexia. Unfortunately, many of these children go undiagnosed until well after the primary grades, leading to significant difficulty with reading and subject-area studies.

Fortunately, awareness of dyslexia is rapidly growing. In 2015, the U.S. Department of Education issued a new policy affirming that students with dyslexia, dyscalculia, and dysgraphia are specifically eligible for school support funded through the Individuals with Disabilities Education Act (IDEA).

At the time of this publication, more than 40 states now have dyslexia laws, and an increasing number of school districts are increasing diagnostic and instructional services for students with signs of dyslexia. While state mandates are not always fully funded, the fact is that there is strong research supporting specific evidence-based instructional practices that enable dyslexic students to become successful readers and strong academic achievers. 

Here are eight research-based instructional recommendations for students with signs of dyslexia:

1. Multisensory Learning Modalities

Multisensory learning is a method of learning that includes more than one sense, such as visual, auditory, kinesthetic, and tactile. Because multisensory learning activates multiple parts of the brain, it’s been shown to increase engagement and enhance memory in all learners—but especially those with dyslexic characteristics.

International Dyslexia Association (IDA) recommends incorporating two or three of the senses into reading instruction to help dyslexic children better understand new information and make the lesson stick.

2. Explicit Instruction

Explicit instruction, as defined by the IDA, is “the deliberate teaching of all concepts with continuous student-teacher interaction. It is not assumed that students will naturally deduce these concepts on their own.”

This student-teacher interaction is critical because very few students have the motivation or confidence to teach themselves, especially if they’re already struggling with dyslexic characteristics.


3. Fluent/Automatic Reading

When a student has achieved adequate reading fluency, that means that they’re able to read text quickly, smoothly, and accurately. When they’re reading aloud, they can place the proper expression and intonation on the words, and they can comprehend what they’re reading without pausing to decode each individual word.

Poor reading fluency is a very common characteristic of dyslexia and other reading disabilities; problems with reading fluency can linger even when students’ accuracy in word decoding has been improved through effective phonics intervention.

However, when students switch from oral reading practice to silent reading practice, you can no longer hear these pauses or mispronunciations, so it’s much more difficult to discern whether or not a student is struggling with fluency.

To help dyslexic students develop fluency, the IDA recommends that teachers:

  • Interpret fluency assessments accurately to understand each students’ fluency level
  • Provide appropriate types and levels of texts for reading instruction
  • Encourage students to engage in independent reading practice, and
  • Provide structured fluency interventions for students as needed.


4. Vocabulary

Knowledge of word meanings is critical to comprehension. When we read, we recognize words and word families we know. That’s why vocabulary acquisition is an essential element of reading growth.

In fact, cognitive scientists have suggested that vocabulary is one of the greatest predictors of reading comprehension.

As the IDA states, “research supports both explicit, systematic teaching of word meanings and indirect methods of instruction such as those involving inferring meanings of words from sentence context or from word parts.”


5. Morphology

A morpheme is the smallest unit of language that still holds meaning. Morphology, then, is the study of base words, roots, prefixes, and suffixes.

When educators incorporate morphology into reading instruction for students with dyslexic characteristics, they help them more quickly and easily decipher unfamiliar words in a text.

For example, when a student understands that the word expectation means “a belief about the future,” then they can also easily infer the meanings of expectedexpectancy, and unexpected.


6. Diagnostic Teaching

Diagnostic teaching is an instructional approach that aims to pinpoint exactly why a particular student is struggling and then provide individualized instruction to meet that student’s needs.

The IDA recommends that educators take both informal (for example, by observing the student in explicit instruction) and formal assessments (for example, by assigning standardized tests) of their students’ needs.


7. Systematic and Cumulative

According to the IDA, effective reading instruction for students with signs of dyslexia is both:

  • Systematic, meaning that the reading material is organized in a logical, coherent manner, beginning with the most basic concepts and progressing to more difficult ones; and
  • Cumulative, meaning that each step builds upon concepts previously learned.

Rather than allowing students to fall back into less difficult texts or frustrate themselves by moving ahead too quickly, you should structure the lessons in a way that enables students to strengthen their existing skills while developing new ones.


8. Syntax and Semantics

Syntax and semantics deal with the grammatical, mechanical, and sensible structure of language. They are the set of rules and principles that allow us to both convey and decipher meaning in a text.

The IDA recommends that educators include instruction in both syntax and semantics to help students with signs of dyslexia understand the mechanics of language, the relationship between words, and the contextual meaning of texts.

The Evidence-Based Reading Intervention Program for Students with Signs of Dyslexia

Incorporating all eight IDA recommendations into the ELA curriculum can be difficult. Fortunately, research has shown that Reading Plus is effective in meeting the needs of students with various reading needs, including those with signs of dyslexia.

The program is designed to help students establish efficient reading habits that enable them to spend their mental resources on interpreting and appreciating what they read, rather than battling with the mechanics of reading. Key components of the program specifically meet the IDA recommendations.

Additionally, the program helps educators use data to diagnose individual student needs and drive effective literacy instruction for all learners.

Supporting all students in their learning journeys calls for reliable strategies, content, and curriculum. When it comes to learning disabilities like dyslexia, identifying the “right” strategies can make all the difference.

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Three Tips to Keep Students Learning Over the Holidays https://www.discoveryeducation.com/blog/teaching-and-learning/three-tips-to-keep-students-learning-over-the-holidays/ Sat, 06 Apr 2024 05:15:39 +0000 https://www.discoveryeducation.com/?post_type=blog&p=186991 Emotions and energy over holidays and extended school breaks are guaranteed to go up and down, for both grown-ups and kids. Here are three tips to help your students stay on the learning track during the holidays:   1. Offer flexible, timely content Embrace the flexibility that digital resources provide by sharing resources that students […]

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Emotions and energy over holidays and extended school breaks are guaranteed to go up and down, for both grown-ups and kids. Here are three tips to help your students stay on the learning track during the holidays:

 

1. Offer flexible, timely content

Embrace the flexibility that digital resources provide by sharing resources that students can access when they’re on-the-go visiting family or when they find downtime at home. While instructional calendars are often packed full of expectations, view breaks as an opportunity to build on learning that’s already been done, explore “fun” topics, or think creatively, not as a chance to build new skills. Consider sharing Interactives, reading and math reviews, or timely holiday content to allow students to explore content that practices academic skills but doesn’t add additional pressure during a time students should be recharging.

 

2. Communicate ideas with parents!

Share ideas with parents to help them make learning fun over the holidays. Parents may be searching for ways to keep students’ minds active, but do not know where to start. Teachers know that having resources for students to explore is only one part of learning, so consider sharing ways to help motivate students to spend time learning over the break! Here are some simple tips to share with parents:

  • Consider having your child engage with learning resources during his or her most alert and responsive time of the day. Some students learn best in the morning, while others prefer afternoons or evenings.
  • Allow learning to be casual during holiday breaks. A nice, comfy chair or spot on the couch might be just what your learner needs to boost engagement!
  • Take interest in what your child is learning! Ask questions, let them explain the topics to you, and look at the resources they’re reviewing. Holiday breaks are the perfect opportunity for family time and learning doesn’t have to get in the way of that!

3. Celebrate that students attempted learning during the break.

When planning holiday learning content, adjust expectations by focusing on perseverance or lesson completion instead of time spent on lessons. Give students the freedom to enjoy the program without making it feel like a mandatory assignment. You’ll not only set students up for success but also create a positive experience in which they are more likely to engage in a deeper and organic manner!

 

While the holidays bring a time to recharge and spend time with family, offering flexible content is a great way to help students stay engaged in learning during their time away from the classroom!

Find More Ideas for Keeping Students Engaged in Learning Outside of the Classroom

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