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The 20 Best Strategies for Teaching Early Math Skills

Learning math is a fundamental part of early childhood education. It’s why Sprig offers the Sprig Math program, to pair Sprig Language in teaching early numeracy and literacy respectively.

To ensure every child has a fair shot at success, both core subjects of language and math are fundamental and must be taught well. They complement each other. 

Making sense of oral language helps to learn math concepts by understanding what is being said or instructed.

Math also builds reasoning, which increases comprehension, including language comprehension.

The two subjects are so interconnected that language and math learning difficulties tend to coincide in primary school. There is also evidence to show that it’s more difficult to overcome a math learning gap than it is to overcome a language learning gap. 

In a study on school readiness and later achievement, it’s said that early math skills have even greater predictive power than reading and attention skills, when it comes to determining success.

Given math is such an integral part of early childhood education, we wanted to do a comprehensive roundup of all strategies written on this topic. 

We present them in this article. 

 

The Many Strategies for Teaching Early Math Skills 

Many Strategies for Teaching Early Math Skills

There are numerous strategies for teaching early math, and they have varying degrees of shared characteristics. 

We reviewed many different strategies (from multiple sources) to arrive at this list of 20 math strategies. Their overlaps are minimized. 

 

From Many to The Best

 

Repetition

  1. Use Repetition to Build Familiarity: Although the most basic strategy in this list, it is still very popular in teaching students early math. Through repeated practice, early learners get to practice skills such as anticipation, prediction, and cause and effect.

 

Start by Counting

  1. Start by Counting: Counting is one of the most common activities in teaching early math skills. Due to its prevalence, it can be thought of as a strategy. Instead of counting by rote, it’s better to develop quantity sense. Counting is reinforced in many literacy lessons, as well as everyday life situations.

 

Hands on activities

  1. Do Hands-on activities: Abstract concepts in math can be difficult to absorb for early learners. Doing activities with manipulatives, blocks, relational rods or clay are helpful to visualize these concepts. These methods of learning math are the first step of the concrete, pictorial, abstract approach to learning math. 

 

Graphics to engage and explore

  1. Use Graphics To Engage and Explore: Using colourful moving images, catchy sound effects and songs engages students in learning. Static images are good for demonstrating math concepts, but moving visuals accompanied by audio are even better. They support deeper thinking about the mathematical concepts in which they are engaged.

 

Differentiate using technology

  1. Differentiate Learning via Technology: Most teachers use some sort of differentiation tactic to teach their students. Technology amplifies this differentiation capability, by 1) keeping track of student profiles to see what they have completed 2) offering a chance to those students who are more adept at learning on-screen.

Early Learners will explain concepts

  1. Ask Early Learners To Explain Concepts: It’s good to ask students how they want to solve a problem or what strategies they are thinking about. It develops meta-cognition, which is an important aspect of learning early math.

     

     

    Implement Storytelling

  2. Implement Storytelling: Stories capture the imagination and keep kids engaged. Real-life scenario problems told through stories help kids understand the practicality of math. Fictional stories also grab their attention to look at a problem closely, and the use of characters engages them to solve a problem.

 

Provide Feedback

  1. Provide Feedback: Addressing learning gaps also involves fixing errors so they don’t turn into bad habits in the learning process. While a strength-based approach helps students to learn in their preferred styles, it’s equally important to correct mistakes when they do happen. 

 

Positive Attitude

  1. Develop a Positive Attitude: It’s easier and more enjoyable to learn math if the students believe that they can succeed. It’s beneficial for students if they develop a positive identity and attitude when it comes to learning math. It’s important to reward and praise students when they do well, so they are encouraged to learn more. 

 

Play Games

  1. Play Games: Playing games is one of the ways to make math learning fun. Research shows that playing with puzzles, blocks, and cards all enhance math skills in the early years. Interactive digital games take it one step further in engaging students and increasing learning gains.

 

Schema and Patterns

  1. Use Schema and Patterns: Recognizing patterns, making connections, and predicting sequences are all things that occur when children learn from recurring designs, or patterns. Once kids at an early age figure out the schema, or the underlying pattern behind a math concept, it’s easier for them to learn.

Developmental Progression

12. Use Developmental Progression: Children have some innate abilities to recognize patterns and to count at an early stage. Developmental progression uses such abilities to build a platform from which more advanced mathematical operations can be taught.

 

Formatively Assess

13. Formatively Assess: Monitor progress of what every student has learned. Determine their current level of math knowledge and differentiate instruction accordingly. A formative assessment tool can inform instruction by monitoring progress for each student. It’s helpful for pacing instruction according to the curricular outcomes at the end of the year.

 

Connect Math

  1. Connect Math to Other Learning Areas: Encourage students who see and explain their world in mathematical terms. Introduce general concepts informally, before formally connecting those concepts to formal math vocabulary. Students become more invested in learning math when they see how it is connected to the world around them.

 

Encourage Math talk

15. Encourage Math Talk: Bring up math in every situation, so students can practice applying the learned knowledge and concepts. Verbalizing mathematical thinking gives students greater understanding and awareness of their own problem-solving skills.

 

Time for Math

16. Set Time Aside For Math: Schools have learning blocks dedicated to math, so this strategy is well practiced. But it is extremely important nonetheless to reserve time for teaching math. It should be something that kids look forward to and not dread.

 

Cooperative Learning

17. Set Up Cooperative Learning: It’s possible to learn math alone, but working together in a pair, or in a group with many other students are also great options. Students get to learn from each other and  brainstorm problem solving ideas as a group. Teaching others leads to high retention of a math skill. It’s best to pick groups that are of mixed ability.

 

Teacher Collaboration

18. Promote Teacher Collaboration: Teacher collaboration, or collaborative planning, is one of the major markers of high-quality differentiated instruction. It’s no different in teaching math. Collaborating with other teachers, coaches or specialists improves instruction skills and helps to plan more effective lessons.Furthermore, teacher collaboration helps to build the right math culture in early learning, where math ideas are made fun, and are treated as concepts to be discussed and reasoned through.

 

Support Independent Practice

  1. Support Independent Practice: Scaffolding can be used to teach math, but not to the extent where it hampers independent learning of a certain skill or concept. There should be enough opportunities provided to the student to demonstrate their understanding. 

 

Foundational Skills

  1. Work on the Foundational Skills: Early math foundation includes number sense, representation, spatial sense, measurement, estimation and patterns and problem solving. There are many early childhood math activities for each of these learning areas. There are tools available that map such activities to their respective learning outcome. Sprig Math goes one step beyond this, and maps activities to the underlying math learning processes as well. 

 

Teaching Early Math Strategy Takeaways 

Teaching Early Math Strategy Takeaways

Going over the 20 strategies mentioned above, there are some themes that can be observed. 

 

  • Focus on existing math ability
  • Sense of belonging in the classroom
  • Math’s connection to the world around us
  • Maximization of potential according to math interests

 

Math teachers do a lot when it comes to achieving these objectives! 

They meet students at the level they are in, show them how math can be fun and relevant, and provide ample opportunities for them to develop as early math learners.

With technology specifically meant for early math, it acts as a force multiplier to the work teachers already do.

Students who take part in technology-based adaptive math programs score higher on all math strands in assessment, compared to those students who do not take part. There is a clear advantage to be gained in tailoring math instruction with the help of technology.

If there is any strategy in this article that you need help with ideating, implementing or measuring, feel free to reach out to us. Sprig Learning built Sprig Math specifically for early math learners.

Early Childhood Teachers— Creating the Perfect Team

Today is National Teacher Day in the US! Where would we be without teachers and the lasting contribution they make in our lives?

To mark this special day, we want to highlight the team aspect of teaching. 

There are many studies that suggest teachers think highly of collaborative teaching and consider it a valuable and effective use of their time.

As the teaching profession evolves, there are new roles created that focus on a single specialty or help manage a number of different activities.

All of such roles ultimately have an unified purpose of providing the maximum benefit to the student. 

The goal is always to raise student success and ensure student well being. 

Despite all the challenges commonly faced by teachers, they are committed to the teaching profession to help students.

It takes an enormous amount of effort and dedication to teach preschoolers, kindergarteners and students in the early elementary grades. That’s why Sprig Learning supports the teaching cause by designing holistic early learning programs for Pre-K to Grade 3. 

For this year’s National Teacher Day, let’s take time to understand each teaching role to truly appreciate them! 

 

The Most Essential Early Childhood Teacher Roles in Pre-K to Grade 3

Most Essential Childhood Teacher Roles

The foundational years are absolutely critical to a child’s long-term educational success. Listed below are the customary and indispensable roles in early childhood education. 

All early childhood teachers contribute tremendously to the assessing, teaching and evaluation of early learners. 

 

Pre-K Teacher

Preschool or Pre-K teachers both instruct and care for children typically aged two to four years old. They have to prepare their young students for kindergarten.

At this stage, it’s crucial that all early development milestones are reached. 

 

Kindergarten Teacher

Kindergarten is considered to be the start of formal education. It is the starting grade level for the majority of elementary schools in North America.

Kindergarten teachers have to plan and implement lessons for children generally aged five years old. They have to supervise their students, keep them motivated, and guide their development as they develop the foundational early learning skills.

For many school systems, assessments also start at this level. There are best practices to design assessments for early childhood education.

 

Grade 1, Grade 2 and Grade 3 Teachers

Early primary teachers (namely in Grades 1, 2 and 3) help children transition into the elementary grades. They ensure learning progress in all the core subjects: language, math, science and social studies. 

 

Teacher Aide/ Teacher Assistant

The teacher aide assists preschool teachers in their work. They perform a variety of tasks such as preparing classroom materials and completing administrative tasks. There are teacher aides in preschool, kindergarten and the early elementary grades.

 

Remediation Teacher/Intervention Specialist

Remediation teachers help children who are struggling with early reading and/or math. They work alongside the student’s regular teacher, and work one-on-one with those students who require the most help.

 

Reading Specialist/Literacy Specialist/ Elementary Math Specialist

Reading specialists teach kids that are struggling with reading and/or writing. They work with students in small groups, and like homeroom teachers, they also plan, teach and evaluate instruction.

Reading specialists have advanced training and experience in teaching reading. They assess literacy performance of readers in general, and struggling readers in particular.

 

Literacy Coach/Literary Coordinator

Literacy coaches work with educators and students to improve literacy scores. They help to develop lesson plans, conduct lesson demonstrations and evaluations, and analyze student literacy achievement data. The coach can also observe the teachers as they present lessons and make suggestions for improvement. 

Sometimes the role can also include leading professional development and collaborating with all teachers to improve literacy for an entire grade or the whole school. 

 

Director of Elementary Education

The Director of Elementary Education formulates and implements a vision for the district’s instructional programs from Pre-K to Grade 6. 

 

Don’t Forget The Home

Parents/Caregivers

Learning happens both in the school and at home. Parental involvement is critical for student success. Parents and other caregivers are able to support the learning journey of the child as they go to school everyday and come back home. 

 

The Need For Collaboration in Early Childhood Education

Need for Collaboration in Early Childhood Education

At a school level, the administrators always want to understand the role of each educator in creating a successful learning program. It’s important for them to understand the relationship between the members of the team.

In kindergarten classrooms that have an educator team consisting of more than one role, it’s seen that the team members have complementary skills that allow them to address individual student’s needs and ensure meaningful learning opportunities. 

In its full-day kindergarten programs, Ontario pairs teachers with early childhood educators, who are trained in child development, observation and play-based learning. 

There has been a lot of research done on the positive influence of teacher collaboration on student achievement. While teacher quality alone is a big factor in determining student performance, working collaboratively enhances teacher effectiveness and expertise.

In light of all the emerging evidence that advocates for teacher collaboration, there is a rise in early childhood educator teams where collaborative planning is a part of the agenda. 

By respecting the unique skill sets each teacher brings to the table, it’s possible to optimize high-quality early learning for every child. 

 

All for One. One for All.

Early Learning Dream Team

Early Learning Dream Team

Sprig Learning is a purpose-built company that provides early learners, educators and parents with access to the tools needed to build a foundation for lifelong learning.

We produce early learning programs that are culturally relevant, teacher developed, and curriculum aligned. 

Any teacher can quickly be set up with an account on Sprig Language or Sprig Math. They can begin managing their class in no time at all. 

They can access holistic assessments, personalized activities targeting learning areas, and surveys from others to get a better perspective of the student.

When every teacher onboards on the platform, the teaching experience transforms into something even more magical! 

The homeroom teacher, or main classroom teacher in preschool, kindergarten and the early primary grades, can keep track of all students from one platform. They can assign activities that work on all the different learning outcomes outlined in the curriculum. 

The reading specialist or elementary mathematics specialist can closely monitor performance in the different learning domains in language and math. They can group students accordingly to deliver differentiated instruction.

Those students who need even more support can be looked at by the remediation or intervention specialist. They can formulate a one-on-one learning strategy, and take help from classroom resources available in the program, or look at survey results from caregivers for more insight into the early learner’s educational environment. 

The director of elementary education, or any assessment director at the elementary level, can compare classroom performances to see what is working and identify teacher collaborative planning strategies.

Team work really does make the dream work, especially in early learning! To learn more about how Sprig Learning can facilitate team work to raise student achievement, simply reach out!

Again, let’s take this time to celebrate all the different teachers working every day for our early learners. 

To show our gratitude, we have slashed prices at the Sprig Store by 20% for all products. Simply use the promo code Sprigforteachers at the checkout cart. 

Using Play-based Technology to Teach Early Math Skills

Play-based learning has always been a major staple of early childhood education. 

In kindergarten and in the early primary grades, engaging students is as important as teaching students. This is especially true for mathematics, where negative experiences can dissuade a student from further pursuing the subject.

Encouraging and motivating a student during their early math experiences allows them to develop a keen interest in math. Such enjoyment and persistence in learning math pays off. Students explore creative ways to advance their learning instead of being discouraged and frustrated. 

Play-based learning drives engagement in the early years. 

Technology facilitates play. 

In this article, we explore technology’s potential in teaching early math skills. 

 

Technology’s Role in Teaching Early Math Skills

Technology Role Teaching Early Math

​​By engaging students early on using technology, educators have more power to teach the essential math skills and concepts. 

When you can capture a student’s attention, teacher’s are in a better position to deliver the content and concepts of the lesson.

Technology also enables teachers to monitor the progress of students and collect valuable insights.

It’s a way to differentiate instruction and ensure all students benefit from personalized instruction.

The Sprig Math program is an example of leveraging technology to teach early math skills. 

It provides every child a strong foundation in early numeracy by focussing on the underlying concepts (or processes) that are critical to success in mathematics.

The intuitive Sprig Math app is easily downloadable by teachers and parents alike. 

The program combines technology and classroom resources such as the Sprig Math Classroom Kit. It fits seamlessly into day-to-day lesson plans mapped to the local curriculum.

 

The Right Way to Teach Early Math Skills and Technology’s Fit

Teach Early Math Skills Technology Fit

High-quality, challenging and accessible mathematics education for 3 to 8 year olds is necessary to build the right foundation for future mathematics learning. 

The National Council of Teachers of Mathematics (NCTM) lists 6 principles for school mathematics that are relevant across all grade levels, including early childhood. They are:

Equity: Equally high expectations and strong support for all students.

Curriculum: Coherent, well articulated, and focused on important mathematics.

Teaching: Understanding what students need to learn and then challenging and supporting them to learn it well. 

Learning: Learning mathematics by understanding and actively building new knowledge.

Assessment: Supporting the learning of important math concepts and providing useful information to both teachers and students. 

Technology: Influencing the mathematics that is taught and enhancing student’s learning.

 

Taking a look at Sprig Math, it is carefully designed to meet all the criteria for effective early math instruction. It uses holistic assessments to identify the strengths, interests and needs of every learner, thus ensuring educational equity for diverse learners. 

The Sprig Math program maps to local curriculum and supports the teaching of essential math skills with targeted learning activities. 

Students benefit from learning the underlying math processes, which helps them develop a deeper understanding of early math and build a strong foundation for success. This learning is made possible by the Sprig Math App, an example of technology that enables educators to more effectively enhance learning, differentiate instruction and manage a classroom of diverse learners. 

Thus we see that technology is fast becoming an inseparable part of teaching mathematics in early childhood education. 

It is a strong facilitator of the principles of teaching math, and it is a principle in itself. 

 

From Math Apps to Math Games

Math Apps to Math Games

We see that technology is an instrumental part of teaching early math. Examples include apps, assessments, etc. What about interactive technology? 

Studies have shown that using interactive technology promotes student collaboration and engagement in a play-based learning environment. Using game-based math learning apps lead to greater learning gains in math compared to students who do not.

Do Digital Math Games Work?

The short answer is yes! 

In a world that is rapidly becoming gamified, there is a role for digital games in education, especially when educators and parents are allowed to monitor its application.

A 4-week Stanford study on Grade 3 students found that those who played a digital math game for 10 minutes a day, 3 days a week, demonstrated a 20.5% improvement in scores, compared to those who received the same material and instruction, but did not play the game. 

 

The Next Frontier- The Sprig Math Game

Aliet is no ordinary bear! 

She is one of the beloved Sprig Learning characters that early learners love to interact with and learn from. 

Originally created for the Mi’kmaq community in Nova Scotia, she, like all Sprig Learning characters, has her own story, puppet and digital classroom resources that portray her.  

Each of the characters’ stories has also been casted as animated videos for a more engaging experience, complete with sounds and motions. 

Sprig Learning will soon take the next leap from animated storybooks to augmented reality (AR) and interactive learning games. 

You would not only see Aliet move, but experience her in three dimensions, and engage in learning activities in AR.

Furthermore, you will be able to have an interactive math experience with Aliet and friends, by doing engaging activities in a play-based setting and learning essential math concepts.

Pikto’l Bridge is one of the activities in the soon to be released Sprig Math Game. The new Sprig Math Game will include hundreds of math activities that are organized into the Big Ideas that help children develop the underlying math concepts.  The math activities will include levels and incentives for students that will ensure learning these math concepts is both fun and engaging!

For example, Pikto’l’s Bridge is a quantity sense activity, which helps young students build their reasoning, representing and problem solving skills.  

Students use wooden planks of different lengths, modeled after Cuisenaire rods, to complete the bridge. Students demonstrate their ability to represent and partition numbers up to 20 using the wooden planks. They show their understanding of the addition of two single-digit numbers pictorially, as well as model story problems with Pikto’l.

 

Beginning of an activity in the game.

Pikto'l's Bridge Beginning

Completion of the activity.

Pikto'l's Bridge Activity Completion

The activity has different levels and sublevels that get increasingly more difficult and have different incentives and rewards for students. 

In one sublevel, the student is asked to complete the different rows of the bridge using as many different combinations of planks as possible. 

On another, the student has to add the plank that fits perfectly into the different sized gaps.

The game is being developed in collaboration with the Faculty of Education at St. Francis Xavier University, Indigenous math educators from Mi’kmaw Kina’matnewey, math researchers, numeracy specialists from the Nova Scotia Department of Education and Early Childhood Development, and our developers, designers and illustrators at Sprig Learning.  

 

Focusing on Math Essentials by All Means

Focusing on Math Essentials

Similarly to early literacy and reading, foundational math skills are strongly linked to success in the later grades, leading all the way up to graduation from high-school. 

Sprig Math is unique because it focuses on the  mathematics processes that span the K-12 curriculum and are critical to success. Combining that focus with technology and a game-based learning experience, Sprig Math is able to nurture a positive math mindset for young learners. 

During this play-based approach teachers continue to control the differentiated learning experiences, as they guide students in their exploration of math concepts. By giving enough freedom while at the same time offering instruction, the scope for productive play opens up, where students are better able to understand the essential math concepts. 

As presented in the article, the evidence for play-based learning in early math is overwhelming. At a time when we are all trying to close the achievement gaps, it’s an approach that better helps children to see, hear and feel mathematics. It helps students develop a positive attitude towards math early on, that reap massive benefits in the years to come.

Sprig Learning will be presenting its work at the Ontario Association for Mathematics Education golden jubilee event next month. 

Even if you are not registered for the event, you can sign up here to attend the virtual trade show. See a demo of Sprig Math. All attendees are entered into a draw to win a Sprig Math Classroom Kit!

Applying the Science of Reading in Early Literacy Strategies

Sprig Learning provides every child a fair shot at success by improving early literacy.

Sprig Language leverages data from assessments to create an evidence-based approach that improves early literacy gains. 

When discussing early literacy strategies, there can be more than one evidence-based approach. Science of reading, or structured literacy, is a well studied concept. 

Throughout the years, this concept has had its supporters. Due to the evolving nature of research, it is difficult to be conclusive in stating what is the best approach for early literacy development. 

There are hundreds of different factors that determine literacy success, and there are potentially more factors that remain unresearched.

That being said, the evidence for the Science of Reading deserves thorough consideration from educators who are looking for ways to build early literacy skills in and develop proficient readers in their classrooms.

In this article, we look at how the Science of Reading informs early literacy strategies. 

 

The Science of Reading—In Theory and Practice

Science of Reading

The International Literacy Association defines the Science of Reading as a body of “objective investigation and accumulation of reliable evidence about how humans learn to read and how reading should be taught.”

Thus, the Science of Reading is composed of two main parts. One is understanding how language is learned. The other is the application of such knowledge.

The Science of Reading draws from several academic disciplines to understand the processes that are required for successful reading acquisition. 

It has been argued that what we know so far about the Science of Reading has not been adequately transferred into instructional practices for reading in the classroom. 

 

Achieving the Ultimate Literacy Goal Through Science of Reading

Reading comprehension is hailed as the ultimate goal of learning to read. 

There is strong evidence to suggest that reading comprehension arises from the ability to comprehend spoken language and to read words.

In order to achieve this, an early learner must first be well versed in oral language and acquire sufficient skill to decode words.

In classrooms, this translates to educators ensuring that their students are able to make sounds, and are aware of the sound structure of the words they are speaking. 

A solution that specializes in oral language development can help to ensure progression through the different levels of phonological awareness. 

The transition from oral language to phonological awareness to decoding words on print is further corroborated by research in the following section. 

 

The Science of Reading: 5 Components for Effective Reading Instruction

Effective Reading Instruction

Several decades of scientific research on reading reveals that effective reading instruction addresses five key areas. Namely:

  • Phonemic awareness
  • Phonics
  • Fluency
  • Vocabulary
  • Comprehension

 

Phonemic awareness is the most advanced stage of phonological awareness, consisting of activities such as blending sounds into words and segmenting words into sounds. It is the culmination of oral language skills.

Phonics becomes relevant in the decoding phase of the early learner’s journey, which is both visual and auditory in nature. Students make the connection between words and sounds while attempting to read.

Fluency is the ability to read accurately with proper expression. Sentence syntax and punctuation are important here. 

Vocabulary involves learning the meaning of more words to extend the range of what can be read and understood.

Comprehension is the ultimate goal of reading. It is the ability to construct meaning from all other skills before it. 

 

Strategic Reading Instruction— Systematic and Explicit Teaching

In any teaching strategy, systematic and explicit instruction is proven to be the best way to teach the 5 essential reading components.

Jointly, they might be referred to as strategic reading instruction.

Systematic instruction is the act of teaching skills and concepts in a planned and logically progressive sequence. 

As demonstrated before, the 5 reading components are best taught sequentially in strategic reading instruction. 

It’s not that early learners can’t learn how to read otherwise, but the linkage between each of the steps is evident. 

A study of over 1,000 school children from preschool to Grade 3, found that oral language had both a direct and indirect positive effect on word recognition. It provided a better foundation for early reading skill, compared to only relying on vocabulary. 

In addition to the order of lessons in the curriculum, the other part of the equation is the act of teaching itself. In this regard, explicit instruction is favored. 

Explicit instruction is the act of telling the students what is being taught. Lessons are clearly defined where the students understand what they have to do. 

Opportunities are provided to practice the demonstration of the newly learned skill or concept. 

Timely assessments are administered to monitor progress. These are known as formative assessments. 

 

Stages of Literacy Development

Stages of Literacy Development

As the science of reading is a systematic process of instruction, it helps to look at this medium of instruction via the lens of literacy development. 

Maryanne Wolf, author, professor, and early literacy advocate, proposes 5 stages of literacy development. Of these, the first three are pertinent to early learning as it deals with preschool to Grade 3 education.

  • The emerging pre-reader, who is typically under 6 years of age.

At this stage, the early learner learns through exposure to high-quality literacy materials and work on their oral language development. 

  • The novice reader, who is typically between 6 and 7 years of age.

At this stage, the student learns the relationships between letters and sounds and between spoken and printed words. 

  • The decoding reader, who is typically between 7 and 9 years of age.

At this stage, the early learner begins to read with increasing fluency.

 

Progression of Steps

Thus, we see the evolution of the early reader, who gains proficiency in reading by progressing from preschool to kindergarten and then to the primary years.

There are two more stages. The fluent reader, who is typically between 9 and 15 years of age. And the expert reader, who is typically above 16 years of age. 

In these stages, the reader uses all of their knowledge and skills gained to think about and comprehend what is being read. They also read from a wide variety of subject matters. 

It’s the earlier stages however, that has the most significant impact on reading success later on in life. 

The science of reading makes a particular difference in the early learning phase, where certain skills have to be taught and assessed that have to do with the act of reading. 

 

Using the Science of Reading for Effective Early Literacy Instruction

Science of Reading for Effective Early Literacy Instruction

A meta-analysis of more than 70,000 studies looked at interventions that improved performance in the language and literacy domains of: language, phonological awareness, print knowledge, decoding, early writing, and general literacy. 

It found that instruction that taught a specific literacy domain is likely to increase student performance in that domain. 

Interventions that focused on the domain of language exclusively, had a greater positive impact in smaller groups or one-on-one settings, compared to bigger groups.

Thus, for effective early literacy instruction, the Science of Reading approach is helpful as it isolates each learning component so strong bonds between each component can be formed. 

It does not attempt to try to teach everything simultaneously.

Furthermore, the importance of oral language is stressed, especially in smaller settings. 

Indeed, it’s why Sprig Learning programs collect student insights, which can be used to provide differentiated instruction to groups of students or individual students. Early learners can be grouped into different levels according to their reading ability. 

Sprig Language focuses particularly on the development of oral language. 

Another finding was that instruction that teaches both phonological awareness and print knowledge leads to improvements in decoding. 

This further establishes the fact how all the early literacy domains are interconnected. 

By not only learning reading skills, but having access to high-quality reading materials, it is possible to advance in reading. 

 

The Science of Reading—A Part of Early Literacy Strategy

Science of Reading Early Literacy Strategy

Regardless of what the future holds for the Science of Reading (depending on new evidence), it’s worth exploring at a time when there is mass learning recovery happening across North America. 

Even before the pandemic, literacy assessment scores were on the decline. 

In tandem with other early literacy strategies, the Science of Reading concepts are worth introducing into classrooms. Especially when there is ample evidence for its success.

To learn more about how to apply some of the Science of Reading concepts discussed in this article, (such as focusing individually on each early literacy component, systematically assessing each student, and incorporating high-quality reading materials into the curriculum), please get in touch with us. 

Building Early Literacy Skills in Schools. Thoughtful Considerations.

The Ontario Human Rights Commission recently released the Right to Read report, which showed the education system is failing children who struggle to read. 

Early learners are not always assessed properly and the interventions are often too few and too late to make a difference. 

Before they know it, the window of optimum learning opportunity passes, and they do not learn the essential literacy skills that are needed to become strong and confident readers. 

Is it only in Ontario? No. Almost two-thirds of all 4th graders in the United States l did not meet the minimal reading standards according to the National Assessment of Educational Progress. 

In certain states, only one out of every four students met the required standard of reading proficiency.  

Literacy is a science, and there is a plethora of things to consider when explaining variances in literacy outcomes. 

For schools, timeliness is especially important in making a difference in building early literacy skills. A stitch in time saves nine. 

In this article, Sprig Learning zeroes in on early literacy skills, and their impact on student outcomes. 

 

Why Is Early Literacy Important?

Importance of Early Literacy

By itself, literacy is paramount for success.

Learning how to read enables young students to acquire further knowledge. 

Statistics from countless studies show the effect of early learning on future academic and social success.

But it is even more important to develop early literacy! 

By habituating children to read, and educating them on the art of reading before they enter school, their learning potential is maximized. It’s why Sprig focuses on pre-K to Grade 3. 

In the early years of school, a systematic evidence-based learning path can be continued for them throughout their education. 

Such a structured literacy approach is known as the Science of Reading. Studies show that this approach can reduce the number of below-level readers by 25 percentage points. 

 

Structured Literacy vs Balanced Literacy

Simply put, structured literacy focuses on the skill of reading, whereas balanced literacy focuses on the activity of reading.

It does not necessarily have to be an either/or situation. 

But it is highly important that the skills of reading such as phonics, semantics and syntax are taught specifically and systematically, alongside taking part in reading activities. 

The Sprig Language program works all these learning areas and provides activities through which these early literacy skills can be strengthened. 

Structured literacy also has a diagnostic aspect, where instruction is assessment driven. 

It allows educators to identify learning differences in students so the right opportunities can be provided to them to learn a particular area. 

Sprig’s holistic approach to early learning always begins with such an assessment. 

In order to really ensure all students succeed, there is also the need to incorporate early literacy interventions into a system of structured literacy. 

 

What Is Early Literacy Intervention? 

What is Early Literacy Intervention

Early literacy intervention refers to the action that is taken to help early learners who are struggling in reading or writing. 

Groups of students or individual students who are not meeting grade-level expectations are identified as needing intervention.

Effective literacy interventions increase accountability for all students.

But if not done in a systematic way or if done only after Grade 3, these programs can be very costly and miss those students who need help. 

 

What Is the Need for Early Literacy Intervention?

Early literacy interventions enable early learners to make the right choices from the get go, when they are first introduced in the education setting. 

Young learners have diverse strengths, needs and weaknesses. 

For example, some children have phonological problems. If not corrected in time, it can lead to further oral language difficulties, which can compound into the inability to read at grade level. 

Other students may have early symptoms of dyslexia, which can be managed with specialized instruction.

 

What Are Early Literacy Skills?

What Are Early Literacy Skills

Early literacy skills refers to those foundational competencies required to learn how to read and write. 

By focusing on these skills early on, it’s possible to reduce the number of early literacy interventions needed. 

These skills include vocabulary, print motivation, print awareness, narrative skills, letter knowledge, phonological awareness, oral language development and learning to write.

 

Practices to Establish Early Literacy Skills

There are five main activities that prepare an early learner for reading. 

They are talking, singing, reading, writing and playing. 

The early literacy skills are a product of these practices.

Once an early literacy skill is identified, the appropriate literacy instruction strategy can be selected.

There are so many learning approaches that differentiate learning for students, based on their ability and current skill level. 

But the question should always be asked: what activities are in this approach, and what early literacy skills is each activity working on? 

 

Early Literacy Skills Classroom Best Practices

Early Literacy Skills Classroom Best Practices

When instruction is designed for a classroom, it’s best if all the early literacy skills are taught. 

This can be done through interactive activities such as storybook reading, rhyming games, singing songs, etc.

Sprig Language has hundreds of such learning activities that are neatly mapped to curriculum outcomes, and can be done as a whole class, in centers, or individually with each student.

It’s important to utilize a research-backed tool, system or framework that contains activities that teach all the different literacy skills. It helps educators adopt a structured literacy approach. 

The University of Pennsylvania’s Penn Literacy Network conducted meta-research to find evidence supporting early literacy best practices that results in improved student achievement.

4 classroom characteristics are explored that are ideal for the successful development of literacy skills.

 

Student-centered: Focus on engagement with the learning material and collaboration between students. 

Knowledge-centered: Focus on understanding the importance of reading and making connections between what is learned and how it applies to reading. 

This includes code-based instruction, which helps children understand the relationship between spoken language and print. 

Assessment-centered: Focus on regularly assessing students via formative assessments that guide learning.

Reflection-centered: Focused on understanding what is being read. Encourages students to learn different content areas using their acquired literacy. 

 

Stages of Early Literacy Development

The five stages of early literacy development are: emergent literacy, alphabetic fluency, words and patterns, intimidating reading and advanced reading. 

By placing more importance in emergent literacy and the earlier stages, it’s possible to create a safety net for students who are at risk of not reading proficiently. 

It is possible to improve literacy in schools in the earlier stages by having a classroom that: 

  1. assesses every student to tailor an individualized early literacy experience for them.
  2. promotes the joy of learning through activities (balanced literacy). 
  3. teaches early literacy skills systematically (structured literacy).
  4. empowers early learners to practice every skill learned.

 

What about English Language Learners?

Sprig has a Revitalization program, which promotes Indigenous and other local languages. 

Research shows that English-language development can be accelerated by making a connection between a student’s first language and English. Proficiency gained in the first language can be used to learn a second language. 

By supporting a diverse set of home languages, students are provided with a more culturally responsive educational experience. This allows them to absorb concepts more quickly. 

 

Prioritizing Early Literacy. Not a Magical Solution, but a Change in Focus.

Prioritizing Early Literacy

At Sprig Learning, we aim to provide every child a fair shot at success. We know the importance of literacy too well, especially in the early years. 

These considerations provide a preliminary overview into the reasons and benefits for adopting an approach that specifically caters to early literacy skills. By understanding how reading skills unfold for a variety of students, a school can adopt the right approach for their classroom and educators. 

Assessments, early interventions and evidence-based activities targeting specific skills can be seamlessly integrated into the learning process.

Educators have a lot on their hands, and any new approach should support their instructional practices and make their lives easier. 

To stay updated on the science of literacy, please subscribe to our newsletter, Root to Fruit, written for those who value early childhood education. 

Have questions about using intuitive tools that make a difference in building early literacy skills? Contact us.