Category: literacy instruction

Student Developmental Processing Lag

Student language development was stunted during the pandemic. Students were put in “rooms” with computers. This led to a “student lag” in developing cognitive processing skills. Students are struggling to upload and process language, and analyze and synthesize the information with stored knowledge for future use. You can hear student brain strain as they scrabble to process the information, often struggling to locate old information and hold new information long enough to make the necessary connections to process spoken and written information. Students are now working overtime to build and perhaps struggling maintain brain connections. This lends to many tired and overwhelmed students who often become frustrated. Students will often checkout of the learning process with or without proper interaction and instructional scaffolding. Students who lack intrinsic motivation will likely fall further behind. Intrinsic motivation pushes them to power through the struggle to develop the necessary connections to process information.

Many students didn’t have “normal” interactions with extended relatives, neighbors, classmates, or community members during the pandemic. These nonplanned community interactions usually stimulate the development of oral language capabilities that assist in developing written literacy skills. These skills are interwoven. Students also didn’t receive the “normal” opportunity to build and strengthen brain connections that students usually need to function within a regular school day. Many of these connections are developed through natural social interactions. Students may also develop part of these brain connections through purposeful instructional lessons that allow for practice of taught skill.

The severity of the processing lag will differ depending on different possible factors. Some of those factors are noted below:

  • Student Age. Students are typically pruning unneeded brain connections during their preprimary years of education. Children typically have major cognitive changes around age 7 and 10-12 that correspond with physical developmental changes. Children between the ages of 2 and 6 spend a large amount of time mimicking their surroundings.
  • Reading on a digital device. This usually develops skimmers of the words/passages, which decreases their ability to read deeply for accurate comprehension. This also affects their short-term memory development and use.
  • Lack of interaction with individuals of higher cognitive processing skills
  • Lack of investigative activities that require interaction outside of their home, like travel or trips to the local museums
  • Lack of reading instruction and materials that may require the interaction of other individuals
  • Lack of exercise
  • Learning how to use technology
  • Adjusting to longer usage of technology…staring at a computer screen, television or video game
  • Less time writing manually. Manual writing assist in learning how to process and use information. This also assists in memory formation.

Students may need a few years to “catch-up” to their grade-level expectations. This may be shortened through explicit instruction. Students will be lacking necessary background information (foundational or prior knowledge) that may further impede the learning of new concepts. This may increase the need for differentiating and scaffolding of instruction and learning opportunities to ensure participation and ownership of new information taught. Patience may be one of the bigger pieces of the “catch-up” phase.

References

Piaget, J. & Inhelder, B. (2000/1966). The psychology of the child. New York, NY: Basic Books.

Wolf, M. (2018). Reader, Come Home: The Reading Brain in a Digital World. New York, NY: HarperCollins.

Teaching Word Syllabication

Dividing written words into syllables can be a complex, dauting journey. Teach the skill in baby steps or small pieces at a time. There are many different ways to teach students about dividing words into syllables. Teaching them in a manner that builds upon prior teaching or knowledge will increase student accusation of the skill.

Learning syllabication usually begins in pre-school through orally instruction. Educators teach students how to verbally separate words into syllables, using a clapping, tapping or stomping action to indicate each syllable. Typically, students learn how to divide written words into syllables as they begin to learn how to decode and encode written words. Students learn the more complex “rules” to divide written words into syllables as the words become more complex.

There are six major or more common word syllables in the English language. I have found the task of teaching students easier if the syllables types are taught in the following order: a) closed-CVC, b) final e, c) open, d) vowel diagraph, e) r-controlled, f) constant -le. Students tend to first learn about closed syllables through instruction of CVC words. These syllables have a short vowel sound and are always closed in by a consonant, like bat or sit. Instruction in the final e syllable usually follows instruction of closed syllables. The syllabication rules of closed and final e syllables are more stable, recognizable, and easier to retain. The third syllable type to be taught is the open syllable. Open syllables always have a long vowel sound and are not closed in by a constant, like the first syllable of mu/sic. Instruction of closed and open syllables will cover 70% of written words in the English language (Hennesy, 2022; White, 2022).

There are other stable syllable norms or rules that may help students in dividing written words into syllables. The first norm is compound words that may be divided between the two words, like camp/fire. The second norm is words with double constants of the same letter can be divided between the two double consonants, like bb (rab/bit). The third norm that may be followed is a syllable break may occur in a word that contains two different constants side-by-side, like nc (con/cept). This rule may be tricky to learn, as some double constants are letter blends or diagraphs that should not be separated, such as ch, th, fl, or str (constriction, authoritative, sunflower). The fourth norm is diphthongs or vowel teams that cannot be separated, like oa, ea in boatman or teacher. The fifth norm of syllabication is putting a syllable break just before or after an affix in a word, like pre/sort or read/ed. Affixes are morphemes that may be easier for students to spot. The sixth norm is that each syllable must include a vowel phoneme.

The following steps usually increase the retention of syllabication skills and decrease possible student anxiety in learning how to read.

  1. Find and underline all vowel phonemes of a word. Explain that words may have a single vowel or vowel teams that are pronounced with only one phoneme.
  2. Count the underlined vowel phonemes of the word. This is the number of syllables present in the word.
  3. Look for double constants. Are the double constants a constant diagraph or letter blend (spr, fl, sh) that cannot be separated? If not place a separation line through the two constants to show a syllable break.
  4. Look at the current syllables and what syllable breaks should still be made? Are there parts of the word that still have more than one vowel phoneme? Are there affixes that may help with where the next syllable break may need to be placed?
  5. Pronounce/encode the word – sound out each syllable, then blend the syllables together, and then fluently pronounce the word.
  6. Allow time for student(s) to practice and model the process.

Syllable breaks may be confirmed by reviewing the six syllable types and other general syllable break norms, such as compound words and affixes.

References

Hennesy, N. (2021). Making meaning of text: a structured framework for informed instruction. 2021 Annual IDA Reading, Literacy & Learning Conference.

White, N. (2021).  Continuum of decoding strategies: explicit__systematic—cumulative. 2021 Annual IDA Reading, Literacy & Learning Conference.

What is the importance of learning word syllables?

Typically, students will skip words that are not familiar to them. Often those who skip the unknown word(s) do not have the tools in their toolbox to decode the word(s). Some may know the names of the letter(s), but do not know the phonemes connected to the letters. Some may not know how to “chunk” portions of the unknown word. Not having this skill often impedes student comprehension of the written passage. Many students will stop trying to read the passage after failing to comprehend the passage. The possible embarrassment often shuts students down or they learn how to get around not knowing the necessary information about the word(s). This often leads to acting out or becoming silent with the hope of avoiding embarrassment. When students learn how to separate words into smaller more user-friendly chunks or syllables, they usually build confidence in being able to pronounce unknown words. This puts a tool or strategy into their personal tool box. This allows them to avoid possible embarrassment. This gives students the opportunity to move forward without the assistance of others-independence. This may also give them the confidence to assist other students. The tool usually leads to an increase in their academic achievement across all academics.

Students who have the skill of syllabication in their tool box benefit in multiple ways. One benefit is the increase of reading fluency. A second benefit, students are better able to focus on processing the meaning of groups of words, instead of how to pronounce the word. A third benefit of knowing how to decode written words into workable chunks is the increase of student spelling accuracy. A fourth benefit is passage comprehension. Most students comprehend orally at a higher level than they can read. Students use their knowledge of oral language to help them comprehend written words. A fifth benefit is the increase of student intrinsic motivation and decrease student mischief.

Students begin learning about syllables orally through “naturally” breaks in the pronunciation of a word. Students are often taught to clap for each syllable. This allows the student(s) to count the number of syllables in each word. Students usually move from oral division of words to learning about CVC written words, as they learn to read. CVC written words are pronounced phonetical with a short vowel sound. This is also when the study of morphonology becomes more prevalent, as the CVC words usually have their own meaning in which students can use to begin understanding the meaning of multisyllabic words. CVC words are known as closed syllables.

Students need time to practice this skill. Practice of the skill may take place during different points of instruction, such as purposeful small or whole group instruction, or independent study. Some students will need more “regular” moments (5-15 minutes) of review: warm-up or homework.

 

The Essential Educators of an Effective Response to Intervention (RTI) Model

RTI is an instructional model used to better ensure that all students learn how to read and write. An effective model will reach 80% of learners at the first level of instruction. Tier 1 instruction should include differentiation and scaffolding to reach students on the cusp of not ingesting and owning the necessary skills for knowing how to effectively read and write. Tier 2 instruction is for students not able to grasp the instruction in Tier 1 and should include more precise explicit, systematic instruction. This instruction is usually received in a small group environment with other students needing similar instruction. Tier 3 and above levels of instruction should be assessed, direct, and strategic instruction that has the potential of meeting the needs of each student at these levels. Students receiving Tier 3 instruction often have an Individualized Education Plan (IEP). These students usually receive one-on-one instruction and are often part of special education classes. Some of these students receive part of their instruction in a regular classroom, as well as individualized instruction outside of the classroom. Each model will be different to meet the needs of students present. Each model usually includes different essential educators that make the gears of the model work effectively. Individual schools often use “more user-friendly names” for their RTI model that better fit the community its serving.

Individual schools in partnership with the district leaders develop school instructional leadership teams for effective implementation and sustainment of a RTI model. The district should provide the knowledge of the framework for a RTI program and be available to provide support and direction to the school leadership team. School-level leadership teams might include the (a) principal, (b) school psychologist, (c) educational diagnostician, (d) reading specialist, (e) special education teacher, (f) general education teacher, (g) occupational therapist, (h) literacy coach, and (i) the school counselor (Bean & Lillenstein, 2012; Ryan, Kaffenberger, & Carroll, 2011; Tyre et al., 2012). School leadership teams are responsible for analyzing data, student placement, and instruction (Kashima, Schleich & Spradlin, 2009a; Nellis, 2012; Tyre, Feuerborn, & Beisse, 2012). The roles of the leadership members should reflect the needs of present students.

School administrators or principals are key to effective implementation of the RTI model (Kashima, Schleich, & Spradlin, 2009b; Bean & Lillenstein, 2012; White, Polly, & Audette, 2012). Administrators are responsible for setting the direction and culture of the school and professionally developing individuals at the school-level, in relation to implementing RTI with fidelity (Kashima, Schleich, & Spradlin, 2009b). These individuals should possess both interpersonal and communication skills to effectively lead or participate in conversations that provide both critical and positive feedback about the RTI process (Bean & Lillenstein, 2012). This feedback should be given with (a) respect and should take note of their input, (b) provide data to support the feedback, and (c) focus on student learning and outcomes. Administrators are also responsible for developing “risk free zones” to encourage open collaboration. They should focus on empowering educators to effectively provide instruction to meet the needs of all students (Bean & Lillenstein, 2012; Kashima et al., 2009b). Administrators are also responsible for “establishing an infrastructure for school-wide student screening” and “ensure that student data is properly managed” (Kashima et al., 2009b, p. 2). These individuals should “conduct routine classroom walk-throughs, observations, and discussions to provide feedback and ensure reliability” of the RTI program (Kashima et al., 2009b, p. 2). Administrators are usually the backbone of the RTI model.

More about other possible leadership team members in my next post.

References

Bean, R. & Lillenstein, J. (2012). Response to intervention and the changing            roles of schoolwide personnel. The Reading Teacher, 65(7), 491-501.                 http://doi/10.1002/TRTR.01073

Kashima, Y., Schleich, B., & Spradlin, T. (2009). The core components of                 RTI: A closer look at leadership, parent involvement, and cultural                      responsivity. Center for Evaluation & Education Policy, 1-11.

Kashima, Y., Schleich, B., & Spradlin, T. (2009). The core components of                 RTI: A closer look at evidence-based core curriculum assessment and              progress monitoring, and data-based decision making. Center for                       Evaluation & Education, 1-12.

Nellis, L. (2012). Maximizing the effectiveness of building teams in                          response to intervention implementation.  Psychology in the Schools.                 49(3), 245-256.

Ryan, T., Kaffenberger, C., & Carroll, A. (2011). Response to intervention:                An  opportunity for school counselor leadership. Professional School                    Counseling, 14(3), 211-221.

Tyre, A., Feuerborn, L., Beisse, K., & McCready, C. (2012). Creating                              readiness for response to intervention:  An evaluation of readiness                    assessment tools. Contemporary School Psychology, 16, 103-114.

White, R., Polly, D,. & Audette, R. (2012). A case analysis of an elementary              school’s implementation of response to intervention. Journal of                            Research in Childhood Education, 26, 73-90.                                                                      http://doi/10.1080/02568543.2011.63206

 

 

 

Why Include Morphology Analysis in Literacy Instruction?

Students usually benefit immensely from learning how to analysis morphemes—spelling, vocabulary, comprehension, and word memory. Students benefit across all subjects of education, as all subjects usually dictate that you must know how to read in order to successful pass each subject matter. Each subject contains words that are unique to that subject. Those words paint the picture(s) of that subject, such as in music-symbol, baritone, allegro or in math-adding, multiply, deduct. Research shows that teaching students about morphological awareness usually increases their ability to comprehend written passage(s) (Carlisle, McBride-Chang, Nagy, & Nunes, 2010). In the same article Carlisle, McBride-Chang, Nagy, & Nunes (2010) noted that learning how to analysis words or learning how to break down words into smaller units of meaning shows a strong correlation between morphological awareness and vocabulary knowledge. What is morphology and when should educators begin formal instruction of morphology?

Morphology is the study of word formation. Words are single or a combination of morphemes. Morphemes are the smallest units of meaning. The different units of a word dictate its meaning, adding or subtracting different units of meaning help to fine tune its meaning. There are different types of morphemes that are used to orchestrate word meaning.

  • Unbound or free – These morphemes can stand alone and are usually the heart or base of a word. These are words like; spell, port, or graph.
  • Bound – These morphemes cannot stand alone. Bound morphemes are added to free morphemes and are generally referred to as affixes, like “ful”, “re”, “il”, “est” or “bi”.
  • Derivational – These morphemes change the meaning or direction of the word, such as hope, hopeless, hopelessly or hope, hopeful, hopefully.
  • Inflectional – These morphemes indicate a grammatical feature, such as numbers or a comparative. These morphemes are usually suffixes, like “s”, “ed”, or “ing”.

It is important to note that a vowel may function as a connector of meanings within a word, such as in therm + o + meter (Donah & White, 2017). There are others morphemes, such as conjunctions that serve as connectors of words within a sentence.

Students begin learning unconsciously about morphemes as they learn oral language. This is when they begin to add and subtract different morphemes (sounds) to form different words of meaning to better communicate their thoughts with other individuals. Students unconsciously build their vocabulary based on their environment. Some students may begin transferring their oral language knowledge to understand written words before they begin their primary school education. Most students are ready to begin discussing the analysis of word chemistry in kindergarten. The timeline will be different for each student. In most cases the student will begin the conversation about the spelling or different parts of word. Teachers might begin the conversation by asking questions about words that are familiar to that student or group of students, like “this” or “his”.

Studying the way morphemes interact, combine, and change the meaning of words seems like a daunting, laborious task that many students just assume avoid altogether. Addressing morphology in spontaneous and planned instruction may ease the task of learning the chemistry of words. Often students ask questions about words or groups of words that lend to the opportunity to have a “mini” word discussion. The depth of discussion about the question should be relevant to the learning level of student(s). Intentional instruction might be included throughout the instructional day within each subject of study. The when, how, and what of the lesson will be dependent on student ability or grade level. The format of planned instruction usually differs, taking into account time and student ability. Some lessons may last 5 minutes, others 30-45 minutes. Planned instruction might include metacognitive modeling, independent practice, small-group word exploration/collaboration, or interactive games. This is vocabulary or lexicon development and comprehension skill development, which are part of the foundational skills necessary to read and write effectively.

References

Carlisle, J.F., McBride-Chang, C., Nagy, W., & Nunes, T. (2010). Effects of

instruction in morphological awareness on literacy achievement: an

integrative review. Reading Research Quarterly, 45(4), 464-487.

https://doi.org/10.1598//RRQ.45.4.5.

Donah, S. & White, N.C. (2017). Morphemic awareness. International Dyslexia

Association Conference-Atlanta, GA.

The Art and Science of Scaffolding

Scaffolding is “a supportive instructional structure that teachers use to provide the appropriate mechanisms for a student to complete a task that is beyond their unassisted abilities” (Ray, 2017, p.14). The zone of proximal development (ZPD) is known as the space just beyond a student’s unassisted ability. Student ZPD may be discovered through who, why, what, where, and how questions posed by the teacher. The teacher analyzes student answers to the posed questions to determine at what point they begin to need assistances in completing the task. The number of questions that need to be asked and analyzed may be different for each student and task. This is usually dependent on teacher knowledge of task and student ability. Student ZPD a living entity that is always changing.

There are three stages to scaffolding process that require constant adjustments. The first stage is contingency. In this stage the teachers model how to complete the task. Teachers also differentiate instruction to meet student learning abilities. The second stage is fading. In this stage, teachers assist students in completing the task. This might mean answering a few questions. This might mean collaborating with the student. This might mean remodeling parts of the task. Students may spend more time in this stage. The third stage is transfer of responsibility. In this stage, students work independently to complete the task. Students may move back and forth between stages multiple times before they have true ownership of the task. At times they might move through to independent without going back and forth between the stages of scaffolding. This is dependent on student background, abilities, and personality or learning style.

Many teachers use the art of scaffolding in their teaching. Scaffolds are used intentionally and unintentionally at all learns levels. Scaffolds are used to assist students for varying reasons. Students may have gaps in their knowledge. Students may have gaps in their skills. Students may have a disability that inhibits them from learning at the speed of their classmates. For example, if you can ride a bicycle, you most likely used a form scaffolding to learn how to ride a bike. Your parent may have held the bike until you were pedaling and could keep the bike upright and moving forward. You may have also used training wheels until you felt comfortable enough to try the skill of riding a bike by yourself. You may have taken the extra wheels off and realized that you still need them to accomplish your goal. You might have needed more or less assistance in learning how to ride a bike than other individuals. Your parents and friends provided the scaffolding you needed to learn how to ride a bike. We use similar scaffolds in the classroom to assistance students.

  • Teachers might provide students with an alphabetic strip at their desks.
  • Teachers might provide students with a multiplication chart.
  • Teachers might provide students with a word wall.
  • Teachers might provide a dictionary.
  • Teachers might also provide manipulatives for math.

References

Ray, J. (2017). Tiered 2 interventions for students in grades 1-3 identified as at risk in reading. (Doctoral dissertation, Walden University). Retrieved from https://scholarworks.waldenu.edu/dissertations/3826/

van de Pol, J., Volman, M., & Beishuizen, J. (2010). Scaffolding in teacher-student interaction: A decade of research. Education Psychology Review, 22, 271-296. doi:10.1007/s10648-010-9127-6.

Unpacking a Paragraph

Unpacking a paragraph or understanding what the writer intended the reader to understand about a paragraph may be a challenge depending on the complexity and level of writing. The comprehension of a paragraph begins in the first sentence at the word level. Understanding the meaning of a paragraph includes the sequence and punctuation of each sentence within the paragraph. Comprehending a paragraph involves the intertwining of each sentence to bring forth the meaning of the paragraph. Each symbol plays a role to bring forth the intended meaning of the author. There several skills that reader needs to comprehend a paragraph; some are noted below.

  • Word knowledge. American English is a melting pot of foreign languages. The origin of a word may shed light on the spelling and meaning of the word. Each word is comprised of letters that create a known meaning. In the late 1700’s Noah Webster began developing a central location, dictionary, for students to use to learn the meaning of spoken language in the written format. Webster noted the origin, spelling and annunciation of each word. Word knowledge may be increased with the use appositives.
  • Knowledge of appositives. Appositives are a word or series of words that describes a noun within a sentence. Appositives give a deeper meaning to words and groups of words. They are usually directly after the noun that they are describing, such as Joan, the secretary, works long hours. Some words have multiple meanings and deciphering the meaning takes an examination of the surrounding words, inferencing and the paragraph topic to know its intended meaning. Appositives help to increase sentence comprehension.
  • Knowledge of how sentence connectives bring meaning to a sentence. Connectives serve as thought connectors to increase meaning. Some connectives are harder to understand. This may stem from low usage of them in oral language. Most of us would not say: my child was ill today; therefore, I had to stay home today. These types of words are used more often within our writing.
  • Knowledge of anaphoric relationships. Each paragraph begins with a topic sentence, which usually tells the reader what the rest of the paragraph is going to be about. The topic sentence may give the exact or proper name of the subject, such as John. Another sentence within the paragraph may use another name to refer to the subject, such as him or my friend. This is referred to as an anaphoric relationship. Writers use anaphora to bring clarity and variety to their writing. The reader must follow the meaning from one sentence to another sentence to understand that the topic has remained the same. The reader must be familiar with other possible words of the subject to follow and understand that the topic of the paragraph or story has remained the same. The meaning of each sentence usually affects the overall meaning of the paragraph.

References

Mesmer. H. A. & Rose-McCully, M. M. (2017). A closer look at close reading: three under-the-radar skills needed to comprehend sentences. The Reading Teacher, 0,0, p1-11.

 

Structured Literacy Supports All Learners-Dyslexic, ESL

Structured Literacy Supports All Learners:  Students At-Risk of Literacy Acquisition—Dyslexia and English Learners

Abstract

Learning to read is a complex endeavor that requires developing brain connections. The brain connections for reading written words begins forming during the development of oral language. The maturing of oral language and reading instruction continue the growth of the necessary brain connections to read and write. Structured Literacy instruction helps to develop and strengthen brain connections for reading and processing written language. Structured Literacy encourages educators to teach the essential literacy foundational skills during the pre and primary school years, so students have a better chance of achieving and maintaining proficiency in literacy. 

This article was published in the Texas Association for Literacy Instruction Yearbook, Volume 7, September 2020, Chapter 5, p. 37-43, downloadable at  http://www.texasreaders.org/yearbooks.html.

Inferencing is Like Being a Detective

Your mind automatically inferences, deduces, concludes, reasons things all day.  If there is light in the room it must be after 6:00am or if the sun is setting it must be around 8:00pm.  At times during the day we may consciously focus on a situation to infer the meaning of the situation.  We may wonder why a person was frowning or talking very loudly during our conversation.  To do this, we usually review other interactions that we’ve had with this individual.  We may review things that others have said about this individual.  We may review the inference of other similar situations.  Then we might begin to infer our present interaction with this individual.  Merriam-Webster (2020) describes inference as “a conclusion or opinion that is formed because of known facts or evidence.”  You are playing detective examining unseen and seen information, such as a picture or a group of words and analyzing your examination against your current stored information—what you already know to build a conclusion.  You are “deep reading” the story looking between the lines or behind the scenes of the words or pictures or situation to form an inference.  Many individuals learn how to infer naturally through their environment and will be able to infer or comprehend what the picture or words are trying to convey.  Some students will need explicit, purposeful instruction to learn and practice the skill. Below are some examples of inferencing.

Example one, an individual should be able to infer the questions below about this poem by Valerie Danoff.

Jelly Bean

Jelly, jelly, jelly beans.

Belly, belly, belly beans.

Orange, white, black, green

Red, blue, yellow bean.

Many, many can be seen!

All the colors in between.

From one to many beans.

Guess how many jelly beans?

Based on your culture was this poem written by a female or male?  How do you believe that the writer feels about jelly beans?  How do you think that jelly beans are shaped?  What color do you think a jelly bean is?  What is a jelly bean?  Is a jelly bean a type of food?  Why is the poem asking me to guess how many jelly beans there are?  Individuals who know what a jelly bean is would be able to answer these questions without much thought or examination of the poem.  Those who do not know what a jelly belly is would have to examine the words of the poem to gather the information to infer the previous questions, such as:

          • look at the spelling of each word
          • look at the meaning of each word
          • analyze how the words are joined together to form the sentence
          • look at the punctuation used
          • look at word usage-repetition
          • look at how the lines of the poem are related

Example two, when you look at a picture your brain is examining the different parts of the picture and analyzing the information against your stored information to understand the meaning of the picture—not just the seen information, but the unseen information as well.  When examining this “pumpkin” picture if you know that many people carve pumpkins at Halloween or if you knew the growing season for pumpkins, you could infer that this picture was taken in the fall.  You could also infer that this picture was taken in field where the pumpkins and other crops might be grown.  You might infer that pumpkins get their nutrients through their stem.  You might infer that someone put them in groups by size.  You might infer that this may be a place where you could buy pumpkins or that they were getting ready for market.  And so on.

Example 3, when an individual is having an in-person or virtual (where you can see them) conversation, we are usually inferencing to comprehend the conversation.  We are listening to their oral words-the tone, the inflections and using our personal knowledge of what is being said to understand the spoken words.  We are also watching and examining (unconsciously) their body language-hands, arms, facial expressions and maybe even their clothing for possible clues that may help us to form a better understanding of their words.

Students should be purposely taught how to infer, deduce, conclude, or reason throughout their schooling, beginning in the preschool years.  The complexity of the instruction should follow the achievement of the student.  This skill can be taught within most subject matter.  Most students enjoy being a detective to learn about a subject matter or to answer a burning question that they may have related to the subject matter.

Composing Coherent Sentences

Many young writers may get “stuck” or have writer’s block when it comes to putting words on paper. Some of the block comes from their ability to organize verbal words and thoughts into coherent sentences that convey the exact meaning that they are wanting you to understand. Another block maybe that some students can verbalize a complete sentence, but struggle to write the same sentence on paper. Some student block comes from wanting the sentence to be perfect the first time, as many students do not care for the process of editing their writing. In my 20 plus years in education I have yet to met a student who didn’t want to be able write, many need to learn tools to ease the process. This can be a hard and daunting process for many students.

Syntax* is the study of sentence structure. There can be different variations of a sentence. Some sentences may have more or less words than the sentence before or after it. Words in the sentence can be shuffled around and placed in a different order. Some sentences provide more detail. Reading passages with complete sentences may help the writer to better understand how to put sentences together. Reading passages of different writing styles may also increase student writing ability. The writer may also see how word order may change the meaning of the sentence. Learning to write is similar to learning how to speak, as the writer is mimicking the writing of others.

Instruction of writing sentences should begin simple, for example a sentence must have a noun and a verb to be a complete sentence. This usually begins in Pre-K or Kindergarten. The complexity of the sentence should grow with student ability and grade level. Some students will learn through their natural environment how to increase the complexity of a sentence. Most will need to be explicitly taught appropriate grade level techniques and rules of generating a complete sentence.

There are different instructional approaches that can be used to teach students sentence structure. Some are noted below.
1. Use sentence starters. I like ____________. I can ____________.
2. Cut up a sentence into individual words and have students put them in the correct order. Or have students develop sentences using a “word bank” (like flashcards) of many individual words. Then have students write those sentences on paper or whiteboards.
3. Students write a simple sentence, like The boy ran. Then students may add different types of words or detail to make the sentence more complex and interesting, such as adding an adjective about the boy’s age or their hair color.
4. White boards. I often have students generate sentences on whiteboards, while I am modeling a sentence. This helps to keep them engaged. And I can observe student ability and comprehension of the current lesson.
5. Sentence study. Use mentor text that features the style or sentence complexity that you are encouraging students to use in their writing. Discuss the different features of the mentor text. Students can find different parts of a sentence. Students can also diagram sentences.
6. Develop a word list. This can be a simple column of words that help to describe the subject. I like to develop word webs that help to describe the topic. Students can also develop a list of nouns and verbs about the subject. Students use the word lists to generate sentences.
7. Students analyze their writing, editing. Are there capital letters at the beginning of the sentence? Does the sentence end with an appropriate punctuation? Is there a noun and a verb? Could I add a describing word, adverb or adjective? How many nouns does the sentence have? How many verbs does the sentence have?
8. Student sharing. This allows students to use their writing as a model for other students. This may also give other students incentive to begin. In addition, classmates can point out the positive points of their writing.
9. Give students a diagram or word order to use during an exercise. There are many different variations to a sentence, remember start simple then build the complexity of the sentence(s). Here are a few examples that were described by Dr. Laud (2018) in a webinar titled, Vocabulary, sentence, and micro-discourse strategies for writing! Noun + verb; noun + verb + where phrase; noun + adverb + verb + when phrase; adjective + noun + verb + where + but + noun + verb.
10. Teacher modeling, teacher modeling, teacher modeling-use all subject matters to model complete sentences.
11. During collaboration with a student about their writing, I often find a sentence that may need some more detail and ask the student to add a word(s). Not all students are ready for this type of feedback or challenge. In some cases, you may have to assist them or model how you might increase the complexity of the sentence before sending them away to work independently. Other students can also assist students or give them ideas of how they might include other details in their sentence(s) to make the sentence more interesting. This grows student writing ability
12. I often tell students that I want to feel like I am there. This helps to drive the complexity and detail of the sentence. What does it feel like? What does it smell like when I take a breath? What does it look like? What am I hearing? Have them verbal discuss the detail with you or another student. This helps them organize their thoughts and put them on paper. This can be a very hard task for writers!
Learning how to write can be hard, but teaching others how to write may be even harder.

*Pillar 5 of structured literacy instruction is syntax or the study of sentence structure. The principles that dictate the sequence and function of words in a sentence. These principles are also referred to as the mechanics, grammar, and variation of a sentence.

References
Haynes, C. and Laud, L. (2018). Vocabulary, sentence, and micro-discourse strategies for writing! International Dyslexia Association conference webinar.

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