What Are the Essential Components of RTI?

• ·         High quality, research-based instruction and behavioral support in general education.
• ·         Universal (school-wide or district-wide) screening of academics and behavior in order to determine which students need closer monitoring or additional interventions.
• ·         Multiple tiers of increasingly intense scientific, research-based interventions that are matched to student need.
• ·         Use of a collaborative approach by school staff for development, implementation, and monitoring of the intervention process.
• ·         Continuous monitoring of student progress during the interventions, using objective information to determine if students are meeting goals. (Progress monitoring like DIBELS Next)
• ·         Follow-up measures providing information that the intervention was implemented as intended and with appropriate consistency.
• ·         Documentation of parent involvement throughout the process.
• ·         Documentation that the special education evaluation timelines specified in IDEA 2004 and in the state regulations are followed unless both the parents and the school team agree to an extension.
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• What Are the Key Terms?

• Response to Intervention (RTI) is an array of procedures that can be used to determine if and how students respond to specific changes in instruction. RTI provides an improved process and structure for school teams in designing, implementing, and evaluating educational interventions.
• Universal Screening is a step taken by school personnel early in the school year to determine which students are “at risk” for not meeting grade level standards. Universal screening can be accomplished by reviewing recent results of state tests, or by administering an academic screening test to all children in a given grade level. Those students whose test scores fall below a certain cut-off are identified as needing more specialized academic interventions.
• Student Progress Monitoring is a scientifically based practice that is used to frequently assess students' academic performance and evaluate the effectiveness of instruction. Progress monitoring procedures can be used with individual students or an entire class.
• Scientific, Research-Based Instruction refers to specific curriculum and educational interventions that have been proven to be effective –that is, the research has been reported in scientific, peer-reviewed journals.

What Role Does RTI Play in Special Education Eligibility?

How Can Parents Be Involved in the RTI Process?

• ·         Does our school use an RTI process? (Be aware that your child's school may call their procedures a “problem solving process,” or may have a unique title for their procedures, e.g., Instructional Support Team, and not use the specific RTI terminology.)
• ·         Are there written materials for parents explaining the RTI process? How can parents be involved in the various phases of the RTI process?
• ·         What interventions are being used, and are these scientifically based as supported by research?
• ·         What length of time is recommended for an intervention before determining if the student is making adequate progress?
• ·         How do school personnel check to be sure that the interventions were carried out as planned?
• ·         What techniques are being used to monitor student progress and the effectiveness of the interventions? Does the school provide parents with regular progress monitoring reports?
• ·         At what point in the RTI process are parents informed of their due process rights under IDEA 2004, including the right to request an evaluation for special education eligibility?
• ·         When is informed parental consent obtained and when do the special education evaluation timelines officially commence under the district's RTI plan?

What Are the Potential Benefits of RTI?

Like many schools, mine has a growing ELL population. In many ways they are more challenging then my LD students but here are a couple ideas that might help you while working with these students. I have found changing up my instruction and adding a couple of different ideas work for ALL students.

English language learners (ELLs) face academic challenges as they work to acquire conversational language skills, as well as the more formal academic language they need to learn content in English. When teaching ELL students, it is important to remember that just like native speakers, ELL students bring a wealth of background experiences into your classroom and have a range of learning style preferences and cultural backgrounds, all of which should be considered when planning their reading instruction.

Who Are ELL Students?

Are trying to acquire English language proficiency, while in English-speaking classrooms. My goal is to help them master the English language, while enabling them to maintain their native language and culture. Students are trying to gain knowledge and experiences in the four domains of language learning:  listening, speaking, reading, and writing.

• Will learn to use English in social interactions, both formally and informally. In this context, students need abundant opportunities to interact with proficient English speakers in a range of settings. By facilitating these interactions around meaningful topics, you will help students gain exposure to a wide vocabulary and a range of topics they might not come across naturally.
• Need to learn, and practice using, content-specific language so they can successfully learn, communicate, and extend academic content-area learning. 
• Benefit from lessons rich with visual aids and non=linguistic cues. Picture books (especially nonfiction picture books) 
• Benefit from model readings and hearing the English language read with fluency. Modeling is a great way for students to hear the English language read fluently while they follow along, viewing both the text and art.
• Model fluent reading. While listening to a story being read aloud, readers can track each word as it is highlighted. In this way, students make sound-symbol correlations between the words and audio pronunciations.
• Utilize graphic organizers. After listening to a book, students can draw pictures illustrating the beginning, middle, and end of the book on a graphic organizer. 
• Students can further build their vocabulary using the infer-and-define strategy in which students infer the meaning of an unknown word and then clarify it by using a student made dictionary.  Students can add their newly acquired words into their personal dictionaries.  
• Use guided reading.  As you work with your ELL students to teach and model reading strategies.
• Use conferencing, explicit modeling, and think-alouds to guide ELL students in thinking critically about the texts they read. 
• Use inferential questions in the notes section of your students' text to encourage critical thinking about the text. Seeing these preview questions before they read will provide students with a reading focus and will require them to analyze the text and synthesize information as they read.   
• Encourage evaluation. Students are working toward synthesizing and evaluating information and responding to reading through writing.  Use this time to guide students in evaluating their own opinions based on the text.  

Phonological and Phonemic Awareness

Phonological awareness is a broad skill that includes identifying and manipulating units of oral language – parts such as words, syllables, and onsets and rimes. Children who have phonological awareness are able to identify and make oral rhymes, can clap out the number of syllables in a word, and can recognize words with the same initial sounds like 'money' and 'mother.'

Phonemic awareness refers to the specific ability to focus on and manipulate individual sounds (phonemes) in spoken words. Phonemes are the smallest units comprising spoken language. Phon
emes combine to form syllables and words. For example, the word 'mat' has three phonemes: /m/ /a/ /t/. There are 44 phonemes in the English language, including sounds represented by letter combinations such as /th/. Acquiring phonemic awareness is important because it is
the foundation for spelling and word recognition skills. Phonemic awareness is one of the best predictors of how well children will learn to read during the first two years of school instruction.

Students at risk for reading difficulty often have lower levels of phonological awareness and phonemic awareness than do their classmates. The good news is that phonemic awareness and phonological awareness can be developed through a number of activities.

What the problem looks like:

A kid's perspective: What this feels like to me

• Children will usually express their frustration and difficulties in a general way, with statements like "I hate reading!" or "This is stupid!". But if they could, this is how kids might describe how difficulties with phonological or phonemic awareness affect their reading:
• I don't know any words that rhyme with cat.
• What do you mean when you say, "What sounds are in the word brush?"
• I'm not sure how many syllables are in my name.
• I don't know what sounds are the same in bit and hit.

A parent's perspective: What I see at home

Here are some clues for parents that a child may have problems with phonological or phonemic awareness:

• She has difficulty thinking of rhyming words for a simple word like cat (such as rat or bat).
• She doesn't show interest in language play, word games, or rhyming.
• Click here to find out what parents can do to help a child at home.
• A teacher's perspective: What I see in the classroom
• Here are some clues for teachers that a student may have problems with phonological or phonemic awareness:
• She doesn't correctly complete blending activities; for example, put together sounds /k/ /i/ /ck/ to make the word kick.
• He doesn't correctly complete phoneme substitution activities; for example, change the /m/ in mate to /cr/ in order to make crate.
• He has a hard time telling how many syllables there are in the word paper.
• He has difficulty with rhyming, syllabication, or spelling a new word by its sound.

How to help

With the help of parents and teachers, kids can learn strategies to cope with phonological and/or phonemic awareness problems that affect his or her reading. Below are some tips and specific things to do.

What kids can do to help themselves

• Be willing to play word and sounds games with parents or teachers.
• Be patient with learning new information related to words and sounds. Giving the ears a workout is difficult!
• Practice hearing the individual sounds in words. It may help to use a plastic chip as a counter for each sound you hear in a word.
• Be willing to practice writing. This will give you a chance to match sounds with letters.
• What parents can do to help at home
• Check with your child's teacher or principal to make sure the school's reading program teaches phonological, phonemic awareness, and phonics skills.
• If your child is past the ages at which phonemic awareness and phonological skills are taught class-wide (usually kindergarten to first or second grade), make sure he or she is receiving one-on-one or small group instruction in these skills.
• Do activities to help your child build sound skills (make sure they are short and fun; avoid allowing your child to get frustrated):
• Help your child think of a number of words that start with the /m/ or /ch/ sound, or other beginning sounds.
• Make up silly sentences with words that begin with the same sound, such as "Nobody was nice to Nancy's neighbor".
• Play simple rhyming or blending games with your child, such as taking turns coming up with words that rhyme (go – no) or blending simple words (/d/, /o/, /g/ = dog).
• Read books with rhymes. Teach your child rhymes, short poems, and songs.
• Practice the alphabet by pointing out letters wherever you see them and by reading alphabet books.
• Consider using computer software that focuses on developing phonological and phonemic awareness skills. Many of these programs use colorful graphics and animation that keep young children engaged and motivated.

What teachers or parents can do to help at school?

• Learn all about phonemes (there are more than 40 speech sounds that may not be obvious to fluent readers and speakers).
• Make sure the school's reading program and other materials include skill-building in phonemes, especially in kindergarten and first grade (these skills do not come naturally, but must be taught).
• If children are past the age at which phonemic awareness and phonological skill-building are addressed (typically kindergarten through first or second grade), attend to these skills one-on-one or in a small group. Ask your school's reading specialist for help finding a research-based supplemental or intervention program for students in need.
• Identify the precise phoneme awareness task on which you wish to focus and select developmentally appropriate activities for engaging children in the task. Activities should be fun and exciting – play with sounds, don't drill them.
• Make sure your school's reading program and other materials include systematic instruction in phonics.
• Consider teaching phonological and phonemic skills in small groups since students will likely be at different levels of expertise. Remember that some students may need more reinforcement or instruction if they are past the grades at which phonics is addressed by a reading program (first through third grade).

I hope these ideas help and answer some questions for parents. Have a great week.

What Do Speech Therapists Help With?

• articulation disorders: This when a kid has trouble saying certain sounds or saying words correctly. "Run" might come out as "won." Or "say" may sound like "thay." Lisps are considered articulation disorders.
• fluency disorders: If a kid repeats certain sounds and has trouble saying the complete word, he or she may have fluency disorder. For example, a kid trying to say "story" might get stuck on the "st" and say "st-st-st-story." Or he or she might draw out certain sounds and say "ssssssstory." A stutter is a fluency disorder
• voice disorders: A kid might have a voice disorder if people have trouble understanding him or her. The kids might start a sentence loud and clear, but it's quiet and mumbling by the end. Sometimes these kids sound like they have a cold or like they're talking through their noses.
• language disorders: A kid who has trouble understanding people or has trouble putting words together to express thoughts might have a language disorder.

Who Needs Speech Therapy?

• hearing impairment
• weak muscles around the mouth
• cleft lip or palate
• vocal nodules/ hoarseness
• autism
• breathing disorder
• swallowing disorder

What's It Like?

How Long Will Treatment Last?

Another area of development to encourage this year is fine motor skills -- or use of the hands. Just as gross motor skills enable your child to perform important everyday tasks, such as getting out of bed and going downstairs for breakfast, fine motor abilities allow for increasing independence in smaller but equally significant matters: opening doors, zipping zippers, brushing teeth, washing hands, and so on.

When combined with increasing hand-eye coordination, fine motor skills also open new doors to exploration, learning, and creative expression. In fact, research shows that emphasis on purely intellectual activities -- memorization of letters and numbers, for instance -- is far less useful at this stage than pursuits that encourage fine motor abilities and hand-eye coordination. These skills -- rather than counting or reciting the alphabet -- lay the foundation for academic learning in later years. In order to learn to write or draw, for example, a child's hand must be strong and coordinated enough to hold a pencil steady for a long period of time; in order to participate in school sports, games, and projects, dexterity and coordination must be up to par.

Among the fine motor skills your child will perfect in the preschool years are the abilities to:

• paste things onto paper
• lap hands
• touch fingers
• button and unbutton
• work a zipper
• build a tower of 10 blocks
• complete puzzles with five or more pieces
• manipulate pencils and crayons well enough to color and draw
• copy a circle or cross onto a piece of paper
• cut out simple shapes with safety scissors

The best way for you to help promote these and other hand-related skills is to provide your child with a wide range of materials to manipulate as her imagination dictates. Good choices include blocks (especially the interlocking types like magnetic blocks, Legos, bristle blocks, Tinker Toys, and construction straws), crayons, nontoxic and washable markers and paints, paste, glue, modeling clay, an easel, construction paper, safety scissors, a smock to guard against stained clothing, coloring books, and simple sewing cards. This is also a prime time for puzzles, sand and water toys, and musical instruments.

Encourage Your Child's Creativity

Once you've provided your child with the tools that inspire creativity, stand back and let him loose, even if things are likely to get rather messy. Preschoolers tend to focus more on process than on product. They throw themselves into exploring the properties and possibilities of materials like paint, mud, sand, water, and glue without worrying about the results. In fact, when your 3-year-old proudly displays his latest masterpiece, you should try not to ask, "What is it?" That question may have never even occurred to him.
Instead, admire the work for what it is: "That's really wonderful! Tell me just how you did it." Then, encourage him to explain to you in his own words how he felt and what he was thinking about while he was making it.

The less control you try to impose over your child's creativity, the better. This advice especially holds true when it comes to the hand your child favors. One of the milestones of this age is becoming right-handed or left-handed. In fact, handedness is an important sign of increasing brain organization. By age 4, some 90 percent of children have become clearly right-handed, while the rest have become dedicated southpaws.
The main determinant of handedness is heredity, so it's best not to tamper with your child's genetic predisposition. Left-handers are no less socially acceptable than righties. And when pressure from parents or preschool teachers induces a child to switch, doing so usually takes a long-term toll in emotional upset and poor coordination.

So let your child lead the way. And don't be alarmed if her fine motor skills progress more slowly than her gross motor development. Fine motor skills develop more slowly because the kinds of delicate movements that enable children to manipulate objects (stacking and nesting blocks or putting together puzzle pieces, for example) can be learned only over time with a lot of practice. Unfortunately, while most 3-year-olds will run happily for hours on a playground, few really have the patience to sit and copy a drawing of a circle or a cross over and over. And keep in mind that the smaller muscles of the body (like those in the hands and fingers) tire out more easily than the larger muscles in the arms and legs, so endurance and strength must be built up gradually before your child's dexterity can improve.

There's one more reason why your child's fine motor skills progress more slowly: They are closely linked to cognitive development. In order to build a fort with blocks, for instance, a child must be able to think in a three-dimensional manner. Adding limbs, hair, or facial features to an incomplete picture of a person means that your child is capable of understanding that two-dimensional drawings can symbolize real people. Your child must mentally compare the picture with stored images of what people look like to figure out what's missing from the drawing, and he must be able to manipulate a pencil or crayon well enough to fill in the absent features.

The thought process involved in such acts is far more complicated than that for figuring out how to climb a ladder, chase a ball, or walk out a door. So it's important for you to be patient, encouraging, and supportive of your child's efforts. Whatever he masters today will stand him in good stead once he starts more formal learning in kindergarten and beyond.

Summer Ideas: Check our Imagination Tree

What are Gross motor skills?

Gross motor skills are the abilities required in order to control the large muscles of the body for walking, running, sitting, crawling, and other activities.

Motor skills are actions that involve the movement of muscles in the body. They are divided into two groups: gross motor skills, which are the larger movements of arms, legs, feet, or the entire body (crawling, running, and jumping); and fine motor skills , which are smaller actions, such as grasping an object between the thumb and a finger or using the lips and tongue to taste objects. Motor skills usually develop together since many activities depend on the coordination of gross and fine motor skills. Gross motor skills develop over a relatively short period of time. Most development occurs during childhood. However, soldiers, some athletes, and others who engage in activities requiring high degrees of endurance may spend years improving their level of muscle and body coordination and gross motor skills.

Encouraging gross motor skills requires a safe, open play space, peers to interact with, and some adult supervision. Promoting the development of gross motor abilities is considerably less complicated than developing fine motor skills. Helping a child succeed in gross motor tasks requires patience and opportunities for a child to practice desired skills. Children reach developmental milestones at different rates. Pushing a child to perform a task that is impossible due to development status promotes frustration and disappointment. Children should be allowed to acquire motor skills at their own paces.

There are a number of activities parents can have children do to help develop gross motor skills. These include:
• playing hopscotch and jumping rope; activities that help children learn balance
• hitting, catching, kicking, or throwing a ball, such as a baseball, football, or soccer ball; activities that help develop hand-eye or foot-eye coordination
• kangaroo hop, in which children hold something, such as a small ball or orange, between their knees and then jump with their feet together frontward, backwards, and sideways
• playing wheelbarrow, in which someone holds the children's legs while they walk on their hands along a specific route
• walking on a narrow bar or curb, while holding a bulky object in one hand, then the other hand, and then repeating the activity walking backwards and sideways
• toss and catch, in which children toss an object, such as a baseball, in the air and then catch it, while sitting or lying down and also while using alternate hands

Infancy
The first gross motor skill infants learn usually is to lift their heads and shoulders before they can sit up, which, in turn, precedes standing and walking. Lifting the head is usually followed by head control. Although they are born with virtually no head or neck control, most infants can lift their heads to a 45-degree angle by the age of four to six weeks, and they can lift both their head and chest at an average age of eight weeks. Most infants can turn their heads to both sides within 16 to 20 weeks and lift their heads while lying on their backs within 24 to 28 weeks. By about nine to 10 months, most infants can sit up unassisted for substantial periods of time with both hands free for playing.

One of the major tasks in gross motor development is locomotion, the ability to move from one place to another. Infants progress gradually from rolling (eight to 10 weeks) to creeping on their stomachs and dragging their legs behind them (six to nine months) to actual crawling (seven to 12 months). While infants are learning these temporary means of locomotion, they are gradually becoming able to support increasing amounts of weight while in a standing position. In the second half-year of life, babies begin pulling themselves up on furniture and other stationary objects. By the ages of 28 to 54 weeks, on average, they begin navigating a room in an upright position by holding on to the furniture to keep their balance. Eventually, they are able to walk while holding on to an adult with both hands and then with only one. They usually take their first uncertain steps alone between the ages of 36 and 64 weeks and are competent walkers by the ages of 12 to 18 months.

Toddlerhood
Toddlers are usually very active physically. By the age of two years, children have begun to develop a variety of gross motor skills. They can run fairly well and negotiate stairs holding on to a banister with one hand and putting both feet on each step before going on to the next one. Most infants this age climb (some very actively) and have a rudimentary ability to kick and throw a ball. By the age of three, children walk with good posture and without watching their feet. They can also walk backwards and run with enough control for sudden stops or changes of direction. They can hop, stand on one foot, and negotiate the rungs of a jungle gym. They can walk up stairs alternating feet but usually still walk down putting both feet on each step. Other achievements include riding a tricycle and throwing a ball, although they have trouble catching it because they hold their arms out in front of their bodies no matter what direction the ball comes from.

Preschool
Four-year-olds can typically balance or hop on one foot, jump forward and backward over objects, and climb and descend stairs alternating feet. They can bounce and catch balls and throw accurately. Some four-year-olds can also skip. Children this age have gained an increased degree of self-consciousness about their motor activities that leads to increased feelings of pride and success when they master a new skill. However, it can also create feelings of inadequacy when they think they have failed. This concern with success can also lead them to try daring activities beyond their abilities, so they need to be monitored especially carefully.

School age
School-age children, who are not going through the rapid, unsettling growth spurts of early childhood or adolescence , are quite skilled at controlling their bodies and are generally good at a wide variety of physical activities, although the ability varies according to the level of maturation and the physique of a child. Motor skills are mostly equal in boys and girls at this stage, except that boys have more forearm strength and girls have greater flexibility. Five-year-olds can skip, jump rope, catch a bounced ball, walk on their tiptoes, balance on one foot for over eight seconds, and engage in beginning acrobatics. Many can even ride a small two-wheel bicycle. Eight- and nine-year-olds typically can ride a bicycle, swim, roller skate, ice skate, jump rope, scale fences, use a saw, hammer, and garden tools, and play a variety of sports . However, many of the sports prized by adults, often scaled down for play by children, require higher levels of distance judgment and hand-eye coordination , as well as quicker reaction times, than are reasonable for middle childhood. Games that are well suited to the motor skills of elementary school-age children include kick ball, dodge ball, and team relay races.

In adolescence, children develop increasing coordination and motor ability. They also gain greater physical strength and prolonged endurance. Adolescents are able to develop better distance judgment and hand-eye coordination than their younger counterparts. With practice, they can master the skills necessary for adult sports.

Common problems

There are a range of diseases and disorders that affect gross motor skill development and skills. Among young persons, developmental problems such as genetic disorders, muscular dystrophy , cerebral palsy , and some neurological conditions adversely impact gross motor skill development.

Gross motor skills can become impaired in a variety of ways, including injury, illness, stroke , and congenital deformities. Developmental coordination disorder affects motor skills. A person with this disorder has a hard time with skills such as riding a bike, holding a pencil, and throwing a ball. People with this disorder are often called clumsy. Their movements are slow and awkward. People with developmental coordination disorder may also have a hard time completing tasks that involve movement of muscle groups in sequence. For example, such a person might be unable to do the following in order: open a closet door, get out a jacket, and put it on. It is thought that up to 6 percent of children may have developmental coordination disorder, according to the 2002 issue of the annual journal Clinical Reference Systems . The symptoms usually go unnoticed until the early years of elementary school; the disorder is usually diagnosed in children who are between five and 11 years old.

Children with any one or combination of developmental coordination disorder symptoms should be seen by a pediatrician who specializes in motor skills development delays. There are many ways to address gross motor skills impairment, such as physical therapy. This type of therapy can include treating the underlying cause, strengthening muscles, and teaching ways to compensate for impaired movements.

When to Worry?
Parents, teachers, and primary caregivers need to have a clear understanding of how young children develop gross motor skills and the timetable for development of the skills. The Lincoln-Oseretsky Motor Development Scale is an individually administered test that assesses the development of motor skills in children and adults. Areas covered include fine and gross motor skills, finger dexterity and speed, and hand-eye coordination. The test consists of 36 tasks arranged in order of increasing difficulty. These include walking backwards, standing on one foot, touching one's nose, jumping over a rope, throwing and catching a ball, putting coins in a box, jumping and clapping, balancing on tiptoe while opening and closing one's hands, and balancing a rod vertically. Norms have been established for each part of the test for children aged six to 14. When in doubt ask. There is never anything worry in asking questions.

Have a great weekend!

There is never enough practice in math for money. I have no memory for learning money or coin value growing up, I just know that I'm asked all the time how to help and build those money skills. I think in many times our math move faster than many kids are ready to move. Some need more practice other need that practice that always be part of their day as review.

For me, money practice can from my weekly allowance--sometimes I would try it get it twice week but there were times when the bank would have to owe me as well. (That didn't work out so well.) Summer is a great time for kids to work with coins plus gain some responsibility.

In class, I have set up a classroom bank and charged students for everything from borrowing pencils to renting the chair they are sitting in.

Ok some ground rules.

In either event, before they get an allowance, a child should be old enough to count money. The key to a successful allowance is structuring it right from the outset.

Make it clear to your children what kinds of expenditures the money is for, and that they are expected to save some of it. Younger children - ages 7 to 10 - shouldn't be held accountable for items like school lunch money as part of their allowances, but it's not a bad idea for older kids and has the added benefit of fewer payments changing hands.

Some experts think parents should not link the allowance money to household chores. Children should be expected to help out around the house and in the yard because they are members of the family, not because they are paid. That's your call, obviously, not mine. When my family moved, my sister and I were slave labor and charged riding the lard of weeds at 5 cents a pop--we were rich in no time.

Yet with children over 8 or 9 years old, giving an allowance doesn't preclude paying them for specific chores, especially the occasional type that you might otherwise pay outsiders to perform, such as shoveling the sidewalk or washing the car. Why not keep the money in the family?

So instead of grimacing when your children hit you up for a raise, decide when the time is right and then engage them in fruitful negotiations. How long since the last raise? Will new expenditures be covered? What amount of the raise will be saved long-term for expenditures requiring your approval?

The most vexing decision on allowances is how much - a decision affected by personal values, family income and common sense. Don't let your children influence the amount by saying what their friends are getting: Any normal child will bring in high figures.

Many parents like to give their children the equivalent in today's dollars of the allowance they received at the same age. Assuming that these parents have more or less the same means as their parents did, this can be a comfortable solution.

Something to think about trying. It seems easier than running a classroom bank. My freebie is designed to help you teach and reenforce learning the value of coins. Without knowing those, kids are sunk. Print it off and use it to reteach coin values and to help you in the class and at home.

It seems only like yesterday when the year started. I always wonder where it went but I'm glad the year the year is almost over--it's been a year and then some but the pile of reading I want to get done over the summer.

My plan this summer is to continue to build my Common Core depth of knowledge and ways to shift the cognitive load to my students. My district has been pulling curriculum from just about every other district but ones in Colorado. (New York and Georgia--have great math units)

Book 1 & 2) Both of Eric Jenson's Students with Poverty books. Many of our RTI conversations seem to come back to this basic issue. Poverty impacts student learning more than most realize.

Book 3) Academic Conversations--the rubric I'm evaluated on looks at the basic of teacher to student talk and how much of that is high order thinking that students are doing without my help. Yes, without me. You would be amazed its really not super hard to get them to do that. Just lots of guided practice.

Book 4) Learning in the Fast Lane--I'm always on the look out for high impact, researched based instructional approaches that are easy to do.





Anyone have a pile of books you are planing to get through this summer? Share them below.

Have a great last couple weeks of school before summer starts.

Twice a year, my school does beginning and end of the year reading testings for all students. This year, I had a long conversation with a 2nd grade teacher about things she wished-a couple of her parents had asked before leaving. This got me thinking about our students and parents, I believe all parents want the very best for their children but just don't know which questions to ask or where to start.

In most of my IEP meetings, what parent's really want to know is where their child is. This in many ways is a very difficult question to answer. In my case, in just reading there is DIBELS, DRA, running records, Wilson Reading, Just Words, Fundations plus anything special the classroom teachers does as well-those are just the building assessments Then you layer on the District ones Beginning Reading (covers all beginning reading skills-letter identification, sounds, rhyming) and Acuity. So a simple question becomes a full conference.


This handout can be sent home as part of a Back to School packet or when you do Flex Testing. It is by no means the end all of all questions you could ask but its meant to be a jumping off point to help you help parents to maintain open lines of communication. (In many cases it is the lack of communication that leads to problems.)

Its that time of year--after Spring Break when the last minute chaos and drive to get any stuck in your RTI process out and identified for Special Education before the year ends. I know my team, tries to have a short short list before going to break. Even if we have surprises, then we have time to get to everyone.

I have a couple of resources to share. These have helped my team make sure the information we need is in place before moving to a referral.

I know with all the students and interventions going on, sometimes I get lost as to where students are in the process. This flow map helps keep me on track.

Something else that has been a great help for our whole Problem Solve Team, are all these forms. Here you will find everything from parent letters to invite them to meetings, data collection forms and checklists for just about everything. It is totally editable. So you can make it work for your own team. (Make sure to download from Scridb a docx. If you have problems downloading it as a document, email me and I'll send you a copy.)

Don't let the end of the year chaos sneak up on your team. Have a great week!!

This year I have one group of Wilson and they are tech savvy second graders.There classroom teachers use their Smart Boards for Fundations. It has been fun moving daily lessons to Smart Board. With this group moving to a new book--Book 3. I decided to move the whole lesson to my Smart Board. I still make words on my table. If you are looking for Sounds and Letters for your Smart Board I have one here.

Moving this group from things being placed on the table (as the directions tell you) to being on my Smart Board has changed how they interact with the words. It seems to be sticking more. Not sure but hey if it helps them get the words, strategies, and skills stick--then I'll create it.

I only put the reading day on my Smart Board because the spelling is spelling--yes they would love it I gave them the answers but that not the point. The reading one you can download from Dropbox. Its in Power Point, so you can make changes to meet the needs of your group.

Have a great weekend.

So, over the last two weeks, I've given the state testing (which is changing next year) and worked on replacing my now died laptop. With that now behind me, I can look forward to the second have of state testing for 4th and 5th grader in science and social studies on the computers. I still have no clue what the accommodations look like. With that all over for now, I left for Spring Break.

Something that keeps coming up in my school, is where to look for resources that help teachers and parents to understand that the depth looks like across the grades. Colorado is a CMAS and PARCC state--fewer standards at a deeper level but we have not told what that deeper level looks like. As I have gone searching to resources that break down math skills, I have come across a couple of sites that might help explain what Common Core is parents and help teachers continue to content with resources.

For Parents
Parents' Guide to Student Success
The Parents’ Guide to Student Success (listed below in English and Spanish) was developed in response to the Common Core State Standards in English language arts and mathematics that more than 45 states have adopted. To find out if your state has adopted the standards, visit CoreStandards.org/In-The-States. Created by teachers, parents, education experts, and others from across the country, the standards provide clear, consistent expectations for what students should be learning at each grade in order to be prepared for college and career.


Common Core State Standards Initiative
The Common Core State Standards (CCSSI) is a joint effort led by the National Governors Association Center for Best Practices and the Council of Chief State School Officers to develop a common core of K-12 standards in English language arts and Mathematics.

Achieve The Core
As educators, as researchers, and as citizens, we view the changes brought by the college and career readiness focus of the Common Core State Standards as a once-in-a-generation opportunity for kids of all backgrounds and ability levels to better fulfill their potential. Like the standards themselves, we are evidence-based in our approach. Our work is aimed at ensuring that teachers across the country are able to put the standards to work, quickly and effectively, to help their students and colleagues aspire to a higher standard and reach it. Accordingly, the content available on this site is assembled by and for educators and is freely available to everyone to use, modify and share.

We invite educators and people curious about the Common Core State Standards to explore what the site has to offer, including hundreds of math and literacy resources for teachers, resources for leaders who are putting college and career readiness standards into action in their own schools, and opportunities to become an advocate for the Common Core.

Parent Roadmaps to the Common Core Standards
The Council of the Great City Schools' parent roadmaps in mathematics provide guidance to parents about what their children will be learning and how they can support that learning in grades K-8. These parent roadmaps for each grade level also provide  three-year snapshots showing how selected standards progress from year to year so that students will be college and career ready upon their graduation from high school.

Common Core for Parents
Our Core-ready programs and materials help students become college and career ready while keeping the joy in learning. A great place to get questions answered from what the DRA (Developmental Reading Assessment) is to figuring out if your child has a learning disability.


For Teachers

Common Core Explorer
Graphite is a free service from nonprofit Common Sense Media designed to help preK-12 educators discover, use, and share the best apps, games, websites, and digital curricula for their students by providing unbiased, rigorous ratings and practical insights from our active community of teachers.

EduCore
At your fingertips is a wealth of information and resources about the Common Core State Standards (CCSS) for teachers, educational leaders, schools, and school districts. It has a great collection of evidence-based tools, strategies, videos, and supporting documents to learn about the implementation and transition to CCSS. A great place to build your capacity for understanding the shifts of the CCSS.

Defining the Core
The Common Core State Standards (CCSS) are the culmination of an extended, broad-based effort to fulfill the charge issued by the states to create the next generation of K-12 standards in order to help ensure that all students are college and career ready no later than the end of high school. This is one of the most important changes in education in the United States in the last fifty years and stands to positively affect students, parents, teachers, communities, and the workforce as we take a firm grasp on what 21st century learning truly means.

ELA/Literacy Learning Progressions
The online tool organizes the Common Core ELA strands of Writing, Speaking & Listening, and Language into visible student skill progressions in an effort to keep the learning of all students moving forward. These progressions continually guide students and teachers to "what's next" and are a great foundation for assessing reading comprehension within the standards. The following descriptors outline how the various parts of the tool are constructed. This is great for backwards planning, so you can meet students where they are.

Books
Using Common Core Standards to Enhance Classroom Instruction & Assessment

Not everything Robert Marzano publishes is worth buying but I picked this one up earlier and love the rubrics (0-4 point scale) that have been created for all the standards. This is the closest I have come to finding something that gets at the depth of the standards. His website has freebies that are tied to each of the books.

I hope that this list of resources helps you better understand Common Core and where its headed. If you have a favorite resource, please share. Have a great week.

It would come to no surprise to anyone that summarizing becomes more complex as a reader moves from a beginning readers of Level A/1 to those reading at Level 38/P. This makes teaching this reading comprehension skill to a group of readers that span three years-18/J to 28/M to 38/P. (What was I thinking when I agreed to try this?) But this group has made progress than I would have guessed. They have risen to the challenge.

As I started thinking about how I was going to plan the next few weeks with this group, I went back to Fountas and Pinnell's Continuum of Literacy Learning, to see what the summarizing targets looked like. In this case, its the depth that students need to have. (This is a great resource!)

This means my models need to include two different ideas: 1) focusing one beginning, middle, end, with characters, problem, solution, and characters; 2) focusing on summarizing longer texts being more chapter based.

Next, problem what does the summary need to look like and how do I want them to know when they have met the target. But first, I need to find my mentor text to support my modeled lessons. (I could hold story hour for them and they would never mind not working:-))

Knowing I need at least four books covering several different reading levels:


These ones will provide me with different examples for my students.










With models in hand, how do I want students to write their summaries. They will also need the rubric and success criteria. (This is a new push for more. As a building we have just taken on Learning Targets--which   my students have loved. This is a tough challenge.) This is success criteria example of a 4 using the DRA scaffolded summary template.

 I'll share the examples the group puts together. Have a great week.

Last week I shared how I had a reading group where all the students were in different books. Well, this week, they did predicting through synthesis. Predicting is one of those skills that all readers learn how to do early on but well worth revisiting at each reading level because the depth that students must use this skill changes.

This week I'm changing one of my guided reading groups to not guided reading but guided reading. Confused yet? I was when I was asked to make this change. I have three readers that are outliers and if I had tons of time to give each one on one guided reading I would.

First off, I had to find a common overarching strategy that they all needed to work on but the text level didn't matter. After looking at their reading data and talking with my coach, synthesis was decided on.

Next, finding text that would fit each and allow me to target synthesis. This took some looking but after some time I found three that would fit the bill. Once, I had the books, I crafted questions that would target the skill. I put the questions on return address labels, so I could put the questions in each students reader's response journal.

Before starting the lesson, I told the group that we were going to do some playing. (As I had never done this before.) Because this was new and I would most likely be making changes as the week went on. They were cool with this and couldn't wait.

I started the lesson by creating an anchor chart. I made the pieces large enough to add specific story element information. We used Tacky the Penguin. I wrapped up the lesson by asking the girls to change the end of the story to where the hunters didn't run away.

Day Two: With the questions matching everyone's own books on stickies, students knew what they were reading for. They also had to complete--a four square. (character, setting, problem/solution) This gave me the time to go around, having each one read to me and a chance to ask specific questions about each book, clear up any confusion, and talk about the questions they had to answer by the end of the book. Just like any other guided group! (I got this!) I closed the lesson, by bringing them back to the anchor chart and talking about what they knew of their characters. They had not finished their books and I was laying the groundwork for the next day.

Some sentence frames I used for synthesizing:
-If _____________________, then then the outcome maybe _______________________.
-What would happen if __________.

Its important to remember that synthesis is taking multiple strategies to construct new insight and meaning as more information and ideas are added to a reader's background knowledge. My group of sixth graders, needed a visual to see what I meant when I explained  synthesis. I gave them a couple of different pictures like making cookies or a pizza. All the ingredients are comprehension strategies and the finished product is synthesis. This group of 5th graders sees synthesis as an banana split.

  This week we are going back and doing prediction. With the overall target being synthesis and the daily target being prediction. I'm hoping that this works as I continue to work out the kinks. I'll let you know. Have a great week.

WHAT IS NUMBER SENSE?
Number sense involves understanding numbers; knowing how to write and represent numbers in different ways; recognizing the quantity represented by numerals and other number forms; and discovering how a number relates to another number or group of numbers. Number sense develops gradually and varies as a result of exploring numbers, visualizing them in a variety of contexts, and relating to them in different ways.

In the primary and intermediate grades, number sense includes skills such as counting; representing numbers with manipulatives and models; understanding place value in the context of our base 10 number system; writing and recognizing numbers in different forms such as expanded, word, and standard; and expressing a number different ways—5 is "4 + 1" as well as "7 - 2," and 100 is 10 tens as well as 1 hundred. Number sense also includes the ability to compare and order numbers—whole numbers, fractions, decimals, and integers—and the ability to identify a number by an attribute—such as odd or even, prime or composite-or as a multiple or factor of another number. As students work with numbers, they gradually develop flexibility in thinking about numbers, which is a distinguishing characteristic of number sense.

WHY IS IT IMPORTANT?

Number sense enables students to understand and express quantities in their world. For example, whole numbers describe the number of students in a class or the number of days until a special event. Decimal quantities relate to money or metric measures, fractional amounts describing ingredient measures or time increments, negative quantities conveying temperatures below zero or depths below sea level, or percent amounts describing test scores or sale prices. Number sense is also the basis for understanding any mathematical operation and being able to estimate and make a meaningful interpretation of its result.

HOW CAN I MAKE IT HAPPEN?

In teaching number sense, using manipulatives and models (e.g., place-value blocks, fraction strips, decimal squares, number lines, and place-value and hundreds charts) helps students understand what numbers represent, different ways to express numbers, and how numbers relate to one another.

When students trade with place-value blocks they can demonstrate that the number 14 may be represented as 14 ones or as 1 ten and 4 ones. They can also demonstrate that 10 hundreds is the same as 1 thousand. By recording the number of each kind of block in the corresponding column (thousands, hundreds, tens, or ones) on a place-value chart, students practice writing numbers in standard form.

Using fraction strips, students find that 1/4 is less than 1/3 and that it names the same amount as 2/8. Using decimal squares, students see that 8 tenths can be written as 0.8 or 8/10. By pairing up counters to identify even numbers and marking these on a hundreds chart, primary-grade students discover that, beginning with 2, every other number is an even number. Intermediate-grade students can mark multiples of 3 and 6 on a hundreds chart and find that every number that has 6 as a factor also has 3 as a factor. Using a number line, students see how fractions with different denominators relate to the benchmark quantities of 0, 1/2, and 1. From these concrete experiences, students build the foundation for number sense they will bring to computation, estimation, measurement, problem solving, and all other areas of mathematics.

DAILY ROUTINES

Many teachers use the calendar as a source of mathematics activities. Students can work with counting, patterns, number sequence, odd and even numbers, and multiples of a number; they can also create word problems related to the calendar. A hundreds chart can help them count the number of days in school, and the current day’s number can be the "number of the day." Students can suggest various ways to make or describe that number. For example, on the 37th day of school, children may describe that number as 30 plus 7, 40 minus 3, an odd number, 15 plus 15 plus 7, my mother’s age, or 1 more than 3 dozen. The complexity of student’s responses will grow as the year goes on and as they listen to one another think mathematically. This is a great language building time.

THY THESE

• Model different methods for computing:

When a teacher publicly records a number of different approaches to solving a problem–solicited from the class or by introducing her own—it exposes students to strategies that they may not have considered.  As Marilyn Burns explains, “When children think that there is one right way to compute, they focus on learning and applying it, rather than thinking about what makes sense for the numbers at hand.”

• Ask students regularly to calculate mentally:

Mental math encourages students to build on their knowledge about numbers and numerical relationships. When they cannot rely on memorized procedures or hold large quantities in their heads, students are forced to think more flexibly and efficiently, and to consider alternate problem solving strategies.

• Have class discussions about strategies for computing:

Classroom discussions about strategies help students to crystalize their own thinking while providing them the opportunity to critically evaluate their classmates’ approaches. In guiding the discussion, be sure to track ideas on the board to help students make connections between mathematical thinking and symbolic representation.

• Make estimation an integral part of computing.

Most of the math that we do every day—deciding when to leave for school, how much paint to buy, what type of tip to leave in a restaurant, which line to get in at the grocery store relies not only on mental math but estimations.  However traditional textbook rounding exercises don’t provide the necessary context for students to understand estimating or build number sense.  To do that, estimation must be embedded in problem situations.

• Question students about how they reason numerically.

Asking students about their reasoning—both when they make mistakes AND when they arrive at the correct answer—communicates to them that you value their ideas, that math is about reasoning, and, most importantly, that math should make sense to them.  Exploring reasoning is also extremely important for the teacher as a formative assessment tool.  It helps her understand each student’s strengths and weaknesses, content knowledge, reasoning strategies and misconceptions.

• Pose numerical problems that have more than one possible answer:

Problems with multiple answers provide plenty of opportunities for students to reason numerically.  It’s a chance to explore numbers and reasoning perhaps more creatively than if there was “one right answer.”

NUMBER SENSE EVERY DAY
All of these number sense activities contribute to your students’ abilities to solve problems. When children have daily, long-term opportunities to work (and play) with numbers, you will be continually amazed by the growth in their mathematical thinking, confidence, and enthusiasm about mathematics. By helping your children develop number sense, especially in the context of problem solving, you are helping them believe in themselves as mathematicians.

This week I have a group of students who are going to move into inferring. Last year, this was one of the best units I taught. I loved watching students make connections between their background knowledge and what they could out of the text. This year, I'm looking to expand what I used.

Why do Student's Need Inferring:

All reading is an active, reflective, problem-solving process. We do not simply read words; we read ideas, thoughts that spring from the relationships of various assertions. The notion of inference equations is particularly powerful in this regard. Readers can use the notion of inference equations to test whether or not the ingredients for a given inferences are indeed present. To show lying, for instance, a text must show that someone made a statement that they knew was incorrect and that they made that assertion with the specific purpose of deception. If they did not know it was wrong at the time, it’s an error, not a lie. If they did not make the statement for the specific purpose of deception, we have a misstatement, not lying.

How Can Inferring Help Writing:

The notion of inference equations is equally useful for writing. Writers must assure that the ingredients of the equation are present and clear, and that the desired relationships are signaled in a clear and effective way. As writers, we must be aware that our readers will interpret our thoughts.

We must strive to make our meaning as clear as possible. We must provide sufficient examples to make our ideas clear, as well as to short-circuit undesired interpretations. We must recognize what evidence is necessary and sufficient for our purpose, and assure that it is included.

And we must choose our terms carefully for accuracy and clarity of meaning, and spell out our exact thoughts in as much detail as possible. We must recognize biases our readers might bring to the text and explain and support our evidence as much as our conclusions. The advice: Buy diapers.

I think I'm going to start out with this video. This video is about synthesizing is closely linked to evaluating. This is a great way to show students how thinking should change as we read...often to a deeper understanding. As older students read more complex plots they will learn to expect the unexpected, inferring meanings and pick up on foreshadowing.


This will make a great opening to the week and help them think outside the box.

From the video, what else do I need to do. Well, I want proficient readers. Proficient readers understand that writers often tell more than they actually say with words. They give you hints or clues that allow you to draw conclusions from information that is implied. Using these clues to “read between the lines” and reach a deeper understanding of the message is called inferring.

Students need to learn how to infer so that they can go below the surface details to see what is actually implied (not stated) within the words of the story. Some meanings are meant to be implied – that is not stated clearly but they are hinted at. When meanings are implied, you have to infer them.

Students make inferences every day without even thinking about it. For example, you can ask children to imagine they are sitting at their desk doing their homework when they hear a loud booming sound and hear pattering against the window. They don’t actually see anything, but they can infer there is a thunderstorm outside. All students recognize the sounds of thunder. They know heavy rain makes a pattering sound. And they know that any time the two go together there is almost a thunderstorm going on.
Inferring with context clues

One way students can infer a word meaning is from context clues within the text. Students have to learn how to work out meanings from these clues. There’s several ways to do this.They can simply make an educated guess using the hints given before the unknown word and the sentences that follow the word. Asking questions is one way to unravel these clues.

I have some ideas for guided reading:
These questions will be very helpful while we are reading to work through unknown words and what they mean. During the guided reading session, the teacher should have these question stems available when students find a word they don’t know the meaning of.   The teacher pauses the reading and chooses the appropriate question to ask.
“What do you think the word means considering (a certain action or event) has happened?
“How do you know that the word means (insert definition)?”
“What part of the text helps you make this inference?”
“Where can you find other clues to help you understand?”
“If you substitute what you think is a similar word, would the sentence still make sense?”

My goals for my students include:

• Draw conclusions about their reading by connecting the text with their background knowledge
• Synthesize new ideas and information
• Create unique understandings of the text they are reading
• Make predictions about the text, confirm or disconfirm those predictions based on textual
• information, and text their developing comprehension of the text as they read
• Extend their comprehension beyond literal understandings of the printed page

It's hard to believe that it's 2014. Wow! Where did it go??  It just flew by. I have much to be thankful for this past year from achieving my National Boards in Exceptional Needs and finishing my endorsement in Early Childhood Special Education. I know that if my friends and family were not in my corner they may not have happened. This is a good time to reflect on what worked and what didn't work last year.

More importantly, its the family I work with daily at school that helped guide me into be a more reflective and stronger teacher than what I was the year before. That's what makes this hard--early last week a close friend that I work with passed away. She helped me be a better teacher each day I walked in.

As a National Board Teacher, reflecting on my practice is more a matter of course than an event. I can't wait to get back and change things up for my students before state testing begins in six weeks. (Yes, really. I know. OMG!) My students had some great gains the first part of the year. Now I just have to maintain it and go just that much further.
Today, I'm working through the pile and list that I brought home with me while I listen to the TV. I work best with noise. I tend to have my TV on all the time. My mom wonders how I'm able to get anything done but I need that noise.

I loved spending the last two weeks with my family and friends, for our first Christmas in the mountains. Mind you I have lived in Colorado for 30 years. It was even white--that doesn't happen much in town. After breakfast, we went snowshoeing. Yes, dogs and all.

I have about a third of "Catching Fire" to finish. I want to finish it before next week. If I don't it could be sometime before I get it done.

I have six weeks to get my third grade students ready for state testing and 8 weeks for fourth to sixth graders. Rumor has it that we are giving PARCC in science and social studies on the computers on top of CTAP. I have no clue when or who. So much fun:)




I would be nice if I could finish all the projects that I planned to get down over the two weeks but I'm not sure that going to happen. I have a sight word freebie for you.

For those traveling, be safe. Have a great last few days of break if you don't have to go back until Monday.