Wednesday, August 22, 2012


Flat Stanley is with Zoe at the John Walter Museum.
 
They are learning all about pioneer chores this week at Little House in the River Valley Camp.
 
The kids have made sugar cookies and pretzels in a wood fired stove and homemade ice cream - boy, that was a lot of hard mixing work !!!
 
And ... they were all very excited to go swimming in Premier Redford's "pool" at the Alberta Legislature Building :-)
 

Friday, August 17, 2012


Flat Stanley has become an "Aqua Explorer" with Zoe this week !
 
They have been snorkeling, diving, playing water polo and learning about water safety. 
 
The kids will be competing today in the "Aqua Olympics" with campers from all over the City of Edmonton !!!
 
Flat Stanley now has a swim mask and snorkel :-)


Friday, August 10, 2012


Flat Stanley was having fun in the kitchen this week with Zoe. 
They learned how to make cinnamon sugar donuts !!!


Thursday, August 2, 2012


Hi there !
 
Flat Stanley is learning all about stop motion animation this week with The Director's Cut !
 
The kids have formed their own production company, L.O.L. Inc., and will be screening their movie, "The Revenge of Megavolt" this Friday.
 
Rumor has it that Flat Stanley may have a cameo appearance in the film !!!
 

Tuesday, July 31, 2012

Wilson & Flat Stanley have been playing in the backyard pool a lot this summer :)
Flat Stanley and Wilson went to a yoga class at Lotus Soul in St.Albert

Friday, July 27, 2012


Hi there !
 
Flat Stanley is going "Bonkers About Bugs" @ the John Janzen Nature Centre this week.
He went pond dipping and made friends with a baby leach, he has learned all about worms (composting), he has made a terrarium in a mason jar and was excited to see his friend Anthony at camp too !!!
 

Friday, July 20, 2012


Hi there !
 
Zoe has had Flat Stanley with her at Fort Edmonton Park this week at History Whodunnit Camp ! 
 
He made some historical friends at the 1920's midway (see photo), was put into jail for stealing beaver pelts and enjoyed High Tea at the Hotel Selkirk !
 

Thursday, July 12, 2012

As promised, Zoe has Flat Stanley with her at TWOS this week.  He has joined the SpaceTroopers camp this week.  The kids have made rockets which they will be launching tomorrow at Coronation Park.  Stanley will be Zoe's astronaut !  We'll see if he makes it into orbit :-)



Thursday, July 5, 2012

Zoe send this from Zoo Camp!


 
Zoe has Flat Stanley with her at the Valley Zoo this week - he has become part of the Junior Zookeepers camp !!! 
 
The kids are having a lot of fun taking his photo with some of their new animal friends, especially their class pet, Lola, a pregnant guinea pig ... if she delivers this week, one of the babies may be named "Stanley." 

Tuesday, June 19, 2012

Grade Two Poetry

Bunnies Hop
Bunnies hop From low grasslands, to high hills
Getting ready to hibernate for the winter,
That’s where bunnies hop.
         By Ty Woodbury-Busse

Bunnies Eat 
Bunnies eat
Vegetables like carrots
Stuffing themselves with joy
That’s how bunnies eat.
      By Ty Woodbury-Busse

  Haiku Poetry:

Sleep
I can’t sleep
Nothing to do all night long
I am bored all night
      By Muskaan Visram

School
I love school, do you?
I think you like school because
We get to learn lots!
       By Muskaan Visram

 Mice
Scurry very fast
Getting away from the cat
Mouse made it alive!

 Puppies
Loveable and sweet
Puppies have fun every day
Puppies like to play

         By Maybellene McDonald

Friday, June 15, 2012

Photos from Vertically Inclined

Energy levels have been high this week! At times the children were climbing the walls...literally!
Check out these amazing risk-takers!
You can also download photos from Picasa at:

Thursday, May 24, 2012

Wednesday, April 11, 2012

Going Buggy in Room 1122!

We have begun our new unit of inquiry under the organizing theme: How the World Works.

The central idea is:
Scientists examine nature to understand relationships among humans
and all living things.
We were fortunate to begin our unit with some very exciting classroom visitors. We got up close and personal with tarantulas, a scorpion, isopods and other creepy crawlies.





We are learning how scientists classify living creatures. Our inquiry focuses on arthopods, a subset of the invertebrate family of animals. We sorted plastic bug models and then detailed sets of drawings. As we learn more about these creatures, we are fine tuning our classifications. 





Saturday, March 24, 2012

                                                World Water Day 2012 in Room 1122


World Water Day coincided with the end of our unit of inquiry into water. The students have been comparing water use between Canada and a community on Zambia. The activity we did today allowed them to imagine themselves as a family in Edmonton, Calgary, Uganda or China. In groups of 3, they followed a set of task cards that simulated the water use by a different family. Students recorded the water use for their group as well as observations.

"We noticed that we used a lot of water. It took a lot of work and a lot of water to do all the things on the cards." (Abegale, Lanesha & Braidi)

"We used the waste bin 5 times." (Liam, Ivy & Tasia)

""We used 11 cups of water to wash clothes."




                                              Exporing the World Water Day website!

As a follow-up activity, the students recorded their future actions to protect water:

"My action is to tell others to keep water clean and sparkling". (Braidi)
"My action is to only biodegradeable stuff down the drain." (Noah)
"My action is to not keep water on when I brush my teeth." (Liam)

Thursday, March 15, 2012

We are learning about place value in math workshop. Today we played a game for the children to explore how place (tens or ones) affects the value of a given digit. I asked how we could prove that 65 is bigger than 56. The students were challenged to use math tools to make models to represent the numbers and explain their thinking.  

Ben and Mavis connected their experiences playing The Game of Tens and Ones to model the numbers on a 100 Board. They represented the numbers as jumps of tens and ones.


Ty and Noah connected their experiences playing Race to a Dollar to representing the numbers with dimes and pennies. 

Several students represented the numbers with Unifix cubes. They made sticks of ten cubes to represent 10s and single cubes to represent ones.

Stellen and Maybellene connected their experiences playing Cover a Flat to representing 2 digit numbers with ten rods and ones.

The children are all exploring the Base 10 foundation of our number system and will continue to explore and connect various models to represent numbers.

Wednesday, March 14, 2012

Here is another really fun site for digital storytelling!

Little Bird Tales

Saturday, March 3, 2012

Storybird is an excellent website to encourage your children to write at home. Storybird provides interesting illustrations for children to browse which become inspirations for writing. Try it out and tell us about your experiences by leaving a comment!

Storybird
This is an article from The current issue of Educational Leadership magazine. It explains the research base for our Literacy Cafe structure. Please take a moment to read it as it underlines the importance of what we do every day in our classroom!


March 2012 | Volume 69 | Number 6
Reading: The Core Skill Pages 10-15

Every Child, Every Day
Richard L. Allington and Rachael E. Gabriel
The six elements of effective reading instruction don't require much time or money—just educators' decision to put them in place.

"Every child a reader" has been the goal of instruction, education research, and reform for at least three decades. We now know more than ever about how to accomplish this goal. Yet few students in the United States regularly receive the best reading instruction we know how to give.

Instead, despite good intentions, educators often make decisions about instruction that compromise or supplant the kind of experiences all children need to become engaged, successful readers. This is especially true for struggling readers, who are much less likely than their peers to participate in the kinds of high-quality instructional activities that would ensure that they learn to read.

Six Elements for Every Child
Here, we outline six elements of instruction that every child should experience every day. Each of these elements can be implemented in any district and any school, with any curriculum or set of materials, and without additional funds. All that's necessary is for adults to make the decision to do it.

1. Every child reads something he or she chooses.
The research base on student-selected reading is robust and conclusive: Students read more, understand more, and are more likely to continue reading when they have the opportunity to choose what they read. In a 2004 meta-analysis, Guthrie and Humenick found that the two most powerful instructional design factors for improving reading motivation and comprehension were (1) student access to many books and (2) personal choice of what to read.

We're not saying that students should never read teacher- or district-selected texts. But at some time every day, they should be able to choose what they read.

The experience of choosing in itself boosts motivation. In addition, offering choice makes it more likely that every reader will be matched to a text that he or she can read well. If students initially have trouble choosing texts that match their ability level and interest, teachers can provide limited choices to guide them toward successful reading experiences. By giving students these opportunities, we help them develop the ability to choose appropriate texts for themselves—a skill that dramatically increases the likelihood they will read outside school (Ivey & Broaddus, 2001, Reis et al., 2007).

Some teachers say they find it difficult to provide a wide selection of texts because of budget constraints. Strangely, there is always money available for workbooks, photocopying, and computers; yet many schools claim that they have no budget for large, multileveled classroom libraries. This is interesting because research has demonstrated that access to self-selected texts improves students' reading performance (Krashen, 2011), whereas no evidence indicates that workbooks, photocopies, or computer tutorial programs have ever done so (Cunningham & Stanovich, 1998; Dynarski, 2007).

There is, in fact, no way they ever could. When we consider that the typical 4th grade classroom has students reading anywhere from the 2nd to the 9th grade reading levels (and that later grades have an even wider range), the idea that one workbook or textbook could meet the needs of every reader is absurd (Hargis, 2006). So, too, is the idea that skills developed through isolated, worksheet-based skills practice and fill-in-the-blank vocabulary quizzes will transfer to real reading in the absence of any evidence that they ever have. If school principals eliminated the budget for workbooks and worksheets and instead spent the money on real books for classroom libraries, this decision could dramatically improve students' opportunities to become better readers.

2. Every child reads accurately.
Good readers read with accuracy almost all the time. The last 60 years of research on optimal text difficulty—a body of research that began with Betts (1949)—consistently demonstrates the importance of having students read texts they can read accurately and understand. In fact, research shows that reading at 98 percent or higher accuracy is essential for reading acceleration. Anything less slows the rate of improvement, and anything below 90 percent accuracy doesn't improve reading ability at all (Allington, 2012; Ehri, Dreyer, Flugman, & Gross, 2007).

Although the idea that students read better when they read more has been supported by studies for the last 70 years, policies that simply increase the amount of time allocated for students to read often find mixed results (National Reading Panel, 2000). The reason is simple: It's not just the time spent with a book in hand, but rather the intensity and volume of high-success reading, that determines a student's progress in learning to read (Allington, 2009; Kuhn et al., 2006).

When students read accurately, they solidify their word-recognition, decoding, and word-analysis skills. Perhaps more important, they are likely to understand what they read—and, as a result, to enjoy reading.

In contrast, struggling students who spend the same amount of time reading texts that they can't read accurately are at a disadvantage in several important ways. First, they read less text; it's slow going when you encounter many words you don't recognize instantly. Second, struggling readers are less likely to understand (and therefore enjoy) what they read. They are likely to become frustrated when reading these difficult texts and therefore to lose confidence in their word-attack, decoding, or word-recognition skills. Thus, a struggling reader and a successful reader who engage in the same 15-minute independent reading session do not necessarily receive equivalent practice, and they are likely to experience different outcomes.

Sadly, struggling readers typically encounter a steady diet of too-challenging texts throughout the school day as they make their way through classes that present grade-level material hour after hour. In essence, traditional instructional practices widen the gap between readers.

3. Every child reads something he or she understands.
Understanding what you've read is the goal of reading. But too often, struggling readers get interventions that focus on basic skills in isolation, rather than on reading connected text for meaning. This common misuse of intervention time often arises from a grave misinterpretation of what we know about reading difficulties.

The findings of neurological research are sometimes used to reinforce the notion that some students who struggle to learn to read are simply "wired differently" (Zambo, 2003) and thus require large amounts of isolated basic skills practice. In fact, this same research shows that remediation that emphasizes comprehension can change the structure of struggling students' brains. Keller and Just (2009) used imaging to examine the brains of struggling readers before and after they received 100 hours of remediation—including lots of reading and rereading of real texts. The white matter of the struggling readers was of lower structural quality than that of good readers before the intervention, but it improved following the intervention. And these changes in the structure of the brain's white matter consistently predicted increases in reading ability.

Numerous other studies (Aylward et al., 2003; Krafnick, Flowers, Napoliello, & Eden, 2011; Shaywitz et al., 2004) have supported Keller and Just's findings that comprehensive reading instruction is associated with changed activation patterns that mirror those of typical readers. These studies show that it doesn't take neurosurgery or banging away at basic skills to enable the brain to develop the ability to read: It takes lots of reading and rereading of text that students find engaging and comprehensible.

The findings from brain research align well with what we've learned from studies of reading interventions. Regardless of their focus, target population, or publisher, interventions that accelerate reading development routinely devote at least two-thirds of their time to reading and rereading rather than isolated or contrived skill practice (Allington, 2011). These findings have been consistent for the last 50 years—yet the typical reading intervention used in schools today has struggling readers spending the bulk of their time on tasks other than reading and rereading actual texts.

Studies of exemplary elementary teachers further support the finding that more authentic reading develops better readers (Allington, 2002; Taylor, Pearson, Peterson, & Rodriguez, 2003). In these large-scale national studies, researchers found that students in more-effective teachers' classrooms spent a larger percentage of reading instructional time actually reading; students in less-effective teachers' classrooms spent more time using worksheets, answering low-level, literal questions, or completing before-and-after reading activities. In addition, exemplary teachers were more likely to differentiate instruction so that all readers had books they could actually read accurately, fluently, and with understanding.

4. Every child writes about something personally meaningful.
In our observations in schools across several states, we rarely see students writing anything more than fill-in-the-blank or short-answer responses during their reading block. Those who do have the opportunity to compose something longer than a few sentences are either responding to a teacher-selected prompt or writing within a strict structural formula that turns even paragraphs and essays into fill-in-the-blank exercises.

As adults, we rarely if ever write to a prompt, and we almost never write about something we don't know about. Writing is called composition for a good reason: We actually compose (construct something unique) when we write. The opportunity to compose continuous text about something meaningful is not just something nice to have when there's free time after a test or at the end of the school year. Writing provides a different modality within which to practice the skills and strategies of reading for an authentic purpose.

When students write about something they care about, they use conventions of spelling and grammar because it matters to them that their ideas are communicated, not because they will lose points or see red ink if they don't (Cunningham & Cunningham, 2010). They have to think about what words will best convey their ideas to their readers. They have to encode these words using letter patterns others will recognize. They have to make sure they use punctuation in a way that will help their readers understand which words go together, where a thought starts and ends, and what emotion goes with it. They have to think about what they know about the structure of similar texts to set up their page and organize their ideas. This process is especially important for struggling readers because it produces a comprehensible text that the student can read, reread, and analyze.

5. Every child talks with peers about reading and writing.
Research has demonstrated that conversation with peers improves comprehension and engagement with texts in a variety of settings (Cazden, 1988). Such literary conversation does not focus on recalling or retelling what students read. Rather, it asks students to analyze, comment, and compare—in short, to think about what they've read. Fall, Webb, and Chudowsky (2000) found better outcomes when kids simply talked with a peer about what they read than when they spent the same amount of class time highlighting important information after reading.

Similarly, Nystrand (2006) reviewed the research on engaging students in literate conversations and noted that even small amounts of such conversation (10 minutes a day) improved standardized test scores, regardless of students' family background or reading level. Yet struggling readers were the least likely to discuss daily what they read with peers. This was often because they were doing extra basic-skills practice instead. In class discussions, struggling readers were more likely to be asked literal questions about what they had read, to prove they "got it," rather than to be engaged in a conversation about the text.

Time for students to talk about their reading and writing is perhaps one of the most underused, yet easy-to-implement, elements of instruction. It doesn't require any special materials, special training, or even large amounts of time. Yet it provides measurable benefits in comprehension, motivation, and even language competence. The task of switching between writing, speaking, reading, and listening helps students make connections between, and thus solidify, the skills they use in each. This makes peer conversation especially important for English language learners, another population that we rarely ask to talk about what they read.

6. Every child listens to a fluent adult read aloud.
Listening to an adult model fluent reading increases students' own fluency and comprehension skills (Trelease, 2001), as well as expanding their vocabulary, background knowledge, sense of story, awareness of genre and text structure, and comprehension of the texts read (Wu & Samuels, 2004).

Yet few teachers above 1st grade read aloud to their students every day (Jacobs, Morrison, & Swinyard, 2000). This high-impact, low-input strategy is another underused component of the kind of instruction that supports readers. We categorize it as low-input because, once again, it does not require special materials or training; it simply requires a decision to use class time more effectively. Rather than conducting whole-class reading of a single text that fits few readers, teachers should choose to spend a few minutes a day reading to their students.

Things That Really Matter
Most of the classroom instruction we have observed lacks these six research-based elements. Yet it's not difficult to find the time and resources to implement them. Here are a few suggestions.

First, eliminate almost all worksheets and workbooks. Use the money saved to purchase books for classroom libraries; use the time saved for self-selected reading, self-selected writing, literary conversations, and read-alouds.

Second, ban test-preparation activities and materials from the school day. Although sales of test preparation materials provide almost two-thirds of the profit that testing companies earn (Glovin & Evans, 2006), there are no studies demonstrating that engaging students in test prep ever improved their reading proficiency—or even their test performance (Guthrie, 2002). As with eliminating workbook completion, eliminating test preparation provides time and money to spend on the things that really matter in developing readers.

It's time for the elements of effective instruction described here to be offered more consistently to every child, in every school, every day. Remember, adults have the power to make these decisions; kids don't. Let's decide to give them the kind of instruction they need.

Copyright © 2012 by ASCD

Please see the link for full reference information.
http://www.ascd.org/publications/educational-leadership/mar12/vol69/num06/Every-Child,-Every-Day.aspx

Saturday, February 25, 2012

Math Workshop

Math Workshop is a classroom structure that allows us to explore concepts, develop strategies, practice skills in meaningful contexts, and communicate our developing mathematical thinking to each other.

Students are engaged in a variety of activities: playing meaningful and challenging math games with partners, working alone on various activities, and working in small problem-solving groups with teacher guidance.

In a recent reflection, the students showed that they have a very good understanding of how to work effectively with others.

They shared that good math partners:
- wait for me to be done before taking a turn
- don't leave me
- respect me
- won't tell me the answer
- don't fool around
- communicate
- are nice and caring
- have good ideas
- help me when I'm stuck
- are here every day
- do not do all the work
- do not rush me
- talk about math and not about other things
- tell the truth
- are patient
- play fair
- know what to do
- cooperative
- are fun to work with
- work carefully

These are some of the games that we play to develop concepts and practice skills:

Domino Mats Game:
In this game, 2 students turn over one digit card (1-18) and have to build a domino that shows that sum. They each have to show it in a different way. We have begun a more challenging version of this game that has cards that ask for either a sum or a difference to be shown on the domino.


2 Dice game:
In this game, 2 dice are rolled. The player chooses whether to take the sum or difference of the numbers shown on the dice, and covers the cooresponding numebr on the game mat.


Domino Parking Lot:
This game offers practice in solving for sums of single digit numbers through 18, as well in confidently recognizing the number shown in dot arrangements.


Dominos:
This is the standard game which offers more opportunities to confidently recognizing the number shown in dot arrangements. This game can be made much more challenging by playing the one/two more/less versions.


Willie Wiggle Worm:
This problem-solving activity allows students to develop logical strategies and critical thinking skills.


We explored patterns in differences of one and two. In whole group discussions, students offered conjectures, challenged their own thinking and the thinking of others, and both defended and rejected ideas. When looking at a domino that showed nine dots on one side, and zero on the other, Ty noticed that the sum and difference would both be 9. Wilson extended that idea with the suggestion that any time there is a digit 9 or less on one side, and zero on the other, the digit would be both the sum and difference. Ty had brought a Lego staircase he built to show the class. It just happened that the difference in each step from the steps above and below, was 2 dots. This was an intereseting connection to the difference of 2 patterns we had just explored.