When Is a Scaffold Not a Scaffold?

Bernini's fountain of the four rivers, Piazza Navona, Rome, Ital

© D. A. Wagner 2012, dawagner.com

Over the last few weeks I’ve found myself reflecting a lot on how much has changed in the educational landscape and my own thinking since What Readers Really Do came out two and a half years ago. And having also spent some time last month working with Lucy West, Toni Cameron and the amazing team of math coaches that form the Metamorphosis Teaching Learning Communities, I want to share some new thoughts I’ve been having about the whole idea of scaffolding.

From what I could gather from a quick look at (yes, I admit it) Wikipedia, the idea of scaffolding goes back to the late 1950′s when the cognitive psychologist Jerome Bruner used it to describe young children’s language acquisition. And by the 1970′s Bruner’s idea of scaffolding became connected with Vygotsky’s concept of a child’s zone of proximal development and the idea that “what the child is able to do in collaboration today he will be able to do independently tomorrow.”

Even before the Common Core Standards, teachers have been encouraged to scaffold by using scaffolding moves like those listed below (which were culled from several websites):

  • Activating students’ prior knowledge
  • Introducing a text through a short summary or synopsis
  • Previewing a text through a picture walk
  • Teaching key vocabulary terms before reading
  • Creating a context for a text by filling in the gaps in students’ background knowledge
  • Offering a motivational context (such as visuals) to pique students interest or curiosity in the subject at hand
  • Breaking a complex task into easier, more “doable” steps to facilitate students achievement
  • Modeling the thought process of students through a think aloud
  • Offering hints or partial solutions to problems
  • Asking questions while reading to encourage deeper investigation of concepts
  • Modeling an activity for the students before they’re asked to complete the same or similar one
Bernini's fountain of the four rivers, Piazza Navona, Rome, Ital

© D. A. Wagner 2012, dawagner.com

As I looked at in last year’s post on Common Core-aligned packaged programs, scaffolding these days has been ratcheted up even more, with teachers more or less being asked to do almost anything (including doing a think-aloud that virtually hands over the desired answer) to, in the words of one program, “guide students to recognize” and “be sure students understand” something specific in the text. And, for me, that raises the question: What is all that scaffolding really helping to erect or construct? Is it a strong, flexible and confident reader who’s able to independently understand all sorts of texts? Or is it a particular understanding of a particular text as demonstrated by some kind of written performance-based task product?

If we think about what’s left standing when the scaffolding is removed, it seems like we’re erecting the latter, not the former—though in What Readers Really Do, Dorothy Barnhouse and I attempted to change that by making a distinction between what we saw as a prompt and a scaffold, which can be seen in this chart from the book:

Prompt vs. Scaffold 2

Most of the scaffolding moves listed above don’t, however, follow this distinction. Many solve the problems for the students and are also intended to lead students to the same conclusion—Sisyphusa.k.a. answer—as the teacher or the program has determined is right. I’m all for reclaiming or rehabilitating words, but given that the Common Core’s Six Shifts in Literacy clearly states that teachers should “provide appropriate and necessary scaffolding” (italics mine) so that students reading below grade level can close read complex texts, redefining the word scaffold may be a bit like Sisyphus trying to push that boulder uphill. So I’ve been thinking (and here’s where the math folks come in) about recasting the kinds of scaffolds Dorothy and I shared in our book as what my math colleagues call models.

Models in math are used not only as a way of solving a problem but of understanding the concepts beneath the math (which Grant Wiggins has just explored in a great “Granted, and. . . ” blog post). Here, for instance, are two models for multiplication: The first is a number line which shows how multiplication can be thought of as particular quantity of another quantity (in this case, three groups of five each), and the second the Box Method, or an open array,  shows how large numbers can broken down into more familiar and manageable components and their products then added up. Each model is being used here to solve a particular problem, but each can be immediately transferred and applied to similar problems:

Number Line Model

Open Array

And here’s a text-based Know/Wonder chart that records the thinking of a class of 5th graders as they read the first chapter of Kate DiCamillo’s wonderful The Tiger Rising (and—sneak peak—will be appearing in my next book):

TigerRisingKnowWonder

© Vicki Vinton 2013, adapted from What Readers Really Do by Vicki Vinton and Dorothy Barnhouse (Heinemann, 2012)

Like the math models, it references the specifics of a particular text, but it’s also a model for solving certain kinds of problems—in this case, how readers figure out what’s going on at the beginning of a complex texts and develop questions they can use as lines of inquiry as they keep reading. In effect, the chart makes visible what those students were “able to do in collaboration” that day that they’ll “be able to do independently tomorrow,” because, whether we call it a scaffold or a model, it’s directly and immediately transferrable to other texts that pose the same problem.

In the end I don’t think it really matters what we call this kind of support, but I do think we have to ask ourselves what, exactly, we’re scaffolding or modeling. Are we helping students get a particular answer to a particular problem or text in order to produce a particular assignment? Or are we, instead, really offering a replicable process of thinking that’s tied to the concepts of a discipline, which can start being transferred tomorrow not an at indeterminate point in the future? Of course, that raises the question of what the underlying concepts in reading are, which we don’t talk about as much as my math colleagues do for math. But that I’ll need to save for another day . . . .

Rome Piazza Navona Fountain of the Four Rivers 2

 

What We Can Learn from Our Math Colleagues: A Look at Rich Tasks

This year I’ve had the privilege of doing some work for an amazing organization called Metamorphosis. Founded by the masterful math teacher and coach Lucy West, Metamorphosis offers content-focused coaching to math—and more recently ELA and science—teachers through an outstanding corps of consultants. And it also operates as a kind of think tank that explores best practices in teaching and coaching, which is where I first heard of rich tasks.

At the first consultants’ meeting I attended, a visiting mathematician Betina Zolkower asked us to form groups to try to solve one of several problems she presented, all of which were examples of rich tasks. Not feeling particularly confident about my math skills (i.e., being terrified), I chose one that seemed relatively easy: to figure out the number of ways you could spell MATH from the following graphic configuration:

MATH Graphic

Different group members approached the problem differently. For me, after staring at it for a while, I took the simple route. I used colored markers to trace the different ways, discovering that there were more ways than I’d initially thought (which is a testament, I think, to what happens when you muck around instead of ponder from afar). And then I doubled the numbers of times each way showed up to account for the bottom.

MATH with Markers2

This method worked but I was aware that there might be a more mathematical way of approaching it, which wound up being needed when Betina upped the ante by asking, “What if the word were OCTOPUS instead of MATH?” Immediately I realized the limits of my method, envisioning a tangle of colored markers too confusing to count. But fortunately one of my group members shared what she’d done. She showed me how each letter (except for the H) could form the word by going two ways, which she was able to express mathematically as 2 to the 3rd power. My conceptual understanding of that still needed a lot of work, but I cannot tell you how excited I was when I realized I could apply what she’d done to the word OCTOPUS without making a magic marker mess. And for one wonderfully energizing moment, I felt smart in math.

MATH with Markers3

If I asked you to think about what a rich task was based on this example, my hunch is that you’d come up with some of the same descriptors found in these links to Metamorphosis and an educational blogger in Victoria, Australia—or in my words here:

  • RICH TASKS are open-ended problems or projects that offer students multiple points of entry and multiple ways of solving, from simple to complex (e.g., my route versus my group-mate’s, which means they offer built-in differentiation).
  • RICH TASKS invite creative and critical thinking as well as reasoning and meta-cognition as students explore the problem and explain how they worked through it to each other.
  • RICH TASKS throw the spotlight on both process and product in a way that helps students better see the connection between means and ends.
  • RICH TASKS promote student ownership, self-direction and engagement while maintaining academic rigor (or as several students I’ve worked with have said, “That was hard but fun!”).

What’s interesting, though, was that when I googled ‘rich task’, all I came up were math sites. And adding the word literacy didn’t really help. There were plenty of links about rich tasks for mathematical or media literacy, and lots that looked at “literacy-rich environments.” But the only one I found that specifically discussed rich tasks in ELA equated them with the kind of performance-based tasks designed by PARCC and Achieve the Core, which are anything but open-ended. In fact, those tasks do exactly what my new friend in Victoria, Australia, says rich tasks do not: They put students in the position of “simply trying to crack the code to predict an answer/solution that has been predetermined as correct by the teacher.”

AfterSo what would a truly rich task in literacy look like? For me, it seems to be a new way of talking about the kind of problem solving I often ask kids to do, which, in one way or another, involves thinking about what an author might be trying to show us or asking us to consider in a scene, a passage, a line, a whole text. Depending on the text, this might also be framed in a slightly more specific way, as I’ve been doing with one of my favorite finds of the year, Gregory Maguire‘s short story “How Th’Irth Wint Rong by haplessjoey@homeskool.guv” from the anthology After: Nineteen Stories of Apocalypse and DystopiaWhether with a 10th grade class that was reading dystopian novels or the participants at one of my sessions for the Literacy Promise Conference, I’ve asked everyone to read the first page and consider the following question: What do you think is happening and why?

HowTh'IrthWintRong1

Considering that question requires all kinds of problem solving: What does the title mean? Why all the misspellings? Who’s Big Ant and Hapless Joey? And where and when is this taking place? Like my math group, different people—whether they were 10th graders or conference attendees—took different paths to come up with different possible answers. I, for instance, along with the 10th graders, didn’t figure out the word Th’Irth until the second page, while some of the teachers in Salt Lake figured it out more quickly. Everyone agreed that the time wasn’t now, some from the detail about the old-timey pen and others from the next page, where Big Ant called homeskool.guv “Brite-time writing. From back in the days of internet and puters.”

As for what happened, many wondered at this point whether there had been some catastrophe (like an atomic war, which, as one of the Conference attendees said, might account for Hapless Joey’s “hairliss skalp”) and/or whether our dependence on technology had come to the point where people no longer knew how to spell. But no matter how readers interpreted this text, everyone was engaged. And just as I felt with the math problem, everyone had a moment when they felt really smart.

I’ll try to share more ideas for creating rich tasks (or enriching tasks you have) later on. But given all these benefits—and the fact that those 10th graders were actually enjoying reading closely—I don’t fully understand why the idea of rich tasks hasn’t had as much traction in literacy as in math. My hunch is that it has to do with narrow interpretations of the Standards and our obsession with outcomes and products—plus the fact that it’s hard to package such open-ended curriculum. But if ELA students can meet the Standards through rich tasks as well as more teacher-directed methods, why wouldn’t we want them to experience the thrill of independently figuring things out?

Thinking_Is_Fun_small_4552

Coming to a City Near You (or On the Road Again)

"To Them of the Last Wagon" by Lynn Fausett

“To Them of the Last Wagon” by Lynn Fausett

Just a quick post this week to let all my blog reading friends in the Rockies and points west know that I’ll be presenting next month at The Literacy Promise: Opening Doors for the Adolescent Learner conference in Salt Lake City. Sponsored by the Center for the Improvement of Teacher Education and Schooling at Brigham Young University, the biennial conference takes place at the Salt Lake City Convention Center March 12—14, 2014, and has a stellar line-up of speakers, including Ellin Keene, Carol Jago, Tanny McGregor and yours truly.

I’ll be giving two sessions on Thursday, March 13, one titled “Setting Students Up to Problem Solve (or How to Help Students Read Closely without Overly Prompting)” and “What’s the Main Idea of the Main Idea: From Scavenger Hunting to Synthesizing in Increasingly Complex Texts.” I’m sure I’ll be sharing some thoughts from these sessions on the blog before or after the conference, but just so you know, it always brings me great joy to meet blog readers in person.

For more on the conference, including how to register, click on the link above or on the image below. And if our paths don’t meet this time, I’m hoping they will in the future.

The Literacy Promise Banner

Steering the Ship: More Teaching Moves to Support Critical Thinking & Meaning Making

Steering wheel of the ship

Last post I looked at what can happen when we dig into the huh‘s and hmm‘s students make as they read. I like to think of these as authentic reading responses, which, if we pay attention to them, can open the door to deeper thinking. Like giggles, groans, ah‘s and oh‘s, these are all reactions to something students have read or heard in a text, and as such they’re the outward manifestation of something going on in students’ heads, whether it’s insight, disappointment or confusion.

Probing these responses is one of the teaching moves I always keep in my toolbox, knowing that it serves several purposes. For one, it acknowledges students’ responses as being valuable, which, in turn, conveys other messages to children: that we care about their ????????????????????????????????????thinking, not just their answers, and that it’s okay to be unsure or tentative because that’s where learning starts. It also gives students an opportunity to practice attaching more language to fledgling thoughts in a way that makes visible the messy way we actually develop ideas as well as the chance to orally practice elaborating and explaining, which almost every students needs. And the worst that can happen when we probe these responses is that a student says, “I don’t know,” which provides us with another opportunity for normalizing not knowing as a natural part of the learning process and either opening the response up for discussion or reframing it as an inquiry, such as, “Why did that line, scene or sentence give us pause?”

The other move I shared last week was one that helped students move away from what, with thanks to fellow blogger Steve Peterson, I’ve started calling text-to-self conclusions. These are often the first ideas students gravitate to in order to answer a question or explain something they’ve noticed. And while they may cite a detail from the text (as in last week’s example), these conclusions are mostly based on something outside the text, as students draw from their background knowledge or their own experience to make sense of something.

frustrated woman with hands in hair screaming against chalkboardThese text-to-self conclusions are also the ones that we, as teachers, can feel frustrated with because they’ve missed the mark. And they can spark those “Why can’t they (fill in the blank)?” questions and sometimes even hair pulling. But we have some choices here about what teaching moves to make, especially if we’re trying to promote thinking, not fish for a pre-determined answer. Here, for example, is what happened in a seventh grade room I was recently in, where the teachers had set up a gallery walk of images to kick off a unit that would explore how class and economic differences can lead to conflict and change.

As the students made their way around the room in small groups, they were asked to discuss and jot down what they thought were the important details and from that to consider what connected the images in order to make a text-based prediction about the unit’s theme. The students would be reading Katherine Paterson‘s Lyddie as an anchor text, which recounts the story of a young girl whose desperate financial circumstances lead her to work in a mill in Lowell, Massachusetts, in the mid-1800′s, and so there were a few images, like this one, depicting children in factories:

Child Working in Factory

But there were also other images like these, in which no children or factories were in sight:

Labor Conflict Image 2

Bangladesh-fire

Despite this, every student in the room came to the same conclusion. They all recalled having read the book Iqbal by Francesco D’Adamo in sixth grade, which is a fictionalized account of a Pakistani boy who was sold as a child into a life of bonded labor. And making that text-to-self connection, they concluded that factories were the most important detail and the unit was about child labor.

While the teachers were thrilled that the students remembered a book they had read last year, they were disappointed with their conclusions. They’d asked the students, in effect, to notice patterns, which can be a powerful and accessible way to get students to think more deeply. But in this case, rather than stretching their thinking, the students here focused on selective details that fit into what they already knew, which precluded any new discoveries—and any real critical thinking.

why_dont_students_like_school1In a great article called “Critical Thinking: Why Is It So Hard to Teach?”, Daniel T. Willingham, the cognitive scientist and author of books such as Why Don’t Students Like School, looks at a term that’s often bandied about in order to more clearly define it. According to him, critical thinking comprises three types of thinking—reasoning, making judgements, and problem solving—which, to truly be critical, must  involve “three key features: effectiveness, novelty, and self-direction.” And he unpacks each of these feature as follows.

Critical thinking is effective, he says, because,

“it avoids common pitfalls, such as seeing only one side of an issue, discounting new evidence that disconfirms your ideas, reasoning from passion rather than logic . . . and so on.”

It’s novel because, “you don’t simply remember a solution or a situation that is similar enough to guide you.” And it’s self-directed in the sense that,

“the thinker must be calling the shots: We wouldn’t give a student much credit for critical thinking if the teacher were prompting each step he took.”

If we embrace this definition, we have to say that the students weren’t thinking critically. They’d jumped to a conclusion without considering all the evidence by remembering a similar situation (or, in this case, a book). And they wouldn’t be critically thinking either if we prompted them with some text-dependent questions—such as “What’s the setting of the second image?”—that forced them to notice something they hadn’t that we’d deemed important.

We could, though, ask more open-ended questions of the sort I did last week, to invite the students to take in more before coming to a conclusion. And these could take a variety of forms, such as:

  • Do you notice any details that don’t fit the pattern you’ve seen?
  • Are there other ways in which the images might be connected, or other patterns you notice?
  • Do you think there are any differences or similarities in the patterns you’ve noticed—i.e., are there patterns within the patterns?
  • Could you revise your ideas in a way that take these new noticings into account?

These questions steered these seventh graders back to look more closely at the images and to question and bat around each other’s ideas more. That, in turn, led them to steer away from their original conclusion to ideas that had to do with human rights and fairness, especially among groups of people, like children, women and African-Americans, who, they thought, might not have much power. And that made us teachers smile.

I’ll share a few more teaching moves with a printed text another time. But if you’ve got a few moves up your sleeve that help students become critical thinkers and meaning makers, too, please feel free to share them. And in the meantime, tuck these in your sleeve.

Ace under your sleeve

Just the Facts, Ma’am: Setting Students Up to Solve Problems in Nonfiction

Just the Facts Ma'amAs part of the Close Reading Blog-a-Thon that Chris Lehman and Kate Roberts hosted to kick-off their new book, Falling in Love with Close ReadingKate reminded us that not every nonfiction text warrants a close reading. In particular she noted texts whose word choice and details don’t reveal an authorial point of view—or as Kate so wonderfully put it, “aren’t rippling with nuance.” Many of those texts are purely factual—i.e., they don’t use facts to explore a question, issue or event that the writer may have a stance on. And many are content area texts that provide social studies or science information without much of a discernible view point.

I agree completely that not every text deserves close point-of-view scrutiny, but there are other reasons to read those texts closely, as I think they pose many problems for students and offer many problem-solving opportunities. The title of this week’s post, for instance, alludes to something that not every reader might know—in this case, a TV show that was popular before some of you were born. References and allusions like this abound in all sorts of nonfiction, from Nicholas Carr‘s intriguing piece “Is Google Making Us Stupid?“, which begins with a reference to Stanley Kubrick’s movie 2001: A Space Odyssey, to Sy Montgomery‘s grade 4-5 text exemplar Quest for the Tree Kangaroo, which in passing mentions hobbits, trolls, Sponge Bob and Stuart Little. Most of these references are kid-friendly and add to the fun of the book. But like the old TV show Dragnet, I imagine that there are students out there who’ve never heard of Stuart Little. So what’s a fourth or fifth grader to do when reading a section that begins like this:

“Stuart Little, the small mouse with big parents, had nothing on baby marsupials. Marsupials (“mar-SOUP-ee-ulz”) are special kinds of mammals. Even the biggest ones give birth to babies who are incredibly small. A two-hundred-pound, six-foot mother kangaroo, for instance, gives birth to a baby as small as a lima bean. That’s what makes marsupials marsupials.”

QuestfortheTreeKangarooThe easiest way to solve the problem of what Stuart Little means would be for a teacher to tell the students who Stuart Little is. No doubt that might be entertaining and even lead some students to the book. But given that, just like vocabulary words, it’s simply impossible for a teacher to provide explanations for every allusion or reference students might encounter in a text, we might want to think twice about solving the problems that allusions and references pose and instead let students try to solve them on their own, at least some of the time. Some students, for instance, might solve the problem here by skipping right over Stuart Little and focusing instead on what they can understand: that marsupials are mammals whose babies are super small. Others, instead, might create what I call a “place holder”: they figure out that whoever Stuart Little is, the difference in size between him and his parents isn’t nearly as great as the difference between marsupial babies and their moms.

I believe that providing students with opportunities to wrestle with problems like these helps them become confident and resourceful readers. But for that to happen, we, as teachers, need to be more aware of the problem-solving opportunities that specific texts hold. We can do that by recognizing that many of the items that frequently appear in text complexity rubrics, such as allusions, vocabulary and complicated syntax, can be thought of as problems to solve, as can the kind of “holes in the cheese” I discussed in an earlier post—those places where a nonfiction writer hasn’t explicitly spelled out how the facts are connected. We can also better see the problems a text poses if we ask students what they’re confused about, as I wrote about last year and did as well with two groups of fourth graders that looked at this excerpt from Samuel de Champlain: From New France to Cape Cod by Adrianna Morganelli:

Trade & Exploration

Both groups of students had studied explorers earlier in the year, and so I began by asking each group to think about what they had learned. In both cases, the students shrugged more than spoke, which gave their teachers pause. Interestingly enough, though, as they made their way through the first paragraph, which was filled with things that confused them—”thirst for wealth”, “the spice trade” and “commodities”, which they solved by checking out the glossary—they started to remember more.

I think it’s important to note here that the call to activate schema before reading yielded virtually nothing, but the students automatically started pulling information without prompting from their memory banks in order to resolve their confusion. Problem solving, thus, gave them a purpose for strategically drawing on their background knowledge in a way that years of deliberately practicing the strategy of activating schema hadn’t. And with that paragraph mostly solved they moved on to the next.

The first group I read this passage with helped me better see the problems that the second part posed, as students were once again confused. In particular, they were confused by the references to trade routes, both overland and sea ones, as well as by the glut of place names and the different types of people. In fact, who controlled and discovered what where, along with why and how, were all problems that needed solving. And while I ran out of time with the first group, I came more prepared for the second, offering them this map to look at and use as a problem solving tool:

Age of Exploration Map

Using the map helped them figure out the difference between overland and sea routes as well as who controlled which and why. It also allowed them to understand what the first group hadn’t: that the New World was discovered almost by accident, as explorers sought to find the Moluccas, and that furs, fish, gold and silver were the new commodities mentioned in the first paragraph, which again were discovered through what had originally been a search for spices and silk. And here again, they automatically inferred in order to solve those problems.

Arriving at these understandings definitely took longer than it would have if I’d solved the problems for the students by pre-teaching or explaining what had confused them or modeling a think-aloud. But as I debriefed the lesson with the teachers, we all thought that in addition to helping students become stronger independent readers, they were also more likely to remember the content because they’d figured it out for themselves and it now belonged to them. And as some of the teachers who attended the session I did last month in New Hampshire said, putting students in problem-solving mode helped them “see themselves as ‘figuring-it-out’ kind of kids.” And that, I think is well worth the time, both for us and for students.

Thinking (Please be Patient)

Learning vs. Training: The Power of Real Professional Development

Pinky and the Brain Pondering Critical Thinking2Last Friday I had the honor of presenting at the annual fall conference of the University of New Hampshire’s Learning through Teaching Program, and as I looked out at the audience excitedly talking, I was reminded that it was exactly a year ago that I had sat in a room, not all that dissimilar from the one I was currently standing in, in Reggio Emilia, Italy. Last year I was the one listening as the teachers and pedogogistas from Reggio shared the utterly amazing work they were doing with children, and rarely a day passes that I don’t think back to the experience I had there as a learner.

As I wrote about on my return, seeing and hearing the work that both teachers and students were doing in Reggio made me question all sorts of things I had taken as givens, such as helping students build stamina in reading, creating charts to help students hold on to learning, and equating engagement with students being ‘on task.” For me it was the best sort of professional development, the kind that left me reflecting on my practice, questioning my assumptions and coming away with a vision of teaching and learning that I wanted to work toward—despite the fact that I didn’t fully know exactly how I’d get there.

What passes as professional development these days, however, is often simply training for the implementation of a program. That’s not to say that kind of PD is inherently bad; I’ve been trained in many things over the years that I’ve found some use in—from how to take a running record to how to do guided reading. And God only knows how many times I’ve been trained to use a particular rubric to evaluate everything from a standardized test essay to a complex text. But to use a distinction made by the educator and writer David Warlick in a wonderful blog post titled “Are They Students or Learners?“, I think I was a student in those training session, not an actual learner.

What Are You Measuring?As Warlick says students do, I came away equipped “with packaged knowledge and tools for recording packaged knowledge [through] prescribed and paced learning” rather than “with tools for exploring a variety of content, experimenting with that content, and discovering, concluding and constructing knowledge,” which is what learners do. And like students at the end of a lesson, the success of those training-like PD sessions could be assessed by “measuring what has been learned,” not by “measuring what the learner can do with what’s been learned,” which can only happen over time with much thought and often many mistakes.

a_whole_new_mindThis shift from professional development that invites teachers to discover and construct their own knowledge to PD that trains them to implement a program seems unfortunate in many, many ways. All the highest performing schools, for instance, from Finland to Ontario to Singapore, have invested in the very kind of PD that we seem not to value much here, where teachers are given time to explore and collaborate. And if David H. Pink, the author of the best-selling book A Whole New Mind: Why Right-Brainers Will Rule the Futureis even half-way right, we need to be able to do much more than deliver a script. As he writes in the introduction to his book:

“The last few decades have belonged to a certain kind of person with a certain kind of mind—computer programmers who could crank code, lawyers who could craft contracts, MBAs who could crunch numbers. But the keys to the kingdom are changing hands. The future belongs to a very different kind of person with a very different kind of mind—creators and empathizers, pattern recognizers and meaning makers. These people—artists, inventors, designers, storytellers, caregivers, consolers, big picture thinkers—will now reap society’s richest rewards and share its greatest joys.”

Making meaning, recognizing patterns, and seeing the big picture were all on display in the work I did with the teachers in New Hampshire, where I designed what the teachers in Reggio would call a “context for learning.” Rather than training the group to teach the process of meaning making that Dorothy Barnhouse and I describe in What Readers Really Dowe read one of my favorite short stories together,”The Raft” by Peter Orner, which allowed them to experience and construct an understanding of both the story and the process of thinking that supported that.

Using the simplest and most adaptable of tools—a T-chart that kept track of what we each noticed and what we each made of that (i.e., a question, an inference, a hunch, a connection or an interpretation), we shared out our ideas and talked in a way that allowed us to do the following:

10.25.13 PowerPoint1

10.25.13 PowerPoint2

10.25.13 PowerPoint3

We then explored how we might engage students in the exact same process we’d experienced by setting them up to explore a text by attending to what they noticed and discovering what they could make from that. And to better understand the thinking that involved, we explored a number of texts to notice what kinds of problems they posed for readers and how a student could solve those. We then ended the day with the participants sharing out what they wanted to hold on to—which as you can see from the take-away charts below were as varied as the ideas they’d constructed about “The Raft”:

UNH chart 3

UNH Chart 4

Of course, the real measure of their learning will be what they discover as they explore and experiment with what they learned back in their own classrooms. And my hunch is that, just as with readers, that will depend on who they are, what they notice about themselves, their students and the texts they read, and how they fit those pieces together to create  a meaningful classroom.

And as for me, I learned something, too. As happens every time I’ve used “The Raft,” a few teachers made something from what they noticed that I’d never considered before, which expands and enriches my own understanding of this wonderful story. Also seeing the power of these take-away charts, I was reminded of the kind of pedagogical documentation I saw in the Reggio schools, where the walls were adorned not only with student products but with quotes that captured the students’ thinking as they engaged in the process. I want to work on that more this year, since quotes like these seem as much evidence of learning as any score on a rubric. In fact, I think I may have discovered the next step on my own learning journey.

And that’s the power of real professional development and real, authentic teaching: the teacher always discovers something, too, because she or he is a learner.

Engaging with Engagement: Building the Need to Know

two girls

© Dmitry Vereshchagin – Fotolia.com

A few months ago I had a chance to hear Mike Schmoker, author of the popular ASCD book Focus, speak at a summer institute. In his keynote, he shared ideas from his book, which was subtitled Elevating the Essentials to Radically Improve Student Learning, and some of these I wholeheartedly agreed with. He came down hard, for instance, on worksheets, which he described in his keynote as busywork and in Focus as “the archenemy of abundant purposeful reading, discussion and writing.” And as I’ve written about myself, he warned against reading instruction that sends students off on “treasure hunts” rather than actually reading. But when it came to engagement I paused.

Cold CallingMany of the practices he suggested were similar to those advised by Doug Lemov, the author of the widely read Teach Like a ChampionThese include training students to keep their eyes on the teacher, cold calling on students whose hands aren’t raised to keep everyone on their toes, and launching lessons with some kind of teacher teaser intended to spark interest. For several of us listening, this sounded more like compliance and fear tactics than authentic engagement, and in this we weren’t alone. Charlotte Danielson, for instance, whose Framework for Teaching rubrics are being used, along with test scores, to evaluate teachers in New York City, describes engagement this way:

“Student engagement is not the same as ‘time on task’ . . . . Mere activity is inadequate for engagement. Nor is simple participation sufficient. The activity should represent new learning. What is required  for student engagement is intellectual involvement with the content or active construction of understanding.

This ‘intellectual involvement’, she goes on to say, requires designing activities and assignments that “emphasize problem-based learning,” “encourage depth rather than breadth” and “require student thinking”—none of which is necessarily happens when we stand in front of a class to share an interesting fact or anecdote that we hope will whet the students’ appetites.

I’m also not convinced anymore that ‘intellectual involvement’ is really kick-started by practices such as Anticipation Guides, which I used to use myself. Here, for instance, is one I designed for some 7th and 8th grade special students as the kick-off to a unit on relationship, in which they read several short stories by Gary Soto, Virginia Euwer Wolff, and Sharon Flake and watched West Side Story:

Anticipation Guide on Relationships

© Vicki Vinton, Literacy Consultant http://tomakeaprairie.wordpress.com

And here’s another one a group of science teachers and I created for a unit on genetics that would eventually involve the students exploring some of the complex ethical questions raised by advances in that field:

Anticipation Guide on Genetics

© Vicki Vinton, Literacy Consultant http://tomakeaprairie.wordpress.com

In both cases the students participated. They actively read the statements, circling A if they agreed or D if they disagreed in the Before Reading column, before they turned and talked with a partner. But in addition to the fact that only a few actually wrote any comments, the thinking they were doing involved little more than recalling what they already thought, not constructing some new understanding.

Better, I’ve found, are visual images, especially in the content areas. Here, for instance, is a set of images of Venice that a third grade class I worked with studied carefully, one at a time, before embarking on a social studies unit on Italy:

Venice-Piazza

Venice Flooded

Venice Map

In the first image, students were intrigued by the place, in particular what many of them thought was a castle until one child noticed the cross on the dome and thought it might be a church. They also closely studied the tray of the family in the foreground, noticing the silver cups and spoons and the slices of lemon in glasses, all of which made them think that the place was not only beautiful but fancy. In the second, they were actually aghast at the transformation of the beautiful place they’d seen in the previous picture. And calculating the height of the water from the half-submerged tables and chairs, they worried about what might have been damaged in the castle-like church. And finally, the third image helped them develop hunches about what might have happened to create such as disaster—especially after some of the students began to think that the blue lines that criss-crossed the city weren’t roads as they first had thought, but water ways that might flood.

NeedtoKnow-450x254Compared to the students who were circling A or D in the Anticipation Guides above, these students were involved in much higher order thinking as they used what they’d noticed to infer and developed hypotheses that might explain what caused the difference in the two pictures. They were constructing new understanding, at least a provisional one. And feeling a burning need to know, especially about the fate of the buildings, they eagerly dove into an article about the problems Venice faced with the kind of intellectual involvement that Charlotte Danielson speaks about.

Those students’ engagement began with curiosity, which many scientists, such as John Medina, the Director of the Brain Center for Applied Learning and Research and the author of the best-selling book Brain Rules, think is intrinsically connected to our capacity to learn. And that initial curiosity led those students to think and to discover, which in turn fueled their engagement. That all happened because I think that thinking is actually exhilarating and discovery, as Medina writes, “brings joy,” which can become downright addictive—especially when the thinking and discoveries arise from our own noticings.

Unfortunately, though, curiosity and joy seems undervalued and underutilized in many schools settings, particularly in the upper grades where, as Medina also says, “Fascination can become secondary to ‘What do I need to know to get the grade?’” And this emphasis on grades instead of fascination—and performance instead of exploration—leaves too many students disengaged and at risk for checking out, as can be seen in a recent Gallup poll that showed that the percentage of disengaged students climb steadily as kids move up the grades, with eight-in-ten students engaged in lower school and only four-in-ten in high school.

RosesI’m aware, of course, that it may seem much easier to tap into students’ curiosity with a compelling image than with a complex text (which Chris Lehman’s latest Close Reading Blog-a-Thon post painfully illustrates). But I’ll tell you when those 7th and 8th grade special ed students really got engaged: not when they filled out the Anticipation Guide but when they read the first short story, “Dozens of Roses,” by Virginia Euwer Wolff, which I looked at last month. I invited them then to simply wonder, which I said could consist of something that confused them or something they were curious about. And with that and time to talk, they were filled with questions: Who sent Lucy the roses? Why didn’t she want them? Why doesn’t she have any pep now? And those questions built the need to know that naturally led them to read closely with their full mental engagement.

So what are you doing to build your students’ intellectually involving engagement—which, as Chris, also rightly points out “isn’t a thing, it’s the only thing” that counts?

Building Better Teachers

By R. Kikuo Johnson for The New York TImes. Used with permission of the artist. http://www.rkikuojohnson.com