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"The Common Core's "six shifts in literacy," or the big ways in which the standards aim to overhaul teaching, can be boiled down a la Michael Pollan: Read complex texts. Mostly nonfiction. Very closely. Through that close reading, teachers get clear opportunities to foster critical thinking. Attempting to help students access texts, previous standards and curricula in many states have focused on previewing the material, skimming it, and connecting it to the outside world, the self, and other texts - at best, achieving a rich holistic understanding, and at worst, dancing around the challenges posed by the author's actual words."

"Adults forget all that they do while reading. We are predicting, making connections, contextualizing, critiquing, and already plotting how we might use any new insights or information. Yep, we do all that when we read. As teachers, we need to train students in each of these skills, and begin to do so early on. I was recently in a second-grade classroom where 70 percent instruction was in English and 30 percent in Spanish. Most of the children spoke Spanish as their first or home language. "

"The information presented in these materials will assist Canadian educators using NCTM products and materials to better connect the Canadian mathematics curricula to the Common Core State Standards for Mathematics (CCSSM) "

"By setting up ways to get frequent feedback from students' works in progress, we can find out what they need-before it's too late. Several years ago, I decided that if I were going to spend time writing comments on my students' writing work or on assignments connected to their in-class reading, those comments had to do more than justify a grade. They had to give targeted feedback that would show students how to improve the quality of their work. I'd been finding the hours I spent writing feedback on students' work discouraging. For one thing, students didn't pay attention to my comments, and, for another, the quality of their work wasn't improving. A change in how I responded to their work was necessary. If I wanted my comments to fuel improvement, I realized, I had to build in time for learners to revise their work after receiving my suggestions. Not only did I change the timing of my feedback, but I also streamlined my process of writing comments, allowing myself more time to shift instruction in response to what I'd learned from reviewing work"

"I have always used field trips to enrich my students experiences and connect their learning to the real world. When an edtech entrepreneur asked me if he could visit my classroom and share his work with my students, I realized I could "flip" the field trip--and bring an intriguing experience to my students. What I didn't expect was what we would all learn in the process."

"A professor at Stanford's Graduate School of Education has launched a new free math curriculum designed to help engage students more deeply in math. Dubbed the "Week of Inspirational Math," the program is aimed at students in grades 5-9 and includes five lessons, one for each day in a week, featuring math problems designed to be fun and engaging along with videos with positive messages about math. Teachers using the curriculum will also be able to join a network offering additional support and resources throughout the school year. "We want to give kids inspirational math tasks that help them see math as a lovely subject of beautiful patterns and deep inquiry," said Jo Boaler, the program's designer, in a prepared statement. "And we want teachers to see what happens when kids are really engaged in math." Boaler said she hopes teachers will use the program at the beginning of the school year to give students a positive experience right off the bat and set the tone for the rest of the year, but the program can be used at any point. "The lessons address five key areas of math: geometry, algebra, numbers, patterns and connections," according to a news release. "The problems are so-called 'low floor, high ceiling' tasks that are accessible to all students but can be solved in different ways to challenge those just being introduced to the topics as well as high achievers. They also emphasize different messages: Mistakes help you grow, for example, and it's not how fast you complete a task that's important but how deeply you understand it." The Common Core-aligned program is the latest offering from YouCubed at Stanford, a program Boaler helped launch that aims to make new research into math learning accessible to teachers and parents. "We're researching and using new brain science to find out how best people learn," said Boaler, in a prepared statement. "Then, we're giving teachers things they can actually do in their classroom based on this research." The program

"Feeling overwhelmed by the sheer volume of dense, conflicting information out there about the Common Core State Standards (CCSS)? You're not alone. Connecting with other educators is often a great way to uncover useful CCSS information, tools, and resources. Consider sharing your voice in online communities: on Twitter (#CCSS or #CommonCore), on Pinterest (Edutopia's Common Core pinboard is one place to start), or in Edutopia's community discussions about the Common Core. If you'd like even more help making sense of the initiative, here's Edutopia's guide to other organizations that offer valuable resources."

It's always a little disconcerting when your students aren't understanding an objective you feel you've taught. It's even more frustrating when materials to support that Common Core State Standard don't seem to exist in read-to-use format anywhere. This is the case with our objective on writing structure in third grade. After a week of getting nowhere, I wrote some paragraphs, armed my kids with highlighters, and broke out the trusted flip book template for a lesson that finally connected.

"This section defines and explains the ten thematic strands that form the basis of the social studies standards. The explanations give examples of questions that are asked within each thematic strand, as well as brief overviews of the application of each strand in the early grades, middle grades, and high school."

"A video documentary on learning mathematics for K-8 teachers and administrators; 1 one-hour video program Many people - in and out of school - find mathematics frustrating, difficult, even impossible. This documentary uncovers a surprise: Mathematical creativity - expressed in art, architecture, and music and valued by industry - is built into the brain and can flourish under the right conditions. A remarkable 12-year study following students from first grade through high school demonstrates the brain's surprising natural abilities for learning math. The study, led by Professor Carolyn Maher of Rutgers University, brought results that are corroborated by new research from leading cognitive psychologists. Discover ways to unlock this natural human gift for mathematics in classrooms, workplaces, and homes. "