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"What Makes a Great Teacher? Image credit: Veronika Lukasova Also in our Special Report: National: "How America Can Rise Again" Is the nation in terminal decline? Not necessarily. But securing the future will require fixing a system that has become a joke. Video: "One Nation, On Edge" James Fallows talks to Atlantic editor James Bennet about a uniquely American tradition-cycles of despair followed by triumphant rebirths. Interactive Graphic: "The State of the Union Is ..." ... thrifty, overextended, admired, twitchy, filthy, and clean: the nation in numbers. By Rachael Brown Chart: "The Happiness Index" Times were tough in 2009. But according to a cool Facebook app, people were happier. By Justin Miller On August 25, 2008, two little boys walked into public elementary schools in Southeast Washington, D.C. Both boys were African American fifth-graders. The previous spring, both had tested below grade level in math. One walked into Kimball Elementary School and climbed the stairs to Mr. William Taylor's math classroom, a tidy, powder-blue space in which neither the clocks nor most of the electrical outlets worked. The other walked into a very similar classroom a mile away at Plummer Elementary School. In both schools, more than 80 percent of the children received free or reduced-price lunches. At night, all the children went home to the same urban ecosystem, a zip code in which almost a quarter of the families lived below the poverty line and a police district in which somebody was murdered every week or so. Video: Four teachers in Four different classrooms demonstrate methods that work (Courtesy of Teach for America's video archive, available in February at teachingasleadership.org) At the end of the school year, both little boys took the same standardized test given at all D.C. public schools-not a perfect test of their learning, to be sure, but a relatively objective one (and, it's worth noting, not a very hard one). After a year in Mr. Taylo

"I've always valued problem-solving, decision-making, and higher critical thinking skills in my classes. I know that 7th graders are a bit wobbly in their emerging abstract thinking skills, but I also know that a little scaffolding and creative empowerment helps those new skills flourish! Learning how to learn and learning how to think are two of my top goals for each of my students." I love this quote from Amy Dean about what she wants for her 7th grade students. Amy has a very nice blog, reflecting pools.

Amy Dean's philosophy for her 7th graders.

"Business and the media are constantly screaming that problem solving skills and creative thinking are the keys to innovation and success (and the beat the robots trying to take your job), yet many teachers feel that the skills and opportunities to develop them are often an add-on, an after thought, or taught in isolation during special activities, like a STEM week. Even these activities have a particular expected method which the pupils must 'discover', rather than completely new and unique solutions. How can we develop the skills to help our pupils think of the unexpected?"

Stimulating critical thinking using technology has the potential to create more in depth understanding of science and math content by students when engaged in learning activities which integrate in-class and on-line technology resources. Technology tools support stimulation of both inquiry-based and critical thinking skills by engaging students in exploring, thinking, reading, writing, researching, inventing, problem-solving, and experiencing the world outside their classroom. This is accomplished through learning content through the lens of video to multimedia to the internet (Using Technology to Improve Student Achievement, NCREL, 2005).

Article by Wil Richardson on Collaboration

"According to Flavell (1979, 1987), metacognition consists of both metacognitive knowledge and metacognitive experiences or regulation. Metacognitive knowledge refers to acquired knowledge about cognitive processes, knowledge that can be used to control cognitive processes. Flavell further divides metacognitive knowledge into three categories: knowledge of person variables, task variables and strategy variables."

Sternberg defined intelligence as mental activity central to one's life in real-world environments; individuals "succeed" in life when they use mental skills to adapt to, select, and shape external environments. Correspondingly, in the late 1990s, Sternberg changed the name of the theory to the Theory of Successful Intelligence. As per its original name, the theory comprises three types of intelligence: analytical (also referred to as componential); practical (also referred to as contextual) and creative (also referred to as experiential).

Thinking Blocks is a suite of learning tools designed to help students solve math word problems accurately and efficiently. Using brightly colored blocks, students model mathematical relationships and identify known and unknown quantities. The model provides students with a powerful image that organizes information and simplifies the problem solving process. By modeling increasingly complex word problems, students develop strong reasoning skills which will facilitate the transition from arithmetic to algebra.

Encouraging students to use critical thinking is more than an extension activity in science and math lessons, it is the basis of true learning. Teaching students how to think critically helps them move beyond basic comprehension and rote memorization. They shift to a new level of increased awareness when calculating, analyzing, problem solving, and evaluating.

Truly love your list of extended queries to extend our queries thanks David.

Blooms Taxonomy Pyramid Bloom's Taxonomy defines six different levels of thinking. The levels build in increasing order of difficulty from basic, rote memorization to higher (more difficult and sophisticated) levels of critical thinking skills. For example, a test question that requires simple factual recall shows that you have knowledge of the subject. Answering an essay question often requires that you comprehend the facts and perhaps apply the information to a problem. I wish to promote the analysis the subject matter, perhaps by having students break a complex historical process or event into constituent parts. I particularly want students to organize and present pieces of historical evidence it in a new way, to create or synthesize an argument. In order to do so, students must evaluate evidence, making judgments about the validity and accuracy of primary sources.

"What are those key phrases you hear from frustrated teachers in the staffroom during breaks? Or on those rare occasions, you get to meet up with teachers from other schools on training courses? For me it is the following: 'They give up so easily,' 'Where is their stickability?' 'Why do they fear making a mistake?' However it is phrased, you get the gist, that pupils today have no resilience, they aren't prepared to keep going in the face of challenge or set back. They can't think their way around a problem. In discussions with staff within my own school (a large primary in an area of high deprivation in the north of England) I am frequently asked how we can help these children. As part of our school's SLT I have already supported staff to make daring changes to our curriculum but we still seem to be falling short of what we state in our vision; that we want our children to become resilient learners, confident individuals, critical thinkers and lifelong learners. (Traits that I am sure many schools up and down the land wish for their pupils to develop.) Why are our pupils struggling with 'resilience'? What opportunities can we, as a school, provide our children so that they develop these skills? After reading the blurb and the introductory pages, I was, as you can imagine, excited to delve further into this book to see if it could answer some of my questions."

Great points from Stephanie Sandifer on cheating - when she talked about how she cheats every day by using a copy of something from a coworker - I may have already linked to this but it is so powerful, I came back to it! Here were my thoughts for Stephanie: "I love how you say that you're "cheating every day." Certainly LEARNING is important, but to me, learning how to find answers and solve problems is the MOST important skill. Some teachers and I were discussing how some kids have book knowledge but fumble at doing science experiments! The practical knowledge eludes many that are good memorizers and what is a good education. To me, rote memorization precludes many from "feeling" educated (because of their poor grades) and makes many think they ARE educated (because of their great grades) when in fact we are indeed testing the wrong thing! Great points here!"

Active learning has a powerful impact on student learning. How? Student achievement increases through mastery of science and math content as a result of this technique. Students also develop improved problem solving, communication, and higher order thinking skills.