First Total Lunar Eclipse of 2014: MORE TO COME!

First Total Lunar Eclipse of 2014: The Complete Skywatcher’s Guide

By Joe Rao, Space.com Skywatching Columnist   |   April 14, 2014 05:00pm ET

Editor’s Update for 6 am ET, April 15: The peak of the first total lunar eclipse of 2014 has ended. For our latest story and the amazing photos of the lunar eclipse, read: Under a Blood Moon: 1st Total Lunar Eclipse or 2014 Wows Stargazers: Photos

No enthusiastic skywatcher misses a total eclipse of the moon, and if weather permits tonight, neither should you.

The phases of the April 14-15 total lunar eclipse are shown with GMT timestamps in this NASA image from a video guide. The total lunar eclipse will affect two NASA spacecraft orbiting the moon since they rely on sunlight for power.
The phases of the April 14-15 total lunar eclipse are shown with GMT timestamps in this NASA image from a video guide. The total lunar eclipse will affect two NASA spacecraft orbiting the moon since theyrely on sunlight for power.
Credit: NASA

The spectacle is often more beautiful and interesting than one would think. During the time that the moon is entering into and later emerging from out of the Earth’s shadow, secondary phenomena may be overlooked. You can alsowatch the eclipse live on Space.com, courtesy of NASA, the Slooh community telescope and theVirtual Telescope Project.

 

Observers that know what to look for have a better chance of seeing the stunning eclipse, weather permitting. This first total lunar eclipse of 2014 is set to begin tonight (April 14) into the wee hours of Tuesday morning (April 15). The lunar eclipse is set to begin at about 2 a.m. EDT (0600 GMT), and it should last about 3.5 hours. The eclipse should be visible, weather permitting, through most of North America and part of South America. [Total Lunar Eclipse of April 15: Visibility Maps (Gallery)]

This NASA graphic shows where the total lunar eclipse of April 14-15, 2014 will be visible from. The lunar eclipse coincides with April's full moon and is the first of four total lunar eclipes (a tetrad) between April 2014 and September 2015.

This NASA graphic shows where the total lunar eclipse of April 14-15, 2014 will be visible from. The lunar eclipse coincides with April’s full moon and is the first of four total lunar eclipes (a tetrad) between April 2014 and September 2015.
Credit: NASA/JPL-Caltech

Here is Space.com’s full guide for what to expect during all stages of the eclipse:

Diagrams explain how eclipses work.
A series of four total lunar eclipses in a row is called a tetrad. See how four blood moons of a total lunar eclipse tetrad work in this Space.com infographic.
Credit: By Karl Tate, Infographics Artist

Stage 1 @ 12:53 a.m. EDT: moon enters penumbra — The shadow cone of Earth has two parts: a dark, inner umbrasurrounding by a lighter penumbraThe penumbra is the pale outer portion of Earth’s shadow. Although the eclipse begins officially at this moment, this is in essence an academic event. You won’t see anything unusual happening to the moon — at least not just yet.

Earth’s penumbral shadow is so faint that it remains invisible until the moon is deeply immersed in it. We must wait until the penumbra has reached roughly 70 percent across the moon’s disk. For about the next 45 minutes the full moon will continue to appear to shine normally although with each passing minute it is progressing ever deeper into Earth’s outer shadow.

Stage 2 @ 1:39 a.m. EDT: Penumbral shadow begins to appear — Now the moon has progressed far enough into the penumbra so that the shadow should be evident on its disk. Start looking for a very subtle light shading to appear on the moon’s left portion. This will become increasingly more and more evident as the minutes pass; the shading appearing to spread and deepen. Just before the moon begins to enter Earth’s dark umbral shadow the penumbra should appear as an obvious smudge or tarnishing of the moon’s left portion.

Stage 3 @ 1:58 a.m. EDT: Moon enters umbra — The moon now crosses into Earth’s dark central shadow, called the umbra. A small dark scallop will begin to appear on the moon’s left-hand (eastern) limb. The partial phases of the eclipse begins, the pace quickens and the change is dramatic. The umbra is much darker than the penumbra and fairly sharp-edged.

As the minutes pass, the dark shadow appears to slowly creep across the moon’s face. At first, the moon’s limb may seem to vanish completely inside of the umbra, but much later, as it moves in deeper you’ll probably notice it glowing dimly orange, red or brown. Notice also that the edge of Earth’s shadow projected on the moon is curved. Here is visible evidence that the Earth is a sphere, as deduced by Aristotle from Iunar eclipses he observed in the 4th century BC. It’s at this point that deep shadows of a brilliant moonlit night begin to fade away. [‘Blood Moons’ Explained: What Causes a Lunar Eclipse Tetrad? (Infographic)]

Timetable for the 12 stages of the eclipse: AKDT = Alaskan Daylight Time. HAST = Hawaiian-Aleutian Standard Time. (Arizona does not observe daylight time, so use PDT). An asterisk (*) indicates p.m. on April 14, but all other times are a.m. on April 15. D

Timetable for the 12 stages of the eclipse: AKDT = Alaskan Daylight Time. HAST = Hawaiian-Aleutian Standard Time. (Arizona does not observe daylight time, so use PDT). An asterisk (*) indicates p.m. on April 14, but all other times are a.m. on April 15. Dashes means that the moon has set below the horizon.
Credit: Joe Rao/Space.com

Stage 4 @ 2:49 a.m. EDT: 75 percent coverage — With three-quarters of the moon’s disk now eclipsed, that part of it that is immersed in shadow should begin to very faintly light up, similar to a piece of iron heated to the point where it just begins to glow. It will become obvious that the umbral shadow is not complete darkness. Using binoculars or a telescope, its outer part is usually light enough to reveal lunar seas and craters, but the central part is much darker, and sometimes no surface features are recognizable. Colors in the umbra vary greatly from one eclipse to the next, Reds and grays usually dominate, but sometimes browns, blues and other colors can be spotted.

Stage 5 @ 3:01 a.m. EDT: Less than five minutes to totality — Several minutes before (and after) totality, the contrast between the remaining pale-yellow sliver and the ruddy-brown coloration spread over the rest of the moon’s disk. This may produce a beautiful phenomenon known to some as the “Japanese lantern effect.”

Stage 6 @ 3:06 a.m. EDT: Total eclipse begins — When the last of the moon enters the umbra, the total eclipse begins. No one knows how the moon will appear during totality. Some eclipses are such a dark gray-black that the moon nearly vanishes from view. The moon can glow a bright orange during other eclipses.

The reason the moon can be seen at all when totally eclipsed is that sunlight is scattered and refracted around the edge of Earth by the planet’s atmosphere. To an astronaut standing on the moon during totality, the sun would be hidden behind a dark earth outlined by a brilliant red ring consisting of all the world’s sunrises and sunsets. The brightness of this ring around Earth depends on global weather conditions and the amount of dust suspended in the air. A clear atmosphere on Earth means a bright lunar eclipse. If a major volcanic eruption has injected particles into the stratosphere, the eclipse is very dark.

 

Moon Master: An Easy Quiz for Lunatics
For most of human history, the moon was largely a mystery. It spawned awe and fear and to this day is the source of myth and legend. But today we know a lot about our favorite natural satellite. Do you?
Full Moon over Long Beach, CA
0 of 10 questions complete

 

Moon Globe
12″ Moon Globe. Buy Here
Credit: Space.com Store

Stage 7 @ 3:46 a.m. EDT: Middle of totality — The moon will shine anywhere from 10,000 to 100,000 times fainter than it did just a couple of hours ago. Since the moon is moving to the north of the center of Earth’s umbra, the gradation of color and brightness across the lunar disk should be such that its lower portion should appear darkest, with hues of deep copper or chocolate brown.  Meanwhile, its upper portion should appear brightest, with hues of reds, oranges and even perhaps a soft bluish-white. [10 Surprising Lunar Facts]

Observers away from bright city lights will notice a much greater number of stars than were visible earlier in the night. During totality, the moon will be seen just a couple of degrees away from the star Spica in the constellation Virgo. Although Spica is one of the 21 brightest stars in the sky, before the eclipse begins the moon will almost seem to overwhelm the star with its light. But during totality, Spica will become much more conspicuous and its bluish color will contrast strikingly with the eerie, ruddy moon.

The darkness of the sky could be impressive. The surrounding landscape may take on a somber hue. Before the eclipse, the full moon looked flat and one-dimensional. During totality, however, it will look smaller and three-dimensional — like some weirdly illuminated ball suspended in space.

Before the moon entered the earth’s shadow, the temperature at the lunar equator on its sunlit surface hovered at 260 degrees Fahrenheit (127 degrees Celsius). Since the moon lacks an atmosphere, there is no way that this heat could be retained from escaping into space as the shadow sweeps by. When in shadow, the temperature on the moon  plummets to about minus 280 degrees Fahrenheit (minus 173 degrees Celsius), which equates to a drop of more than 500 degrees Fahrenheit (300 degrees Celsius) in only about two hours.

 

 

Moon Map
Laminated Moon Map.Buy Here
Credit: Space.com Store

Stage 8 @ 4:24 a.m. EDT: Total eclipse ends —The emergence of the moon from the shadow begins. The first small segment of the moon begins to reappear, followed again for the next several minutes by the “Japanese lantern effect.”

Stage 9 @ 4:41 a.m. EDT: 75 percent coverage—Any vestiges of coloration within the umbra should be disappearing now. From here on, as the dark shadow methodically creeps off the moon’s disk it should appear black and featureless.

Stage 10 @ 5:33 a.m. EDT: Moon leaves umbra—The dark central shadow clears the moon’s upper right hand (northwestern) limb.

Stage 11 @ 5:53 a.m. EDT: Penumbra shadow fades away —As the last, faint shading vanishes off the moon’s upper right portion, the visual show comes to an end.

Stage 12: Moon leaves penumbra —The eclipse “officially” ends, as the moon is completely free of the penumbral shadow.

Editor’s Note: If you snap an amazing picture of the April 15 total lunar eclipse, you can send photos, comments and your name and location to managing editor Tariq Malik at spacephotos@space.com.

Joe Rao serves as an instructor and guest lecturer at New York’s Hayden Planetarium. He writes about astronomy for Natural History magazine, the Farmer’s Almanac and other publications, and he is also an on-camera meteorologist for News 12 Westchester, N.Y. Follow us @Spacedotcom,Facebook and Google+. Original article on Space.com.

Where does my child rank in school?

All the Children are Above Average

by  •  • 12 Comments

“Where all the women are strong, all the men are good looking, and all the children are above average.”

UnknownThose are the closing words Garrison Keillor spoke each night on his radio show A Prairie Home Companion. He was summarizing the fictional hometown Lake Wobegon – a special place. It’s an interesting concept – this idea that “all the children are above average” and, I believe, can be a detrimental one when viewed through the lens of government-mandated testing.

From No Child Left Behind to the Third Grade Reading Guarantee, from OTES to PARCC Assessments, these Federal and state mandates share a common theme – all expect our children to be above average, by their standards. Our federal and state policy makers expect all children to perform at a specific level.

It’s a model of educational conformity at its finest. The “ideal” of what each child should be able to achieve.

Here’s my problem – children aren’t widgets.

Lake Wobegon, as wonderful as it sounds, is fictional.

Each child we have the blessing to educate is unique. Each child, as I recently heard from education thought leader and bestselling author Sir Kenneth Robinson, “is a fountain of possibilities.” The young people in our schools can’t be considered to be outputs. As educators we must cultivate the right conditions for learning; we must find each child’s passion, talent, and creativity. As educators we must capitalize on the great diversity in our schools and guide young people to find their talents with an eye toward using these to positively contribute to society.

I am not opposed to accountability or assessments; I believe we should continually assess students on individual progress. I believe data is essential in directing instruction and evaluating performance. Statistical analysis is necessary at a classroom and building level. I also believe that we must take individual differences, developmental differences, and life experiences into account.

There is no – none, zero, zilch – assessment that can accurately assess all children.

There is no one-size-fits-all test, fix, or easy way to measure student academic performance. It is difficult, challenging and messy work. We must abandon the idea that we can fix education with more money, a new program, and a piece of legislation. You can’t legislate learning any more than you can legislate love; learning is organic, it happens when passion meets opportunity, when a great teacher creates an amazing experience for students to embrace.

Let’s commit ourselves to the monumental challenge of making educationpersonal for each child. Let’s tap into the passion, talent, and drive of parents, communities, and our dedicated educators nation-wide and explore every opportunity to motivate each individual student in our care. We must celebrate our diversity – the amazing differences in background, experiences, talents, abilities, and beliefs – and capitalize on opportunities to prepare each student for success after public education. We know we need a diversified workforce to drive our economy. We don’t need every student to be the same; we need every graduate to have skills, passion, and desire to be ready for productive lives as adults.

Our current school structure works very well for a certain segment of our population; it fits their personal learning styles and they flourish in the experiences a traditional school offers. Our current structure is inadequate and antiquated for some students in our education system – we must seek different opportunities to cultivate the personal styles and needs for these students. As Ken Robinson reminds us, “we all started with the miracle of birth and each life is a unique, unprecedented moment in history.”

Each child is gifted in some unique way; each child has a passion, each child is creative, and every student in our schools deserves the opportunity to write his or her own compelling and engaging success story – utilizing a unique voice no government mandate or standardized test could possibly measure.

All of our children are above average . . . just not in the same areas.

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Common Core Overview of Different Views

This is one of the best overviews I have seen that covers the multifaceted views on Common Core.  I believe that the purpose of the commonality of standards is fantastic but the implementation has created unease amongst parents and a failure to convince the public that it is for the good of kids!  Once again and/or still, it is up to individual teachers to be the one difference for children’s educational success.  ~Sandy

 

Education experts debate Common Core’s value

  • Sandhya Kambhampati, Scripps National Desk
  • Posted April 5, 2014 at 11:56 a.m.

On any given day, Rian Meadows is up checking emails, texts, and grading assignments, and answering her “lifeline,” the phone, from 8 a.m. to 8 p.m.

Meadows is a government and economics teacher at Florida Virtual School, where students work at their own pace and join her class through live lessons through Adobe Connect or Blackboard. In Florida, the State Board of Education adopted changes to customize Common Core and create their own standards.

“I think everyone has growing pains — new things can be scary and outside of a comfort zone,” she said. “I’ve been in education for going on 14 years and good teaching practices have always been around. These standards are things I’ve been doing all along.”

In Florida, graduating high school students in 2015 must take one online course. Meadows said these online courses are ready made for individualized education plans, as they allow the student to have mastery of content. Under the standards, Meadows teaches economics with financial literacy to her 12th-grade students.

This mastery of skills that will allow students to be college and career ready is what the Common Core aims to build.

The Common Core State Standards Initiative was developed by the National Governors Association and the Council of Chief State School Officers, whose members are state education officials, in 48 states to identify and develop a common set of college and career ready standards for K-12 in mathematics and English language arts in 2009.

The standards were pushed by growing concern that a large number of high school graduates need remedial college help. In order to motivate education reform, President Obama and Secretary of Education Arne Duncan signaled to states that they should embrace these standards or similar if they hoped to win a grant through the Race to the Top program in 2009.

Currently, 44 states have adopted and are implementing the standards. Minnesota has adopted the English Language Arts standards, but not the mathematics standards. Texas, Alaska, Nebraska are among those who did not adopt the standards.

How Common Core standards were implemented

The implementation of how Common Core standards are taught, the materials and curriculum development is led by the state and local levels. According to the Common Core official website, the standards don’t dictate how teachers should teach but rather establish what skills students need to learn.

Teachers will create their own lesson plans and curriculum and tailor their teaching to meet the needs of individuals and meet the standards. The standards look to build English and math skills as those areas are used to build skill sets for other subjects.

Public schools have begun administering Common Core tests to students of all ages, but Common Core officials say the test scores won’t be counted. The tests will allow education officials to judge the quality of the test questions and technical administering capabilities of the schools.

In most states, state law gives the state boards of education the authority to establish or adopt the academic standards. Certain states, such as Nevada, Maine and Texas and Vermont, require legislative action.

Some have chosen to implement the Common Core standards, but under another name and other states have repealed the standards.

For example, Arizona’s is called, “Arizona’s College and Career Ready Standards.”

INTERACTIVE: Click here for a closer look at each state’s implementation.

MAP: Each state’s implementation of Common Core

Adopting the standards

Kentucky was the first state to adopt the standards, pulling in representatives from each of the school districts in the state, along with higher education specialists.

Karen Kidwell, director, division of program standards at the Kentucky Department of Education said the teachers have been supportive and enjoyed that they’ve been able to work and share across network lines for the first time.

More than 90 percent of school boards support Common Core, according to a poll by the Kentucky School Boards Association in Nov. 2013. The results also showed 97 percent of teachers are teaching curriculum aligned with Common Core.

During the first year, test scores dropped because of higher demands of the students, said Kidwell.

“We know that its a challenge, but our educators have been very committed to the process,” she said. “They are leading the way in terms of working together and seeking out really excellent resources and building their own resources to ensure that students stay in the center. We constantly ask the question, ‘Is what we’re designing really going to be better for kids?’”

It is estimated that Kentucky would need a minimum of $35 million to create and fully implement new standards, according the state’s department of education.

Changing standards

While some state have chosen to continue using the Common Core standards, others have repealed the standards and replaced them with their own standards.

On March 24, Indiana became the first state to withdraw out of the controversial grades K-12 guidelines.

While it was one of the first states to adopt the standards in 2010, opposition to the guidelines has been growing since Governor Mike Pence took office in 2012. The state began to move away from the standards last year.

“I believe our students are best served when decisions about education are made at the state and local level,” said Gov. Pence in a statement. “By signing this legislation, Indiana has taken an important step forward in developing academic standards that are written by Hoosiers, for Hoosiers, and are uncommonly high, and I commend members of the General Assembly for their support.”

According to the Associated Press, retired University of Arkansas professor Sandra Stotsky released an internal Indiana Department of Education report which found more than 70 percent of the standards for 6th through 12th grade are directly from Common Core. Stotsky was hired by Pence to assess the new program.

“Because we are trying to teach the same vocal and grammar and phonics skills, it isn’t terribly shocking that there’s an overlap,” said Timothy Shanahan, distinguished professor emeritus, University of Illinois at Chicago, who helped draft the standards and served on the advisory board for the English language arts part. “In fact, it would be shocking if there wasn’t an overlap. It’s a bit of nonsense on her part.”

On his website, Shanahan wrote, “I support the CCSS standards because they are the best reading standards I’ve ever seen (and, yes, I am aware of their limitations and flaws). But if anyone comes up with better standards, I’d gladly support those, too (no matter how uncommonly high the Hoosiers might have been who wrote them).”

The State Board of Education is scheduled to vote on the proposal on April 28.

“Hopefully we will be more growth-based, instead of measuring exam scores,” said David Galvin, executive director of communications at the Indiana Department of Education.

People behind the scenes

Jason Zimba, a lead writer of the Common Core standards for mathematics, said Common Core is allowing teachers across the country to collaborate and share lessons in ways they have never before. With this in mind, however, he said, there is no single “right” way to teach these standards.

“In both ELA and Mathematics, having more focused, higher standards will allow teachers to focus on critical knowledge, concepts and skills that will provide a stronger foundation for more advanced work and eventually for college and careers,” he said.

Business Roundtable and the U.S. Chamber of Commerce are among the strong supporters of the standards. On March 16, advertisements ran on FOX News and right-of-center news outlets showcasing the support from the business community and outspoken conservatives.

Patricia Levesque, CEO of the Foundation for Excellence of Education, which supports the standards said the foundation believes “if you expect more, you get more.”

The key point in Common Core, she said, is that these standards are the expectations to be met by the end of year and that the end goal, ultimately, is preparing these students for college.

Under the new standards, in Florida for example, kindergarten students should be able to count to 100, count by tens to 100 and count from 36 to zero backwards, she said. Under the old standards, kindergarteners were required to count up to 20.

According to the ACT, who helped in the process of establishing the standards to make students college and career ready, data has shown that many students are graduating from high school without the skills they need to succeed at the next level.

In the 2012 U.S. grad class, 1.66 million students took the ACT, earning an average composite score of 21.1 (on the 1 to 36 score scale). In the 2013 U.S. grad class, 1.8 million students took the exam, earning an average composite score of 20.9.

“The ACT is and has been curriculum based,” said Paul Weeks, vice president for customer engagement. “Our involvement was providing the research and evidence to be college and career ready.”

Newsy: Common Core 101 – A Quick Look At Education Reform

Among students in last year’s ACT-tested U.S. high school graduating class (1.8 million students), 39 percent met three or four of the four benchmarks, while 47 percent met one or none of the benchmarks, according to ACT officials.

Growing controversy

Shanahan, who currently trains teachers around the country on the English standards, said that even if states aren’t participating in the standards, if they end up standards just as high it might be okay. But pushback from people who say the same skills aren’t need across the board is difficult to understand, he said.

“The notion that the kid in Arkansas doesn’t need the same skills as some kid in New York doesn’t make much sense,” he said. “Common Core allows textbook companies to stop trying to meet requirements of dozens of states, but rather focus on quality. As a result, tests are more reflective of that. It’s the first time that we’re telling the truth for parents.”

Because Common Core would result in national consistency in standards, this would be the first time that students of military families wouldn’t have the same learning “dislocation” that they had before, he said.

In his training, Shanahan said that some teachers have fears about not being prepared to implement these skills. On any given day, he trains teachers for a day or a half-day, which he says is not enough time. He suggests schools use ongoing training to implement the new standards into their curriculum.

“I think its interesting that so much of the controversy around it has nothing to do with Common Core,” Shanahan said. “Many of the complaints — how it was adopted or who adopted it or the testing or scheme for collecting data for schools — are somehow linked to Common Core – and yet people aren’t looking at the standards and saying it’s a bad standard. The arguments are more about process, but not about what kids need to learn which is what’s really important.”

A peer-reviewed study by a researcher found that states whose previous standards more closely matched the Common Core tended to have higher National Assessment of Educational Progress scores. The study also found that Common Core agrees with high performing countries better than any previous state standards.

It’s these skills that link them to appeal to supporters such as former Florida Gov. Jeb Bush.

“Let me tell you something. In Asia today, they don’t care about children’s self esteem. They care about math, whether they can read — in English — whether they understand why science is important, whether they have the grit and determination to be successful,” he told the Miami Herald.

Levesque agrees with Bush, as she said her son and daughter aren’t just competing with Fla. or Ga. kids, but are competing internationally for jobs in the future. She said too many parents seem to be concerned about the self-esteem of their children and aren’t thinking about the future of his/her education.

“In America, we tend to be more concerned how little Johnny is feeling,instead of how we are providing him with the education so that he can be a competent grade level reader,” she said.

A tempest brews on the standards

Randi Weingarten, president of the American Federation of Teachers, has said that implementation of Common Core is “far worse” than Obamacare.

But what concerns her most is that implementation has been messed up and there is fixation to test, instead of teaching.

“Not everything is frozen in the process of education through this transition,” she said. “I don’t know any other business or endeavor which is so, so important that we don’t allow a transition and that’s why there’s so much agida.”

As a result, she said there is a great distrust in the standards.

Donna Harris-Aikens, director of the education policy and practice department at the National Education Association said educators need to pay attention to transition time and realign their standards to make sure that support for students is there, as they are going through this transition along with the teachers.

Those against Common Core believe it’s a federal takeover of local education and some believe it’s a way for the government to get more data. As a result, disputes are spreading across the country. According to the National Conference of State Legislatures, more than 200 bills on the national standards were introduced this year and around half would either stop or slow implementation.

Ohio, Oklahoma, South Carolina and Kentucky, all have measures in their state legislators to halt and if possible, abolish the standards.

In Ohio, homemaker Mary Capella got involved with Ohioans Against Common Core because she felt the government is data mining her children.

She said some parents are in the dark for what their kids are doing in school.

Some who oppose the standards take issue with the tests and how the results will be used as the tests are designed to replace the annual state assessments.

Christina Brown, senior director for instruction and assessment at the Center for Collaborative Education, said that Common Core can change the way we think about the role of students and teachers in assessment practices and move towards more open-ended assessments.

According to the Washington Post, Education Secretary Arne Duncan told a group of state school superintendents said he found it “fascinating” that some opposition to the standards has come from “white suburban moms who — all of a sudden — their child isn’t as brilliant as they thought they were, and their school isn’t quite as good as they thought they were.”

Anthony Cody, a former teacher and co-founder of the Network of Public Education who identifies himself as a progressive, said there’s a “grain of truth” to Duncan’s statement, as the tests are “stigmatizing high poverty schools, but also suburban schools.”

In his mind, the most fundamental problem with the standards is that they are designed to rank.

“I have lost my capacity for good will for the people who are running the education reform in this country, after seeing No Child Left Behind,” he said. “If three-fourths of the students are failing, I would see this as a disaster and a catastrophe. They are perfectly happy to see public schools fail and are exploiting this disaster to promote changes.”

Brain-based Research to Assist Students!

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Research-Based Strategies to Ignite Student Learning is the first book for educators written by an author who is both a neurologist and a classroom teacher. Dr. Willis used her neurology expertise to examine the past two decades of learning-centered brain research. Using her background and experience as a clinical neurologist and neuroscience researcher, she sifted through the abundance of neuroimaging and brain mapping information. She assessed what information was both valid and relevant to education. She then employed her training and experience as a classroom teacher to provide strategies for implementing the best of this research in the classroom. She brings this knowledge to life in a comprehensive and accessible style.

Teachers will be introduced to strategies that will work in their own classrooms. These strategies will help teachers improve student memory, learning, and test-taking success. Teachers will also learn how to captivate and hold students’ attention.

Dr. Willis takes a reader-friendly approach to neuroscience, describing instructional strategies that are adaptable for grades K through 12. Through statistical data, individual student stories, and her own experiences using these strategies with elementary and middle school students, Dr. Willis provides teachers with a wealth of information they will want to start using in their classrooms before finishing the book.

The book includes learning strategies that have come from research about how stress and emotion affect learning. Willis describes assessment techniques that not only assess authentically and with diversity, but also teach while assessing. This book will become one that teachers will return to again and again to pick up new strategies to make their ow

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Share the Beauty of Mathematics!

How our 1,000-year-old math curriculum cheats America’s kids

By hiding math’s great masterpieces from students’ view, we deny them the beauty of the subject

Rubik's CubeYou can use a Rubik’s Cube to explain symmetry groups: Every rotation of the cube is a “symmetry,” and these combine into what mathematicians call a group. (Jeffrey F. Bill / The Baltimore Sun)
By Edward FrenkelMarch 2, 2014

Imagine you had to take an art class in which you were taught how to paint a fence or a wall, but you were never shown the paintings of the great masters, and you weren’t even told that such paintings existed. Pretty soon you’d be asking, why study art?

That’s absurd, of course, but it’s surprisingly close to the way we teach children mathematics. In elementary and middle school and even into high school, we hide math’s great masterpieces from students’ view. The arithmetic, algebraic equations and geometric proofs we do teach are important, but they are to mathematics what whitewashing a fence is to Picasso — so reductive it’s almost a lie.

Most of us never get to see the real mathematics because our current math curriculum is more than 1,000 years old. For example, the formula for solutions of quadratic equations was in al-Khwarizmi’s book published in 830, and Euclid laid the foundations of Euclidean geometry around 300 BC. If the same time warp were true in physics or biology, we wouldn’t know about the solar system, the atom and DNA. This creates an extraordinary educational gap for our kids, schools and society.

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If we are to give students the right tools to navigate an increasingly math-driven world, we must teach them early on that mathematics is not just about numbers and how to solve equations but about concepts and ideas.

It’s about things like symmetry groups, which physicists have used to predict subatomic particles — from quarks to theHiggs boson — and describe their interactions. Or Riemannian geometry, which goes far beyond the familiar Euclidean geometry, and which enabled Einstein to realize that the space we inhabit is curved. Or clock arithmetic — in which adding four hours to 10 a.m. does not get you to 14 but to 2 p.m. — which forms the basis of modern cryptography, protects our privacy in the digital world and, as we’ve learned, can be easily abused by the powers that be.

We also need to convey to students that mathematical truths are objective, persistent and timeless. They are not subject to changing authority, fads or fashion. A mathematical statement is either true or false; it’s something we all agree on. To paraphrase William Blake, mathematics “cleanses the doors of perception.”

What distinguishes us from cavemen is the level of abstraction we can reach. Abstraction enabled humans to move from barter to money, and from gold coins to plastic cards. These days, what’s left of “money” is often just an account record we read on a computer screen, and soon it could just be a line of code in a bitcoin ledger.

Today, abstraction is all around us — and math is the language of abstraction. In the words of the great mathematician Henri Poincare, mathematics is valuable because “in binding together elements long-known but heretofore scattered and appearing unrelated to one another, it suddenly brings order where there reigned apparent chaos.”

For the next generation to operate effectively, they must gain proficiency with abstraction, and that means mathematical knowledge plus conceptual thinking times logical reasoning — all things that a wider view of math would bring to the math classes at our schools.

I recently visited students in fourth, fifth and sixth grades at a school in New York to talk about the ideas of modern math, ideas they had never heard of before. They were young enough that no one had told them yet that math was impenetrable, that they wouldn’t get it. Their minds were still uncluttered with misconceptions and prejudice. They hadn’t yet been humiliated by poorly trained math teachers for making mistakes in front of their peers. Every question I asked them was met with a forest of hands.

I used a Rubik’s Cube to explain symmetry groups: Every rotation of the cube is a “symmetry,” and these combine into what mathematicians call a group. I saw students’ eyes light up when they realized that when they were solving the puzzle, they were simply discerning the structure of this group.

We next studied the majestic harmony of Platonic solids using dice. And I told the kids about the curved shapes (such as Riemann surfaces) and the three-dimensional sphere that give us glimpses into the fabric of our universe.

These are portals into the magic world of modern math, starting points as surely as addition, subtraction and fractions are starting points. The added bonus is that they give us a perfect antidote to the common perception of the subject as stale and boring.

Of course, we still need to teach students multiplication tables, fractions and Euclidean geometry. But what if we spent just 20% of class time opening students’ eyes to the power and exquisite harmony of modern math? What if we showed them how these fascinating concepts apply to the real world, how the abstract meets the concrete? This would feed their natural curiosity, motivate them to study more and inspire them to engage math beyond the basic requirements — surely a more efficient way to spend class time than mindless memorization in preparation for standardized tests.

In my experience, kids are ready for this. It’s the adults that are hesitant. It’s not their fault — our math education is broken. But we have to take charge and finally break this vicious circle. With help from professional mathematicians, all of us should make an effort to learn something about the true masterpieces of mathematics, to be able to see big-picture math, the way we see art, literature and other sciences. We owe this to the next generations.

If we succeed, we will stop treating this crucial subject as if it were the equivalent of painting a fence, and we will do away with the question, why study math?

Edward Frenkel is a mathematics professor at UC Berkeley and the author of “Love and Math: The Heart of Hidden Reality.”

Copyright © 2014, Los Angeles Times

http://www.latimes.com/opinion/commentary/la-oe-adv-frenkel-why-study-math-20140302,0,5177338.story#ixzz2vOAPb66a

Where is California going with school testing?

A New Era in Measuring Students’ Mathematical Knowledge Is Coming:

The California Assessment of Student Performance and Progress 

Is your school ready?

 In the spring of 2015, California students from 3rd through 8th and 11th grades will officially take the first California Assessment of Student Performance and Progress (CAASPP). This assessment—which replaces the STAR test—includes the Smarter Balanced assessment and reflects the California Common Core Curriculum and Practice Standards. Your school and your students can be ready! 

CMC hopes the following resources will be helpful in your preparations for the new assessment.

Each subtitle below is a live link to its respective web page. 

Smarter Balanced Assessment System

The most dramatic change will be the use of the computer-based Smarter Balanced Assessment. California is one of 23 states belonging to the Smarter Balanced Assessment Consortium. Our new tests will be based upon their system.

Read About One School’s Efforts to Be Ready

Wilson Middle School in Chowchilla shares how they prepared their school and students to be ready for doing well on the new Common Core-based state assessment.

Practice and Pilot Tests

The Smarter Balanced Practice Tests provide an early look at sets of assessment questions aligned to the Common Core for grades 3–8 and 11 in both English language arts/literacy and mathematics. As a teacher, you owe it to your students to take the pilot test yourself. That way you will know what will be asked of your students.

Sample Test Questions

These sample tasks are intended to provide an early look into the mathematics understanding that will be measured by the new assessment system. While these items are not intended as sample tests, use them to plan instruction to help students meet the demands of the new assessments. Try them with your students.

2014 Smarter Balanced Field Test

This spring, students across California will experience a “no stakes” field test of the Smarter Balanced assessments.  The purpose for the Field Test is to establish levels of student achievement in the new assessment. Visit this site to learn all about the Field Test and the Achievement Level Descriptors for mathematics.

Teacher Resources

Many organizations have developed resources to explain the Standards and help teachers support student success in the classroom. These fact-sheets, videos, and instructional resources provide detailed information for educators, parents, and policymakers about the college and career-ready Standards.

Frequently Asked Questions

Use these FAQs to assist your school with transitioning from the former state assessments to the Smarter Balanced assessments. The FAQs may be used to ensure understanding among your staff regarding the universal tools, designated supports, and accommodations available for the Smarter Balanced assessments.

For More About the CA Common Core Implementation

If you would like to learn more about California’s implementation of the Common Core State Standards, visit the California Department of Education web pages. 

Please forward this message to teachers and administrators in your school district

For more CA Standards resources and articles for educators, visit

 CMC’s Common Core Resource web page

The Common Core Math Standards: Content and Controversy

Students will still spend time memorizing math formulas, but thanks to Common Core they will also be required to model the concepts they’re learning.

FE_PR_080725edublog_math.jpgThe Common Core math standards require students to spend equal time on memorization and modeling.

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A Guide to Common Core

When the “math wars” began in the 1990s, on one side were those who argued for a new focus on concepts and reasoning rather than drilling students on their times-tables. On the other were the traditionalists, who said the progressive approach allowed students to become unmoored from the building blocks of the subject, leaving them unprepared for more advanced mathematics.

The writers of the Common Core math standards have sought a middle ground.

“There are explicit expectations for knowing the times-table from memory, and that’s going to take dedicated work toward that end. So this isn’t fuzzy math,” said Jason Zimba, a professor of physics and math at Bennington College in Vermont and lead writer of the math standards. “On the other hand, some of the curricula we have are weak on applications, so kids don’t ever get to see what it’s good for, or what it’s used for.”

Students will spend time memorizing and practicing formulas in Common Core classrooms. And they’ll spend an equal amount of time modeling to understand concepts they’re learning about—using the seasons or a business cycle to understand trigonometry, for example.

“I think we’ve had curricula that swing too far to one side or the other on these things,” Zimba said. “The notion of rigor in Common Core involves equal intensity about conceptual understanding, procedural skill, and fluency and application.”

The creation of the math standards was in large part an editing process. Experts have mostly agreed that previously, American math classes tried to cover too much ground, leaving students without the deeper grasp of central concepts that would serve them best in more advanced mathematics. So the Common Core math standards tackle fewer topics, and also move students more slowly through arithmetic, subtraction, multiplication and the other operations that build up to more complex math, particularly algebra.

“These standards are focused in a way that we didn’t have before in the sense that they really try to say in each grade-level, this is what you need to learn so you can move on,” said William McCallum, math department chair at the University of Arizona and a member of the work team for the Common Core math standards. “A lot of curricula tend to keep teaching the same thing over and over again, and never doing it in a particularly deep way.”

Even critics have praised the focus, and also the way that the Common Core math standards address some of these basic areas, especially fractions.

“It’s based on pretty solid research on what is done in high-achieving countries,” said Milgram. “Mathematically, it’s summed up in one little phrase: Fractions are numbers. And it’s made emphatically clear in the Common Core standards.”

“They are not pieces of pizza and they are not little blocks, and they are not a certain number of dots in a bigger set of dots,” he added.

Using pizza to teach fractions isn’t banned, Zimba said. But the idea that fractions are actual numbers that fall on the number line—rather than pieces of something larger—is emphasized.

Other aspects of the Common Core math standards—mostly at the secondary level—have raised concerns among a handful of mathematicians, however.

For one, experts have worried that the standards are encouraging a way of teaching geometry that may not only be above the heads of students, but also hard to grasp for teachers. The standards start with transformational geometry, a way of visualizing congruence by, for example, transposing figures over one another or flipping them into mirror shapes. The authors of the standards say it’s a way to help students grasp fundamental concepts in geometry. Mathematicians, though, worry that what may seem like a simple way of teaching students is actually a highly complex approach more appropriate for college math majors that could reduce the emphasis on the rules and formulas of geometry.

“It’s true that the transformations are the beginning of geometry,” said McCallum. But, he added, “They’re exaggerating what’s in the standards.”

The main critique of the math standards, however, is that they don’t include a full course of Algebra I until high school.

William Schmidt, the Michigan State researcher, has found that “internationally, the focus of eighth grade for all students in virtually all of the TIMSS countries—except the United States—is algebra and geometry.” A National Center for Education Statistics report in 1999 found that 40 percent of U.S. eighth-grade mathematics lessons included arithmetic topics such as whole number operations, fractions and decimals. These topics were much less common in Germany and Japan, where eighth-grade lessons were more likely to cover algebra and geometry.

Algebra in eighth grade prepares students to take more advanced classes in high school, which in turn better prepares them for college and a possible career in science, technology, engineering or math (what are known as the STEM fields).

Research has found that black, Hispanic and economically disadvantaged students are much less likely than their peers to take algebra in eighth grade. Those groups are also less likely to enroll in advanced math classes later in high school. The disparities have turned access to algebra into a civil-rights issue. In the last decade, more states have pushed eighth-graders to take algebra in order to close the gaps and also to meet demands that they better prepare students for STEM careers.

“If you do algebra in grade 8, then you have four years—and if you need to repeat, you can repeat, or you can reach calculus by grade 12. It’s not mandatory for being accepted to colleges, but selective colleges expect it,” said Ze’ev Wurman, a former U.S. Department of Education official under George W. Bush who participated in the creation of California’s highly regarded math standards. (In adopting the Common Core math standards, California rescinded its previous requirement that students take Algebra I by eighth grade.)

“If you don’t prepare everyone, then essentially you only have the privileged kids who are prepared to take [advanced math],” he added.

Research suggests teaching algebra to all students by eighth grade may be ineffective, however. Many students fail because they are unprepared, and even fall further behind. And Zimba says the standards include “an awful lot of algebra before eighth grade,” even if they don’t technically include an Algebra I course. “By the time you’re in eighth grade, you’re solving two equations and two unknowns. It’s highly rigorous,” he said.

McCallum said the eighth-grade standards, though not called Algebra I, cover “what happens in normal Algebra I in high school.”

But Zimba also acknowledges that ending with the Common Core standards in math could preclude students from attending elite colleges or pursuing STEM careers.

“If you’re a young person who wants to become an engineer, or who wants admission … to an elite university, you would be advised to take mathematics beyond the college- and career-level,” he said. “If you want to take calculus your freshman year in college, you will need to take more mathematics than is in the Common Core.”

He argued that it isn’t the role of the standards to close racial and socioeconomic gaps between those who go down that path and those who don’t. “You can simply graduate from high school, you can graduate college- and career-ready [via the Common Core], or you can graduate STEM-ready,” Zimba said. “It would be great if policymakers would make sure underprivileged communities were aware of these distinctions.”

McCallum said the standards make it easier to help students who want to push ahead, however. The Common Core includes directions for alternative pathways that are more advanced than the regular pathway, and which allow a student to complete courses in calculus or something equally rigorous, like statistics, by the end of high school. “It’s always been the case that you need to take more math if you want to be ready for a STEM career,” he said. “There’s always going to be differentiation in high school. So this is not a new thing.”

The main challenge with the new standards, McCallum said, will be ensuring teachers are ready to handle a tougher set of requirements for their students. “A lot of teachers who are used to teaching math as a sort of ‘do-the-math’ subject, they’re going to be called on to have a deeper understanding of what the math is all about,” he said. “For many states, these are simply higher standards than they had before. That in itself is a hard thing.”

This story was produced by The Hechinger Report, a nonprofit, nonpartisan news outlet based at Teachers College, Columbia University. It was written by Sarah Garland for the Hechinger Report’snational reporting project on the Common Core.

Home-school students do well first time in college

Springfield State Journal Register
Home-school students make transition to higher education smoothly, thanks to a plethora of resources and social acceptance
By Amy Choate-Nielsen

  • Posted Oct. 30, 2013 @ 12:01 am
  • Updated Oct 30, 2013 at 6:26 PM

When Cade Taylor considers what career he’ll choose, there’s a little voice in the back of his mind that inspires him to aim high.

It sounds like his mother.

Taylor is a college freshman who, up until now, has been home-schooled by his mom his whole life, but the next step after college is one he hopes will make her years of sacrifice all worth it, he says.

“I feel guilty I took up so much of her time,” Taylor says with a little laugh. “I feel like I have to succeed at something to make myself feel like her spending all of that time on me was worthwhile – so I have to do something cool with my life.”

Taylor is one of a growing population of home-schooled students whose first experience with a brick and mortar school is walking onto a college campus. As the rate of students attending home school is increasing, so too is the rate of home-school students attending college, thanks to a marked increase of available resources and a softening of public perception.

Now more home-school students than ever are making the transition to college life with better skills and preparation in some cases than their non-home-schooled peers, studies show. The 20-year-old Taylor wants to make his mother proud by becoming a pediatrician or an anesthesiologist. Data comparing home-schooled students’ scores and skills to his non-home-schooled peers show that his mother’s investment might already be worth it.

The home-schooling choice

Lisa Taylor, Cade Taylor’s mom, didn’t initially plan on home-schooling her kids.

Years ago, she was in college herself, majoring in biology and English, with plans to go on to graduate school, when she had her first baby – a little girl who was diagnosed with Down syndrome. From that point on, her life changed.

Parents choose to home-school their children for a variety of reasons: they like the freedom of setting their own schedule, they like having a flexible curriculum or they have ideals not being met by a standard school setting. Lisa Taylor did it because she thought it would be fun. For the most part, she says she was right.

“Especially if you start when they are young, it becomes your lifestyle; it becomes something you do,” Lisa Taylor said on a recent fall afternoon from her home in Herriman, Utah. “There are some days that aren’t as fun as others. And there are some days when you think, ‘Why am I doing this? I could be out shopping someplace.’ “

Even though Lisa Taylor didn’t initially plan on being a home-school mom, her family fits the mold of home-schoolers pretty well. Families that home-school their children generally have more formal education than the general population, according to “Homeschooling Across America: Academic Achievement and Demographic Characteristics,” a study published in 2009 by the National Home Education Research Institute. The study was commissioned by the Home School Legal Defense Association, a nonprofit group that promotes home-schooling across the country. According to the study, 66.3 percent of fathers and 62.5 percent of mothers had a bachelor’s degree or higher.

Read more: http://www.sj-r.com/article/20131030/NEWS/310309905/0/SEARCH#ixzz2uTDstOQ6