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BackToTheFuture 01 Jul 2006 - 20:44 CatherineJohnson I've been spinning my wheels, trying to figure out what, exactly, I'm doing about Christopher's math this summer. I'd been thinking I'd have him carry on with KUMON & do ALEKS lessons as well. That arrangement would give him the independence we think is working well for him. Amazing how it turns out to be the helicopter parents who teach responsibility and independence, isn't it? Amazing, too, how you don't teach responsibility and independence by taking points off for failing to center the title of a graph. sigh Anyway, I've been thinking ALEKS. Then I looked at the ALEKS assessment, and looked at the Ms. Kahl assessment, and I called my neighbor, the clinical psychologist and statistician. She said, "Back when you were remediating and accelerating Christopher successfully, you were using Saxon." She's right. We're going back to Saxon. Things have certainly changed for the better around here. When I first dived into all this, exactly two years ago, Ed was skeptical. He didn't instantly see why our entire household should be consumed by reading about math, doing math, teaching math, and, inevitably, writing about math on the internet. (Men!) When Christopher learned everything he'd failed to learn in 4th grade math and then jumped to Phase 4, Ed was impressed. But he still wasn't on board for much in the way of afterschooling, and we had triangulation issues that resulted in one whopping big parental unit blow-up last fall, after which he did get on board, but mostly because he realized that allowing one's sixth grader to play one parent against the other is a bad idea. So here we are at the end of the year, in receipt of yet another report card adorned with canned comments from the Comment Bank, one of which, next to Math, says "finds subject matter difficult." Yes, Ms. Kahl opted to punch in "finds subject matter difficult" on Christopher's report card. She gets tenure, we get the Rosenthal effect. We'll deal with Ms. Kahl, but at this point she's a sideshow. The truth of the matter is that Irvington Middle School isn't going to teach Christopher math at all. I've been debriefing parents, trying to calibrate my perceptions to something resembling reality, and, once again, I'm discovering that it's always worse than you think. Parents I hadn't talked to since last school year, it appears, have spent the past 10 months in various states of frustration and disbelief over Ms. Kahl's class. I've heard that one of the brainiest math kids I know, whose favorite subject had been math, has now lost interest. Another parent, a man who taught math for many years, is appalled. "What is she teaching? What is she doing?" etc. science proves it's always worse than you think I read a new study in SCIENCE NEWS this week. As people grow older, they stop processing the bad stuff consciously! The article showed scans of young people's brains reacting to bad things compared to middle-aged people's brains reacting to bad things. In young people’s brains a conscious center was burning furiously. In middle-aged people’s brains consciousness was kaput. IIRC, middle aged people were processing bad things, but they were using the unconscious to do it. (I approve.) * It can't be a coincidence that Ed and I cooked up the saying “It’s always worse than you think” when we hit middle age. I would never have said “It’s always worse than you think” when I was young. When I was young, I thought everything was worse. Back then I used to remind myself that things weren’t as bad as I thought. All of which brings me to the fact that, although I’ve spent the past 4 months bemoaning the Horror that is phase 4 math in Irvington Middle School, I didn’t quite believe myself. Teens and Tweens has a post on this very subject: the irrational need to believe in your school. That's me. An irrational need to believe things can't possibly be as bad as they look. It’s time to get real. Christopher is not going to learn math in Irvington Middle School. He told us today that every week last winter & spring, when he went in for extra help, the place was packed with kids from Ms. Kahl's 7th grade Phase 3 class. Yikes. Talk about worse than you think. So it's back to the future. is Saxon Math brilliant? I’m starting to think so. I never trust my perceptions on this, because I don’t understand the structure of math. I don’t understand how it builds from arithmetic to algebra to calculus and beyond. I have no idea why calculus should come after algebra, as a matter of fact, though I think I'm starting to see why algebra comes after arithmetic. And since I’m teaching myself, I don’t know whether I’m learning real math or Saxon-math. I’ve read that kids homeschooled in Saxon Math are dependent on Saxon, can’t generalize beyond it, can’t solve problems in math, etc. I started to think these accounts must be seriously wrong a couple of months ago when I took the sample entrance exam for Thomas Jefferson High School for Science and Technology. My old friend Donna had told me about Thomas Jefferson. It is apparently the top science & math high school in the country; Thomas Jefferson graduates are being recruited by good colleges as far away as Santa Cruz and given full scholarships. Thomas Jefferson is a public school, so parents move to Fairfax County to live in the district, then spend hundreds of dollars sending their kids to Kaplan and KUMON in order to prepare them for the entrance exam. People call the area “Juku City.” I found the test and took it. At the time I’d worked through quite a bit of Saxon 8/7, the 8th grade pre-algebra book, though by no means all. The test was a breeze. No question was hard, and I got every answer right. I kept thinking, “Is this it?” Then I took the logic section of the test, for which I hadn’t studied a Saxon logic text, and couldn’t do one single problem. That was a moment. I had another moment this week when I took the algebra 1 assessment in ALEKS, which I did find difficult. But even though I’m only halfway through Saxon Algebra 1 & am teaching myself material I’ve never seen before, I was able to do assessment problems I hadn't gotten to in Saxon. I’m becoming a believer. back to the future My neighbor is right. It’s time to go back to Saxon. Enough with the teaching to crammery and the extra-sensory guess-fests on what items Ms. K will put on the test that the kids have never seen and don't know how to do. So I struck a deal with Christopher. If he works his way through all of Saxon Algebra ½, he can drop KUMON. When I told Ed it took him 1 second to sign on for the plan. I told Christopher he could read and study the lesson and do the 3 to 5 "practice problems" one day, then do the 30 mixed review problems the next day. 3 lessons a week, week in, week out, until he's done. Ed pointed out to Christopher that if he wants to get done faster, he can do the whole lesson including the mixed review in just one day, then take a long weekend off. Ed has been mugged by reality. Christopher opened up his brand-new, still wrapped in cellophane Saxon Algebra ½ books this afternoon and read Lesson 1: Whole Number Place Value Expanded Notation Reading and Writing Whole Numbers Addition. Saxon, like Engelmann & like KUMON, starts kids out with the stuff they already know and can do. Sitting at the picnic table reading Lesson 1, Christopher was feeling cocky. He whizzed through the text, whizzed through the practice problems, checked all his answers himself—using red ink—and corrected the small error he had made in one. He looked happy to be home again. I know I am. ![]() ![]() NEURAL FEEL. As people age, from 12 to 79 years old, they respond to fear with greater and greater boosts in medial prefrontal activity (left) and to happiness with smaller and smaller boosts (right). Williams * I don't think this description is right, but I'm going to have to spend some time with the article to figure it out. Here's the jist: "Recognition of negative emotion (fear) showed a significant decline as a function of increasing age, whereas recognition for positive emotion (happiness) increased..." p. 6427 The Mellow Years?: Neural Basis of Improving Emotional Stability over Age Leanne M. Williams,1,2 Kerri J. Brown,1 Donna Palmer,1,4 Belinda J. Liddell,1,4 Andrew H. Kemp,1,2 Gloria Olivieri,1,3 Anthony Peduto,1,3 and Evian Gordon1,2,5 6422 • The Journal of Neuroscience, June 14, 2006 • 26(24):6422– 6430 (pdf file) Emotional Memory and Aging BioInfo Bank teachtocrammery -- CatherineJohnson - 01 Jul 2006 comments... FamousLastWords 02 Jul 2006 - 14:48 CatherineJohnson I could kick myself that five years ago we should have paid more attention to curriculum. I think Tom Vander Ark should start reading Kitchen Table Math. ![]() -- CatherineJohnson - 02 Jul 2006 comments... BoyTroublePart6 03 Jul 2006 - 12:30 CatherineJohnson Warring op-eds today, one from Judith Warner in the TIMES, which lends itself well to a round of Find the Logical Fallacy;* one from Cristina Hoff Sommers in the Wall Street Journal. Both are subscription only, but you can leave comments on Warner's TIMES blog if you like (I have). From Warner: It's been muttered for some time now in feminist academic circles that the "boy crisis" — the near-ubiquitous belief that our nation's boys are being academically neglected and emotionally persecuted by teachers whose training, style and temperament favor girls — is little more than a myth. Now a major study has confirmed it. According to "The Truth About Boys and Girls," a report from the nonpartisan group Education Sector, most boys aren't just not failing; they're doing better than ever on most measures of academic performance. The only boys who aren't — the boys who skew the scores because they're doing really, really badly — are Hispanic and black boys and those from low-income homes. This is awful. A nonpartisan group. A major study. Please. Education Sector is not a nonpartisan group. I like Education Sector-eduwonk. I read Education Sector-eduwonk. But Education Sector-eduwonk is not nonpartisan. And The Truth About Boys and Girls is not a major study. The Truth About Boys and Girls is an exercise in data mining. In theory, I'm not against data-mining. As a matter of fact, I plan to learn how to mine data myself. I'm going to have to, since my district is now committed to data warehousing and, presumably, data-mining. I am going to have to learn how to do defensive data mining. So I'm not against data mining. But an exerecise in data mining released by Ed Sector is not a major study. Education Sector-eduwonk is a Clinton era centrist Democrat education think tank with a political agenda. That agenda is what Frederick Hess calls the "Washington consensus," and eduwonk is a Washington consensus enforcer. The Washington consensus: There is now a Washington Consensus in education. It has been entrenched since the middle of the Clinton Administration, was integral to the crafting of NCLB in 2001, and for the most part remains intact today. It embraces three big ideas. First, that the nation's foremost education objective should be closing racial and economic achievement gaps. Second, that excellent schools can overcome the challenges of poverty. And third, that external pressure and tough accountability are critical components of helping school systems improve. For a number of reasons, I've come to feel that it's time for this consensus to go. I've got to walk Christopher to camp - more later. In the meantime, the 9 comments posted on Warner's blog thus far are interesting (a couple are terrific - especially the first comment from a college professor). And, in the category of "it's always worse than you think," here is this data from Warner's op-ed: The reading scores of 17-year-old boys overall have gone down in the past decade, hitting an all-time low in 2004. Judith Kleinfeld, a professor of psychology at the University of Alaska, has done a thorough analysis of the reading skills of white males from college-educated families. Using Department of Education data, she shows that at the end of high school, 23% of the white sons of college educated parents scored "below basic." For girls from the same background, the figure is 7%. "This means," Ms. Kleinfeld writes, "that one in four boys who have college educated parents cannot read a newspaper with understanding." This is great, too: Today, for every 100 women who earn a bachelor's degree, just 73 men get one. Not to worry, says Ms. Mead. It is actually good news for young men, because more of them are going to college today than did in the '70s and '80s. By this reasoning, we need not worry about the relatively low wages of women compared to men, since in "absolute terms" women are doing better than in the past. spaced repetition [A]t the end of high school, 23% of the white sons of college educated parents scored "below basic." For girls from the same background, the figure is 7%. USA Today report on 135:100 boys:girls ratio in college sexism in Everyday Math invisible boys boy trouble (New Republic on boys) slacker boys, middle school, & forbidden positive images of boys in textbooks throw rocks at them please remain seated at all times Ann Althouse thread sums up classroom change cooperative vs. competitive learning the girl show (8th grade graduation awards) the boy show (character ed) the other boy show Where the Boys Aren't boys & noncognitive skills letter from Robert Lerner, former commissioner NCES Tom Mortenson's research The Boys Project board for every 100 girls — * bonus TIMES content: lots of parental unit bashing! -- CatherineJohnson - 03 Jul 2006 comments... ForEvery100Girls 03 Jul 2006 - 15:08 CatherineJohnson K-12 Education For every 100 girls enrolled in nursery school there are 112 boys enrolled. (all sources & links here) For every 100 girls enrolled in kindergarten there are 116 boys enrolled. For every 100 girls enrolled in elementary grades there are 107 boys enrolled. For every 100 girls enrolled in ninth grade there are 101 boys enrolled. For every 100 girls enrolled in tenth grade there are 94 boys enrolled. For every 100 girls enrolled in eleventh grade there are 109 boys enrolled. For every 100 girls enrolled in twelfth grade there are 98 boys enrolled. For every 100 girls enrolled in high school there are 100 boys enrolled. For every 100 girls enrolled in gifted and talented programs in public elementary and secondary schools there are 94 boys enrolled. For every 100 girls who graduate from high school 96 boys graduate For every 100 girls suspended from public elementary and secondary schools 250 boys are suspended. For every 100 girls expelled from public elementary and secondary schools 335 boys are expelled. Special Education For every 100 girls diagnosed with a special education disability 217 boys are diagnosed with a special education disability. For every 100 girls diagnosed with a learning disability 276 boys are diagnosed with a learning disability. For every 100 girls diagnosed with emotional disturbance 324 boys are diagnosed with emotional disturbance For every 100 girls diagnosed with a speech impairment 147 boys are similarly diagnosed. For every 100 girls diagnosed with mental retardation 138 boys are diagnosed as mentally retarded. source: The Boys Project compiled by Tom Mortenson A couple of things. First of all, the high school graduation rates were closer than I expected.....until I looked back and realized that the boy girl ratio in nursery school is 112/100. Fifteen years later that ratio has been whittled down to 96/100. Second, the massive difference in the ratio of mentally retarded boys to girls versus "learning disabled" boys to girls is appalling. This statistic transcends race (I believe), although from what I've seen the public school system seems to consider black children learning disabled almost by definition. Christian went to school in Mamaroneck for years. Every black child in his school, except for the few who had affluent parents, was on an IEP. They were physically segregated from the white students. USA Today report on 135:100 boys:girls ratio in college sexism in Everyday Math invisible boys boy trouble (New Republic on boys) slacker boys, middle school, & forbidden positive images of boys in textbooks throw rocks at them please remain seated at all times Ann Althouse thread sums up classroom change cooperative vs. competitive learning the girl show (8th grade graduation awards) the boy show (character ed) the other boy show Where the Boys Aren't boys & noncognitive skills letter from Robert Lerner, former commissioner NCES Tom Mortenson's research The Boys Project board for every 100 girls — -- CatherineJohnson - 03 Jul 2006 comments... AlgebraTrick 03 Jul 2006 - 18:20 CatherineJohnson I love this idea for struggling kids, and maybe for non-struggling kids, too, when they first start writing equations: Here's a trick I've told me [sic] DE algebra students and some find it helpful. Make a guess, even a stupid guess and check it. Write down what you did when you were checking it in an equation. Then replace the guessed number with an x. That's the equation. After you have worked a few problems this way see if you can skip the guessing a number part by calling your initial guess x right from the beginning and pretending it is a guessed number that you are checking. source: -- CatherineJohnson - 03 Jul 2006 comments... KarenOnTeachingCollege 03 Jul 2006 - 20:08 CatherineJohnson I've just found Karen's response to ktm guest, who writes that "Never before have I seen a group of parents so dedicated to blame-shifting and teacher scapegoating." I think ktmguest's comment is interesting and almost certainly true of me — although I'm not completely sure what he/she means by "blame-shifting." I assume ktmguest means that "blame" is in order; the problem isn't that I'm blaming people, but that I'm blaming the wrong people, namely teachers. I assume this means that I should be blaming my child, or me, or both. I've thought about this. At some point this year I decided to "blame-shift" on purpose. That's what makes me a radical, as opposed to a reformer who eschews blogging in favor of "trying to bring about meaningful change," as our guest recommends. how to succeed in middle school without really trying part 2 I've mentioned that Christopher is in fantastic shape. Other children have had a tougher time of it this year. I've been talking to parents, and the stories they tell me are distressing. I haven't asked anyone's permission to write about their children, and I think that some of the things they've gone through at our middle school are so painful that even with details disguised, it would be wrong for me to try to create a disguised version. All I can say is that some parents feel their children are different now, after 6th grade, from what they were last summer. They aren't smiling the way they used to; their sweet faces are closed. Summer will put them right, I hope. (side anecdote: Ed came home from picking Jimmy & Andrew up at the Y last winter and told me that Jim, the teacher who runs the program — wonderful guy — had said the reason our students do so badly compared to students in other countries is that we have long summer vacations. I almost snapped his head off. If the year-round calendar "movement" picks up steam, I will march in the streets.) Christopher's face is still sweet. He's still open, trusting, cheerful — and responsible! (How any teacher could miss the connection between responsibility and trust in the world is beyond me.) He likes his school (!), he likes his teachers, and he likes his friends. This summer he's having a blast at camp & he's even reasonably OK about his reading, vocabulary, and math program here at home. In the spring, when the school planned a 1950s School Spirit day (I'm repeating a story I think I already left in the Comments), Christopher put together his own costume. He was so excited! Then, when he got to school, he discovered that only four children had dressed up for the day. Four. If you didn't wear a costume, you were supposed to wear the school colors, and nobody was wearing the school colors, either. Think about it. Ed and I have produced one of only 4 children in the entire 6th grade who has school spirit. This weekend my neighbor hired Christopher for the first time to look after her dogs for two days while they drive their son to camp. Christopher has remembered the exact time he was supposed to go to her house, without reminding. Apparently he's fixing to become a punctual adult, a quality he didn't pick up from either of us I'm sorry to say. It's almost as if this year never happened. Christopher is his same self. His same self, only older and more mature. This feels like a miracle. how to be on your child's side Ed and I have both had the sense that our war with the school, which on the face of it sounds like a dreadful idea, turned out to be some kind of Brilliantly Counterintuitive Parenting Strategy. (sorry) I couldn't understand it. Then Ed said the reason war-with-the-school worked was simply that it meant we directed our anger at the school, not at our child. Which is exactly what ktm guest objects to. In this, he/she is typical of the tone set by our own middle school. Our middle school triangulates parents against their children. We are told constantly that our children need to "take responsibility for their learning"; then, when our children get bad grades, we are encouraged to see this as a failure of character, not teaching. This works. Parents here are tremendously responsible, hard-working people. Most of them were also good students for whom learning and good grades came easily. Suddenly they have children bringing home Cs, Ds, and Fs, and they're shocked. They know their children are brighter than a "D" or an "F" (they're right) so they conclude that the child would have earned an A or a B if only he'd studied. Then of course we all signed our children's Contract to Improve My Grades: "I am responsible for the grades I receive. I can improve my grades by changing my study behavior." Ed and I are the only parents in the entire 6th grade, to my knowledge, who refused to allow our child to hand the contract back in. when the baby is crying, the parents are fighting Years ago, when Jimmy was a baby and we didn't know he was autistic, our family motto was "When the baby is crying, the parents are fighting." Jimmy cried constantly; he was a very, very difficult baby. We didn't know how to help him, we didn't know what was wrong, we didn't know why he cried so much when other people's babies didn't. We had as happy a marriage as anyone we knew, but inevitably, at some point, we would snap at each other. When your child suffers, your marriage suffers. Our middle school stresses children and families. The K-5 schools never, ever did this. Never. Nor does the high school. Our middle schools is the problem child of the district. More than once children in Christopher's class cried at school when they got their Cs and Ds and Fs returned to them in class. "My mom is going to kill me." "My mom is going to ground me." Christopher would tell them, "My mom blames the school." He would! Imagine how beloved we are! That kept him safe. His job was clear. He was supposed to do his homework, behave himself in class and on the playground, and learn. Those were his responsibilities. If he did all those things and still got clobbered, we blamed the school. We intend to keep right on blaming the school if things don't change next year, under the new principal. two moms I know I know two other moms who took this path. Both began the year believing that their child had to be responsible, and both adopted the school's definition of the word. Both found their relationships with their children under stress. Anger, arguments, tears. One was looking at the possibility that her son would have to attend summer school or even repeat 6th grade. He was failing, and the household was in an uproar. When we talked in January, she was at her wits' end with her child. I told her she needed to be at her wits' end with the school, not her son. She didn't believe me, so I pushed. Finally I said, "Is there any family in town who wouldn't welcome your son into their home." No. I said, "J. is a good person. He is responsible. He has good character. He is doing the best he can. It's the school's job to make sure he learns the material they're teaching. They are the adults; they are the employees of the school district; they must teach him." I didn't talk to her for a few months after that. When I did she told me that that one conversation changed her life! "We don't argue about school any more," she said. "J. comes home and he wants to do his homework. He gets right down to it. He knows he can do it." This is what a pep talk and a $90-an-hour tutor will do for a kid! Joking aside, she and her husband did what they had to do. The school was going to fail their child, literally fail him in his case. When they hired the tutor — and $90/hour is money they can ill afford to spend — and stopped all anger about his spacy ways, he soared. His face is still sweet like Christopher's, too. For my other friend the shift was more gradual. She's a very strong parent. She sets firm rules & lots of them, she enforces her rules, and she expects her kids to do as they're told at home and at school. I sometimes tell Christopher that if he doesn't shape up he's going to go live with my friend for a while. She's that kind of mom. She was pretty hostile to my blame-the-school philosophy at first. I wore her down. That's a joke, though there's some truth to it, I think. I'm perfectly happy to use the words "I blame the school." What I mean, though, is that I hold the school accountable — and after I've said this a few dozen times parents realize that they agree. None of us is paying the school to teach responsibility. We are paying the school to teach reading, writing, and math. Over time, I think, my friend simply stopped believing the school narrative. all your children are belong to us Middle schools slam the gates shut. Childhood is over; parents stay out. That's the message. I've heard this from parents everywhere. A mom who pulled her child out of the school reminded me that last year, at the 5th grade graduation ceremony, the middle school principal told parents, "Your children are mine now." This fall, at back to school night, he told us, "This is the year your child will stop talking to you. So come to us. Your children talk to us, and we'll know more about your child than you do." That's pretty close to a direct quote. If your middle school principal or teachers make sounds like this, it's time to set limits. You don't need to be in open conflict with the school. But you do need to make clear to your child that you are still the parent. You are still the parent, you are still in charge, and you, not the school, will decide what he needs to do to be considered a responsible human being. The school's job is to teach content. And that's it. ![]() Karen on college teaching Karen's statement is beautiful. Most Americans idealize teachers, and this is why: I am both a parent and a college professor. My teaching philosophy is that the teacher sets the tone. I am also always mindful that as a teacher, I am modeling behavior. Do I want them to take responsibility? Yes, I do, and I model that at every opportunity. For example, I broke my ankle last semester and was not allowed to put weight bearing pressure on it for six weeks. Just getting through the day became a challenge. However, I missed only one class and that was to have the cast put on; that appointment was dictated by the orthopedic surgeon. I also took great pains to connect the dots for my freshmen students to make sure they understood that while it was a challenge for me to be there, I was still there. I turned my misfortune into a teaching moment. I am also mindful that while I am the teacher, I am also a student. My goal is to always be learning--in every way possible. That means I have to see the world through my students' eyes and it also means that I have to take responsibility for my own actions as well. Translated into action for me, that means that I am actively engaged in the process of learning. For example, I can rant and rave and tell students that if they don't proofread their papers, there will be consequences. However, what I have learned from getting in the trenches with students is that sometimes it's a lack of knowing how to proofread effectively (it's a skill that can be taught), and sometimes it truly is carelessness. However, sometimes the students just don't know the rules of grammar, which is an entirely different problem. If you don't know how to use a comma properly in the first place, then proofreading isn't going to help all that much. I also understand full well the importance of paying attention to detail. Without that skill, the students will have a hard time passing their introductory accounting class. So, in the freshmen class that I teach, my goal is to purposely and mindfully structure my assignments in such a way that I am helping the students grow that skill. Put simply, if I want my students to develop a skill or habit, then I need to teach it, and then provide opportunities for them to practice it--to reinforce the skill. I also have the philosophy that if what I'm doing isn't achieving the objective I wish to achieve, I need to examine and understand why that is. Did I explain (teach) the concept in a way that the students understood it? Were my expectations clearly stated, or did I unintentionally surprise them? Is it them, or is it me or is there a design flaw with the system? In short, I suppose I approach such matters as possible problems to be solved. That is, I use critical thinking and problem solving skills. Don't misunderstand me--I am both confident and competent. It's just that I am always striving for perfection--to do the best job that I can at teaching and at reaching the maximum number of students possible. I want all of my students to succeed and I want to help them do so, if they are motivated to do so. And I want them to understand that they are accountable for their actions and that there are consequences for their actions. I don't know what grade or subject you teach, or whether your students are motivated or not, but I am curious about your method for handing out homework papers. Why is it that the students don't seem to able to pick up the papers on the way out the door? If they are typical kids, the minute that class is over, they may be focused on talking to their friends. Or, perhaps they are trying to get to their next class on time. Or, maybe they just don't care. That's a different and more difficult issue and one that would require a bit more reflection and analysis. But, assuming that they do care and are motivated to succeed, why not hand the papers out during class? I also want my students to understand that they are accountable for their actions and that there are consequences for their actions, both positive and negative. However, I am also mindful of what I call the human motivation factor. I always want a student to believe that they can succeed if they are willing to put in the time and effort that is needed to do so. That is not the same as a harsh and punitive approach to grading. For example, the infamous deduction of 20 points for failing to label the graph. In the first place, that seems pretty harsh for 6th graders. Did the teacher just assume that this procedure had been taught to automaticity in the earlier grades? Or, did she teach it herself? Did she provide a rubric with the consequences spelled out? Don't misunderstand me--I think that it's appropriate that this is automatic. My question is--did she teach it, or know full well that someone else had? Also, what was her objective with deducting 20 points--was it "teach a lesson?" If so, what lesson was she trying to teach? And perhaps what I'm also getting it (and what the parents are getting at) is: What is her teaching philosophy? Why is she doing what she is doing? What is she trying to accomplish, and are the methods she is using the best way to achieve this? I would guess that the KTM readers and the IMS teachers want the same thing. We want our kids to have solid, fundamental skills, we want them to love learning, and to be respectful of others. We want them to pay attention to detail, to be careful readers, and to learn to take responsibility for their actions. In short, we want our children to have all the tools they need to be able to survive and thrive in the world as productive citizens. However, what we may not agree on is the most effective method to get there. And that, I think, is the source of frustration for many parents. I'm going to send this to all my friends. And I'm going to re-read it often. -- CatherineJohnson - 03 Jul 2006 comments... LevittAndDubnerBookList 04 Jul 2006 - 12:06 CatherineJohnson I just came across this list of recommended books from Levitt & Dubner. I've already forgotten which blog put me onto this...possibly Marginal Revolution, but it could have been Gene Expression, which has an interview with Steven Pinker. -- CatherineJohnson - 04 Jul 2006 comments... HappyJulyFourth2006 04 Jul 2006 - 12:20 CatherineJohnson ![]() -- CatherineJohnson - 04 Jul 2006 comments... UlyssesGrant 05 Jul 2006 - 12:18 CatherineJohnson Terrific book review ($) in today's Sun: "I have carefully searched the military records of both ancient and modern history, and have never found Grant's superior as a general," wrote Robert E. Lee. This statement is, in essence, the argument of John Mosier's "Grant: A Biography" (Palgrave Macmillan, 224 pages,. $21.95), an outstanding contribution to General Wesley Clark's Great Generals Series. Indeed, Mr. Mosier's brief for Grant might be called a thesis biography, one that counters other biographies ranking Grant lower as a general, using criteria Mr. Mosier deems suspect. [snip] What distinguished the 40-year-old Grant, Mr. Mosier emphasizes, was his aptitude for the job of generaling and his rugged determination to forge ahead no matter the obstacles. Grant shared with Napoleon an affinity for mathematics, an ability to "compute precisely all the quantitative data required to make correct decisions on the battlefield." This was not a matter of formal education. In fact, Grant taught himself algebra, an indication, Mr. Mosier suggests, of a highly developed "capacity for abstract thought." Grant's predecessor, George McClellan, had more distinguished academic credentials, but McClellan consistently overestimated the Confederate army's strength and lacked Grant's will to engage the enemy in battle. Just as important, Grant had a talent for drawing and painting. Both were required skills at West Point at a time when soldiers were not issued contour maps and were expected to make their own. Wherever Grant fought, Mr. Mosier observes, he had in his mind a visual sense of the terrain. Although Mr. Mosier does not make the comparison, again it is Napoleon, a superb map reader, who comes to mind. Finally, as a third example of what made Grant great, Mr. Mosier mentions his subject's voracious reading of history and fiction. Grant favored novels that gave him insight into human nature and helped him - like Admiral Nelson, I would suggest - identify closely with the men he sent into conflict. At a time when most armies were filled with the dregs of society driven by an arrogant officer class, Grant treated his citizen-soldiers with respect. But there is more to Grant's reading of literature and history that sets him apart from, say, Henry Halleck, Grant's commanding officer for much of the early part of the Civil War. The bumptious Halleck considered himself a military theorist and openly scoffed at what he thought of as the overly aggressive Grant's ignorance of the latest premises of modern warfare. Grant stupidly went right at his enemy, taking huge casualties, rather than concentrating on gaining ground and occupying population centers. The trouble with Halleck's approach - as with McClellan's - was that the South concluded that the Yankees did not want to fight, a belief that reinforced Lee's reputation for invincibility, heartened the Confederacy, and demoralized Northern armies and public opinion. Grant proceeded not by theory but by examining the conditions in which he had to fight, the concrete particulars of history, not abstract models of how war should be fought. [ed.: Grant was a fox, Halleck a hedgehog.] Just as crucial was his ability to translate his vision to his fellow officers. Grant's lucid and engaging memoirs have brought him acclaim, and Mr. Mosier suggests that that same clarity is evident in Grant's orders to trusted colleagues such as Sherman on his way to the siege of Vicksburg: I've felt for awhile now that math & drawing go together. Actually, I wouldn't be surprised to discover that "profound understanding of fundamental anything" and drawing go together, especially after reading David Mulroy's brilliant defense of sentence diagramming in The War Against Grammar. This summer Christopher and I are doing Singapore bar models for math and sentence diagrams for grammar.
![]() -- CatherineJohnson - 05 Jul 2006 comments... DougFractionTilesRevisited 05 Jul 2006 - 23:07 CatherineJohnson Here's a cool lesson to do with Doug's fraction manipulatives (pdf file): ![]() source: Primary Mathematics 2B US Edition ![]() Doug's fraction tiles & number lines (pdf files) blank number lines symmetric number lines positive number lines negative number lines fraction manipulatives Doug's fraction tiles w/equiv decimal & percent fraction tiles with equiv decimal & percent b&w -- CatherineJohnson - 05 Jul 2006 comments... TextSavvy 06 Jul 2006 - 00:58 CatherineJohnson right here -- CatherineJohnson - 06 Jul 2006 comments... SingaporePlacementTest 06 Jul 2006 - 16:43 CatherineJohnson So this morning I took half of what is supposed to be a 30-minute placement test given to a student who has finished New Elementary Mathematics Textbook D. I think it took me 2 hours. To do half. I was thinking that was OK, because New Elementary Mathematics Textbook D is a 9th grade text. It's not. It's a 7th grade text. In Singapore, I'm still in 7th grade. I'm halfway through Saxon Algebra 1, I scored 80% correct on the ALEKS algebra 1 assessment, and I thought the placement test (pdf file) for Thomas Jefferson High School of Science and Technology, reportedly the best math and science high school in the country, was a breeze. That translates to 7th grade in Singapore. juku city Thomas Jefferson, you may recall, is the public school that's so competitive and respected that colleges all over the country are recruiting its graduates and giving them 4-year scholarships. Parents move to Fairfax County so they're in the district, then send their kids to Kaplan & KUMON to prepare them for the test. People call the area "Juku City." I passed that test. Easily. Not the logic part. I passed the mathematics part. Questions 1-120, p 36-56. I may not have missed a single answer, and all the items were easy. Then it takes me two hours to do 11 questions on an 8th grade placement test in Singapore. And those were just the algebra problems; I didn't even bother with the 9 items on geometry. (I didn't understand some of the terms, which may be different in the U.S., and I haven't practiced geometry enough to remember various other terms I knew a couple of months ago.) arrgh I need a personal organizer So I'm looking at these 11 items, asking myself why exactly they should consume 2 hours of my life. They're not hard. I conclude that I'm having a major problem organizing my work. I write things down, then lose track of what they refer to, then go back to the beginning and try to figure out what part of the problem I was doing, then I run out of paper so I'm flipping back and forth trying to find the figures I wrote on the preceding page.....it's pathetic. If I had to take Ms. K's math class, the school would have to institute corporal punishment to deal with my level of math-paper chaos. Twenty points off wouldn't even begin to cover it. The other problem is that I don't have enough insight into these problems yet to take shortcuts & trust that my shortcuts will work, so I'm writing out every step and then some, which makes everything worse. I don't know what happened to me on item 9: A man bought 450 books for $1,350. He sold half of them at a profit of 20%, 150 of them at a profit of 10%, and the rest at a loss of 4%. What was his gain percent, to the nearest percent? I just could not do this problem. I came up with one wrong answer after another, and the answer I finally settled on was wrong. It's not a hard problem. When I checked the answer key, and found out my answer was wrong, it took me about 5 minutes to do it right. Looking at the problem now, I think my difficulties may have had almost nothing to do with actual math. I think the obstacle was working memory, organization, and eyesight. Can't remember if I've mentioned this: I can't wear my glasses to do close work any more. My glasses are bifocals, so in theory I'm wearing reading glasses, but....I can't wear them. They strain my eyes. (My optometrist, Mel Kaplan, says it's not the glasses, it's me. He also says that progressive lenses are horribly stressful.) I don't need glasses to read, but, otoh, I do need strong light to see by, and dark ink on the page. High contrast. Otherwise everything starts to look kind of gray. So naturally I opted to take the test in dim light using a pencil with soft, thick lead. That's because I have no common sense-y. I've decided not to panic I don't think this is quite as bad as I thought. Saxon Algebra 1, which is algebra integrated with geometry, is supposed to be a 9th grade book, but I'm going to have Christopher using the book at the beginning of 8th. Singapore puts me midway through 7th grade; Saxon puts me midway through 8th. I'm further behind when you take geometry into account, but not by much. I do have a question about problem solving and word problems in Saxon. In 70 lessons, I've done almost no word problems. Algebra 1/2 focuses on word problems, and I skipped that book. If the next 50 lessons don't contain a lot of word problems, I'll do the problems in my other books: Dolciani (Dolciani Teacher Edition), Jacobs (Jacobs Teacher's Edition), Johnson. maybe I'll panic just a little So....what does this tell us about our best versus their best? The kids who compete to get into Thomas Jefferson are our top math students. Our top kids have to go to cram school & Kaplan to pass the entrance exam for Thomas Jefferson in 8th grade. I'm thinking that in Singapore an average graduate of 6th grade wouldn't have any trouble with it. That gives me an idea. Why don't I take the 6th grade test? Why don't I take the 6th grade test with the reading lamp TURNED ON this time? Bonne idee. [pause] Well, I can't say the 6th grade test was a lot easier, though I did pass (89% correct), and I did all the geometry problems but one. There's no way the kids in Ms. K's class could pass this test. The 2 to 4 mathematically gifted kids in her two classes might pass, though I wouldn't bet on it. Nobody else. If I were placing myself in a Singapore Math text, I think I'd start at the beginning of New Elementary Mathematics Textbook 1. Grade 7. [update: maybe not. Following KUMON's & Engelmann's injunction to start before your level, I should place myself in 6A. sigh. Sometimes it seems like I'll never make it to calculus.] Which I just so happen to have sitting here on my bookshelf. My neighbor bought it a year ago, then never used it. I'm going to take a look. I'm thinking I should probably also skim through Primary Mathematics 6A & 6B and see if there are Units I ought to do. ![]() Table of Contents Singapore Math placement tests ALEKS assessment -- CatherineJohnson - 06 Jul 2006 comments... SingaporeCalculus 06 Jul 2006 - 22:29 CatherineJohnson There isn't any. That makes sense to me. I've been dipping into the literature on what skills people actually need to earn a "middle class wage." Calculus isn't one of them. Entry-level algebra is. IIRC, high school in Singapore ends earlier than high school here. When students graduate they've done a huge amount of work in algebra & geometry; they also seem to take a year of trigonometry. No calculus. No proofs, either, I don't think. (cursory impression) search words: jobskills Anthony Carnevale How Computers Are Creating the Next Job Market -- CatherineJohnson - 06 Jul 2006 comments... ACanadianMoment 06 Jul 2006 - 23:49 CatherineJohnson here Meanwhile we are experiencing many French moments here at home. We watched the French news tonight at dinner. The whole thing was about sports, except for two minutes devoted to Israel/Gaza (the captured soldier is French — holds dual citizenship — so the country is in an uproar) & another 3 or 4 on the anniversary of the London bombings. Then it was back to sports. (Announcer: "....sadly there were four fatalities during the celebrations....") Martine called her friend in Reims at 11 last night, and her friend held the receiver out the window. Martine could hear thousands of people screaming & shouting. Her friend said it was going to go on like that until 1 in the morning. The games are being broadcast in huge stadiums, so nobody's sitting around at home watching; they're out in force, in the stadiums, in the streets, flags everywhere. I'm threatening to root for Italy, but Ed says if I do I can't watch with them. French World Cup shirts sold out 'til September. Ed is pulling Christopher out of Spanish & switching him to French. He wanted him to take French in the first place, but I said Spanish is our second language now; nobody speaks French. It was a bone of contention. So Christopher took Spanish & learned perhaps 50 words of Spanish vocabulary, which was the lion's share of the curriculum as far as I could tell. No sign of verbs, grammar, or pronunciation. Then he got a C for the course. My friend's kid got a U. I don't even know what a U stands for, and neither does she. Is it an F or an Incomplete? I need to spend more time hovering. I asked Christopher, How did this happen? He doesn't know. We blame the teacher. heh 2006 FIFA World Cup Store a Canadian moment World Cup win World Cup win part 2 BHL weighs in coupdeboule read my lips html authoring in French -- CatherineJohnson - 06 Jul 2006 comments... DogOfHelicopterMom 07 Jul 2006 - 00:31 CatherineJohnson t-shirt of helicopter mom ![]() Helicopter Mom dog of helicopter mom ![]() His name is Surfer. We got him when he was a puppy at the North Shore Animal League. He'd been brought in from a shelter in Tennessee, and the lady at the pet supply shop next door to North Shore told us he was part shepherd and part coon hound. She turned out to be wrong, though. Once Surfer was grown up, people who know dog breeds said he's part Rottweiler, part pit bull. Surfer won "Scariest Pet" in the Picture Pet Contest at Main Street School, 2005. Any questions? -- CatherineJohnson - 07 Jul 2006 comments... AlanTuringAndAutism 08 Jul 2006 - 00:42 CatherineJohnson ADVANCED mathematics is a hard sell, but David Leavitt's biography of Alan Turing, which was published in America last December and is just coming out in Britain, will give even the most innumerate reader an idea of the beautiful and fascinating world he is missing. Mr Leavitt does not use the word, but in today's parlance Turing, a brilliant misfit who laid the foundations of modern computing and cryptography, would probably have been called autistic. He took things very literally, was almost incapable of lying, cared little for his outward appearance, and was rather bad at understanding what other people felt or meant. None of that helped him live a happy life. ![]() autism quotient -- CatherineJohnson - 08 Jul 2006 comments... AutismQuotient 08 Jul 2006 - 14:03 CatherineJohnson I'm not sure I've ever taken this test. I probably don't want to know. oh wow I'm way not autistic. ![]() Simon Baron-Cohen Alan Turing & autism autism quotient The Geek Syndrome -- CatherineJohnson - 08 Jul 2006 comments... IndoorPlantsBlog 08 Jul 2006 - 18:39 CatherineJohnson Indoor Plants looks fantastic. Finding this blog today is another synchronicity event, since he's got a terrific post on hydroculture which relates directly to the fact that, yesterday, Ed told me someone lost half of the indoor water reservoir pot I ordered a couple of months ago so he planted the big spiky plant Jimmy brought home from school without it. Now here's Indoor Plants telling me that was a big mistake. update: water reservoir located in garage ![]() EarthBox investigation with Christopher adjustable reservoir for indoor plants EarthBox reminder self-watering pots and planters from Denmark hydroculture sub-irrigation -- CatherineJohnson - 08 Jul 2006 comments... SubIrrigation 08 Jul 2006 - 20:35 CatherineJohnson I think these things are ingenious. I'm envious, because a year ago I was trying to figure out some way to create my own sub-irrigation system for indoor plants, and the wicking idea never crossed my mind. Especially not wicking with shoelaces. I think Ed is game for buying two of these for the living room — ![]() source: It's called "sub-irrigation" because you're irrigating the subsoil, not the topsoil. The very thought of not throwing my houseplants into shock every other week when I remember to water them is enough to make me smile. My farmer background is finally revealing itself....apparently I actively dislike the whole notion of damp topsoil. Who knew? -- CatherineJohnson - 08 Jul 2006 comments... ListMania 09 Jul 2006 - 13:55 CatherineJohnson I'm not a collector (at least, I don't think I am) but I do have a collection of Listmanias sitting in an Entourage Note. I found a short one I especially like today: Reviews by Joy Steadman. Actually, it's not a listmania. It's an Amazon reviewer "profile." I found it because Dr. Steadman posted a review of Ericsson's book The Road to Excellence: The Acquisition of Expert Performance in the Arts and Sciences, Sports, and Games....which I'm just now noticing costs a mere $82.97. hmmm So I may have to pass on the book, but the 1957 Auburn University National Champions Orange T-Shirt is calling to me, even though I don't like the color orange, and it's good to have the reference to Eric Nestler's Molecular Basis of Neuropharmacology: A Foundation for Clinical Neuroscience. I'm sure I'll revive my interest in drugs and neuropharmacology at some point, and when I do Nestler's book will be my first purchase. Back to expert performance. Yesterday I read the discussion section of K. Anders Ericsson, Ralf Th. Krampe, and Clemens Tesch-Romer, The Role of deliberate Practice in the Acquisition of Expert Performance (pages 393-400).* Incredible. question: can you predict future expertise from early demonstrated ability? (can you spot a math brain when he or she is 2?) answer: no For once, the answer really does appear to be a simple no, as opposed to a complicated, nuanced, depends-on-the-circumstances kind of no. More on this later. In the meantime, the good news is that the Cambridge Handbook of Expertise and Expert Performance is now out. That probably has to be a purchase, in spite of the $65 price tag.
TOC & excerpt * You can Google the full text, which I found on the Freaknomics site, or just take the spaces out of this link: http: //www. freakonomics.com/pdf/DeliberatePractice(PsychologicalReview).pdf. For some reason I can't get the link to display correctly on ktm. The Role of Deliberate Practice in the Acquisition of Expert Performance Psychological Review 1993, Vol. 100. No. 3, 363-406 K. Anders Ericsson, Ralf Th. Krampe, and Clemens Tesch-Romer http: //www. freakonomics.com/pdf/DeliberatePractice(PsychologicalReview).pdf freaknomics post on Ericsson's work, with links do what you love -- CatherineJohnson - 09 Jul 2006 comments... YouGottaBeAHelicopterParent 09 Jul 2006 - 18:36 CarolynJohnston I have a neighbor, Jen, who is British, a former audiologist and then bobby in the UK, who moved here with her husband a few years ago, and who is now waiting for permission from our government to work here, so that she can work as a policewoman. The trouble with Jen's green card is a whole other story about which I won't wax bitter... suffice it to say that she would be a huge asset to policing in our area, and I wish to heck they would get out of the way and let her work. In our neighborhood, our kids are getting older; they are entering their teens, and a few of them have encountered what I would call serious trouble lately, with misbehavior and substances. These are kids we know well, whose parents we know well, whose parents are what anyone would call good people. Our own kids hang out with these kids; we know them and talk to them; we were somewhat counting on the tight-knittedness and watchfulness of our neighborhood to get the kids through, but for some of the kids, it hasn't been enough. So I was out on a walk with Jen, and I asked her what the heck was going on with the kids; what is it, really, that we might be doing wrong as parents? And she told me that there is one factor that, more than anything, determines whether a kid will run into trouble or not, and that is: Whether they are supervised. It's not whether they are getting attention: it's a particular kind of attention, the nagging, watchful kind of attention. "Kids who stay out of trouble have parents who always know where they are," Jen said. "If their kids are out for a night, then they want to know that there is a responsible adult wherever it is that they're going to be, and they want that adult to be available to speak with on the phone. If the kids run into a trouble situation, their parents come and get them no matter what time it is. "Their parents tell them that drinking and drugging are unacceptable and will not be tolerated. It doesn't matter if the parents are being completely hypocritical, either," she said. "It's still important to say it, and mean it, and make it stick. The kids will hate it and fight it, but it will keep them out of trouble and on some level it's really what they want. It extends to homework, too. Kids need their parents to ride them to do their homework; they need to know that their parents care about that. The parents need to be involved in their kid's eduation, too, to the point of being involved and working with the teachers to ensure their kids are learning." So there you have it; the word of an English bobby (who, furthermore, is now clerking as a volunteer in the Sheriff's office in our county in order to be able to hit the ground running once she is able). Helicopter parenting is good. And when it comes to schools, we helicopter parents just want to know that there is a responsible adult wherever our kids are going to be. -- CarolynJohnston - 09 Jul 2006 comments... DeliberatePracticeAndExpertPerformance 09 Jul 2006 - 23:03 CatherineJohnson I think this article is so important to the pro-content side of the math wars that I'm including the URL here, in a separate post. For some reason, ktm doesn't display it correctly, so I've inserted spaces: The Role of Deliberate Practice in the Acquisition of Expert Performance Psychological Review 1993, Vol. 100. No. 3, 363-406 K. Anders Ericsson, Ralf Th. Krampe, and Clemens Tesch-Romer http: //www. freakonomics.com/pdf/DeliberatePractice(PsychologicalReview).pdf [pause] wow do what you love freaknomics post on Ericsson's work, with links Cambridge Handbook of Expertise and Expert Performance -- CatherineJohnson - 09 Jul 2006 comments... WorldCupWin 09 Jul 2006 - 23:19 CatherineJohnson ![]() Ben Radford/Getty Images Fabio Grosso's teammates had to chase him halfway across the pitch to celebrate after his shootout goal clinched the championship. NY TIMES We have woe here at home, but this is a great photo so I'm posting it. Christopher said, "Martine is going to be angry tomorrow." Ed said, "She's not going to be angry. Maybe sad or depressed." I'm going with angry. a Canadian moment World Cup win World Cup win part 2 BHL weighs in coupdeboule read my lips html authoring in French -- CatherineJohnson - 09 Jul 2006 comments... NewsFromSingaporePart2 10 Jul 2006 - 14:03 CatherineJohnson via Inside Plants Live, who turns out to be the E.D. Hirsch of indoor plants (or maybe the Steven Jobs or Bill Gates): SINGAPORE - It was the innocuous little notice on the bulletin board in the stairwell of my apartment building that reminded me that an invasion was underway: "Mr. Chan in 50A discovered a monkey in his kitchen Tuesday night," the notice said. "If you see this monkey, please notify the management right away." I've been collecting essays for Christopher to read. This one's going in the pantheon. bonus link I love this post to 'scaper Talk. Temple has a zillion of these tales. (warning: 'scaper Talk doesn't have a filter, so the follow-up posts have pornographic headings.) -- CatherineJohnson - 10 Jul 2006 comments... HelpDeskGrammarQuestion 10 Jul 2006 - 14:33 CatherineJohnson from Indoor Plants: Unfortunately, there is still a large number of technophobic interiorscapers slavishly addicted to weekly drench and drain top watering. They are reluctant to give up this wasteful practice but we believe energy costs and the green building movement will force them to modernize or exit the business. The market is always the ultimate boss. "is" or "are"? What's the rule? -- CatherineJohnson - 10 Jul 2006 comments... SingaporeSchoolSystem 10 Jul 2006 - 15:37 CatherineJohnson Mark Roulo found this terrific graphic of Singapore's school system. Ministry of Education Overview Ministry of Education -- CatherineJohnson - 10 Jul 2006 comments... ShangriLaPart2 10 Jul 2006 - 17:51 CatherineJohnson Almost a year ago I read a freakonomics column about the Shangri La diet, decided to put Jimmy, Christopher & me on it, and then promptly forgot the whole thing. (Promptly forgot the whole thing after first making myself sick as a dog on the day of the U.S. Open, that is.) Yesterday the diet popped back up on my radar screen, and I'm going for it! This time will be different! This time I will write myself Post-it notes! ABSTRACT: The theory described in this article assumes that the body-fat set point – how much body fat the brain tries to maintain – is controlled by flavor-calorie associations. Calorie-associated flavors raise the set point – the stronger the association, the greater the increase. In the absence of calorie-associated flavors, the set point declines. Given some plausible assumptions, the mechanism regulates body fat according to the availability of food, increasing body fat when food is abundant, decreasing body fat when food is scarce. The theory explains a wide range of human and animal data, including effects and correlations involving pre-exposure, pureeing, moistening food, bland food, glycemic index, supermarket food, junk food, fasting, intragastric feeding, and income. It also helped find a new way to lose weight. Lots of good stuff.....
Apparently, people are sleeping better on the diet, which Roberts attributes to Omega 3 fatty acids. This report led to an ah-hah moment. I've been sleeping miserably for awhile now. Reading Roberts' blog, I realize that I started sleeping miserably when I stopped taking Omega 3s. (For some reason, Omega 3 pills are making me nauseous....) I've hatched a plan to take fish oil tonight before bed. If I remember. UPDATE 7-23-06: progress report
The Shangri-La Diet at Amazon Seth Roberts website Shangri La diet in freakonomics Shangri La diet part 2 early adopter diet, evolution of the brain, & McDonalds Marginal Revolution on Shangri La your own lying eyes progress report 7-23-06 Jimmy 7-24-06 mind hacks & Shangri-La 7-26-06 7-29-06 update my life and welcome to it - 8-6-06 - success compare and contrast photo op 8-12-06 9-12-06 update 9-17-06 Jimmy is melting 10-4-2006 Dr. Erika's olive oil diet works, too Omega 3 fatty acid shangrila -- CatherineJohnson - 10 Jul 2006 comments... WorldCupWinPart2 10 Jul 2006 - 20:18 CatherineJohnson Martine is taking it better than I expected. "The Italians cheated," she said this morning when she came in. "And look what they did to Zidane." I've just got back from picking Christopher up at camp, and have been greeted by the report that the other player called Zidane, who is half Algerian, a "terrorist." That's why Zidane head-butted him. "They planned it," Martine said. "They were working on it." "Definitely," I said. "Oh, well," Martine said. "Italy. That's the country of the Mafia." I love nationalism. Seriously. I do. Ed would shoot me if he heard me say that, so I'll add that I don't like nationalism when it leads to Nazis and world war. I like it fine at the World Cup. Ed says this is a very good book: ![]() update: Christian just got here. Mamaroneck is a mob scene of cars with Italian flags & drivers shouting out their windows. "I never got yelled at so much in my life," Christian said. "I thought Mamaroneck was French," Christopher said. So did I. I don't know why. I think maybe we read an article about a great French cheese shop in Mamaroneck. "No, it's Italian," Christian said. "Italian and Jewish." Martine told Christian that the other guy either called Zidane a terrorist or said something about his mother. "I'm sure he said something about his mother," I said. Now we're talking about the Mafia again. The Mafia and knee-capping. Have I mentioned I've ordered a copy of The Dictionary of Cultural Literacy? Well, I have. And not a moment too soon. Meanwhile the printer, which is networked to Ed's computer downstairs, keeps spitting out articles on Zidane from French newspapers. This is a great mystery, Zidane. a Canadian moment World Cup win World Cup win part 2 BHL weighs in coupdeboule read my lips html authoring in French -- CatherineJohnson - 10 Jul 2006 comments... JohnDeweyAtEdspressoPart2 11 Jul 2006 - 14:40 CatherineJohnson he's back In ed school parlance, when more than one answer exists for a question, the thinking used to come up with answers is called “divergent”. When only one answer exists, the thinking is called “convergent”. In ed school, “divergence” is considered a good thing and “convergence” looked upon with disdain. This reminds me of an extension course on film I once took in Cambridge after graduating from college. The teacher opened the class by asking, "What is art?" We offered our thoughts, and then the teacher told us the answer. The answer was that art is nonlinear. A nonlinear movie is art. A linear movie is not art. See how easy that is? Of course, by that definition anything directed by Godard is art, and nothing directed by Ford or Hitchcock is art, but never mind. It's been a long time, but I think the teacher had a scheme for making Hitchcock secretly nonlinear, and therefore art. Which may have been the point at which I decided not to return for the second class. I've mentioned a number of times that I have a Ph.D. in film studies. In actual film studies, as opposed to extension course film studies, no one ever says "art is nonlinear." In case you're wondering, the correct answer is "the familiar made strange." At least, that's the correct answer if you're a Russian constructivist. I guess I can't say the constructivists never did anything good for me. Your tax dollars at work: I visited her class and saw how she “proved” the Pythagorean Theorem. (This is one theorem the textbook had not yet turned into a postulate.) She handed out sheets of paper on which were drawn a right triangle with three squares extending from each of its three sides. There is a famous proof in which the two smaller squares can be shown via congruence theorems to fit into the larger square of the hypotenuse. Her version, however, was to have the students cut out pieces of the two smaller squares by cutting along lines marked within them and assemble the resulting pieces, like a jigsaw, into the big square of the hypotenuse. This was how she proved the theorem. (Oh, excuse me. This is how she had the students prove the theorem.) “Does this prove the theorem?” she asked. The students said yes, because it showed that the areas of the squares of the two legs in a right triangle equal the area of the square of the hypotenuse. Which is correct for the particular triangle on the sheet of paper she handed out. There was no discussion of how the procedure could be generalized for right triangles for any size, nor why the teacher drew the lines within the two smaller squares where she did. I asked her later if she offered any other proofs of the theorem. “No,” she said. “We don't spend much time on the Pythagorean Theorem in the Honors class simply because they've learned it before.” edspresso search: Dewey letters John Dewey at edspresso, part 1 John Dewey at edspresso, part 2 John Dewey at edspresso, part 3 John Dewey has the stomach flu John Dewey at edspresso Letter #5 John Dewey at ktm John Dewey at ktm part 2 John Dewey experiences stomach flu John Dewey writes again johndewey -- CatherineJohnson - 11 Jul 2006 comments... WorldCupWinPart3 11 Jul 2006 - 21:19 CatherineJohnson It seems that Zidane will tell us on Thursday what the other player said. I look forward to it. Christian said, "I'd go with the N-word." I said the N-word wouldn't work, and Martine, or maybe Christopher, again raised the question of whether the other guy had insulted Zidane's mother.* "If somebody insulted my mother, I'd be head-butting them 'til the end of the game," Christian said. "No you wouldn't," I said. "You wait 'til after the game is over, then you head-butt them." Ed agreed. First win the game, then head-butt the other guy off school property. Victory first, revenge second. A core family value. Ed reported that one of the French newspapers, Le Figaro I think, had published a round-up of international commentary on Zidane and his head-butting. All of it was negative, except for the French press, which was sympathetic. As if on cue, Bernard Henri-Levy popped up in the Wall Street Journal this morning: PARIS--Here is one of the greatest players of all time, a legend, a myth for the entire planet, and universally acclaimed. Here is a champion who, in front of two billion people, was putting the final touches on one of the most extraordinary sagas in soccer's history. Here is a man of providence, a savior, who was sought out, like Achilles in his tent of grudge and rage, because he was believed to be the only one who could avert his countrymen's fated decline. Better yet, he's a super-Achilles who--unlike Homer's--did not wait for an Agamemnon (in the guise of coach Raymond Domenech) to come begging him to re-enlist; rather, he decided himself, spontaneously, after having "heard" a voice calling him, to come back from his Spanish exile and--putting his luminous armor back on, and flanked by his faithful Myrmidons (Makelele, Vieira, Thuram)--reverse the new Achaeans' ill fortune and allow them to successfully pull together. And then this valiant knight who is a hair's breadth from victory and just minutes from the end of a historic match (and of a career that will carry him into the Pantheon of stadium-gods after Pelé, Platini and Maradona); this giant who, like the Titans of the ancient world, has known Glory, then Exile, then Return and Redemption; this redeemer, this blue angel dressed in white, who had only the very last steps to scale to enter Olympus for good, commits a crazy incomprehensible act that amounts to disqualification from the soccer ritual--the final image of him that will go down in history and, in lieu of apotheosis, will cast him into hell. and so on and so forth until — The man's insurrection against the saint. A refusal of the halo that had been put on his head and that he then, quite logically, pulverized with a head-butt, as though saying: I am a living being not a fetish; a man of flesh and blood and passion, not this idiotic empty hologram, this guru, this universal psychoanalyst, natural child of Abbé Pierre and Sister Emanuelle, which soccer-mania was trying to turn me into. It was as though he were repeating, in parody, the title of one of the very great books of the last century, before the triumph of this liturgy of the body, performance and commodity: Ecce Homo, This is a Man. Yes, a man, a true man, not one of these absurd monsters or synthetic stars who are made by the money of brand names in combination with the sighs of the globalized crowd. Achilles had his heel. Zidane will have had his--this magnificent and rebellious head that brought him, suddenly, back into the ranks of his human brothers. Henri-Levy does not let the Italians off scot-free (I wonder what the origin of 'scot-free' could be?) — The only plausible explanation for so bizarrely scuttling everything--which, remember, let a lot of time go by (the 20 long seconds following the Italian Machiavelli's undoubtedly calculated outrage) This is the difference between Bernard Henri-Levy and me. If Bernard Henri-Levy wants to say the Italians cheated, he brings up Machiavelli. In my household nobody's talking about Machiavelli. No. In my household it's "the Italians cheated," "Italy is the country of the Mafia," and "the ref is from Brazil." I'm sure The New Dictionary of Cultural Literacy will fix that. ![]() Je Suis un Superstar: Bernard Henri Levy BOMB Bernard Henri-Levy with Frederic Tuten International Woman of Mystery: Arielle Dombasle Arielle Dombasle website a Canadian moment World Cup win World Cup win part 2 BHL weighs in coupdeboule read my lips html authoring in French * or Materazzi could have just called him a son of Harkis. It's going to be a long war. -- CatherineJohnson - 11 Jul 2006 comments... LightningLiterature 12 Jul 2006 - 01:06 CatherineJohnson Does anyone know anything about the Lightening Literature series? I joined the Core Knowledge Homeschooling list serve, because I need more email to not read, and one of the parents had just gotten the books and teacher's manual & thought they looked great. ![]() I am planning to get a post up about our summer activities around here, but until I do the 3 new books we're using are:
![]() ![]() ![]() -- CatherineJohnson - 12 Jul 2006 comments... HelpDeskNegativeTimesNegative 12 Jul 2006 - 18:29 CatherineJohnson I've just found achieve.org's standards for math K-8. They look good to me, but I trust everyone else's judgment better than my own. Skimming through, I stumbled over the explanation for why a negative times a negative must be a positive on page 7 of 25 in MAP Algebra Expectations: (pdf file) 6.11 Understand that the system of negative and positive numbers obeys and extends the laws governing positive numbers. 6.11a Understand why the product of two negative numbers must be positive. Since a negative number -a is defined by the equation -a + a = 0, the distributive law forces the product of two negative numbers to be positive. The 6 in 6.11 refers to 6th grade, btw. I wonder how many kids in Ms. K's Phase 4 class "understand why the product of two negative numbers must be positive"? I haven't spent too much time on this, but so far I can't follow achieve's demonstration of why the distributive property means a negative times a negative must be a positive. I do follow Dr. Math's explanation. In fact, this has long been one of my favorite Dr. Math pages, so I'm glad I found the URL again today. [I just noticed Dr. Math includes a proof as well as an explanation. I'll take a look at that.] Any thoughts on these two pages? What Does It Mean To Be Prepared for College? (or for Jobs in the High-Growth, High-Performance Workplace) American Educator summarizes the Achieve report here. The article is terrifically useful, a page to bookmark and commit to memory. By achieve's standards, I didn't go to high school. Or to college, either. The good news is that I'm just about there in math. I'm fine on language and communication. I just have to find time to read all the "18th- and 19th-century foundational works of American literature" nobody ever mentioned to me in my 20 years of formal education. Also, I have GOT to finally learn how to do freaking MIXTURE PROBLEMS. I do feel confident, skimming these standards, that Christopher will have this knowledge by the time he graduates high school. We'll keep hacking away at the math; the school will do a good job teaching literature; his reading, vocabulary, grammar, spelling, and punctuation are really coming along thanks to efforts on both fronts. Writing is still a question mark, but I'm thinking we'll be able to do useful reactive teaching with his writing assignments next year. We'll see. whatyouneedtoknowforcollege achievereport distributiveproperty negativetimesanegative -- CatherineJohnson - 12 Jul 2006 comments... MiddleSchoolBrainsAtWork 12 Jul 2006 - 20:41 CatherineJohnson [Abigail] Baird and her research colleagues, for instance, wanted to take a look at how adolescent brains deal with “counterfactual idea generation,” which involves imagining what might have been, given different circumstances or actions. They suspected the task would result in measurable functional differences between teens and adults because counterfactual idea generation is neurologically complex, challenging the brain’s capacity to analyze and anticipate consequences—not the strong suit of teenagers. For comparison purposes, a second type of thinking task was added to the experiment, calling for “simple idea generation,” at which adolescents and adults were expected to perform similarly. Baird recruited two sets of test subjects, adults and 14-year-olds. The 14-year-olds, accompanied by their parents, came from two Hanover-area middle schools where Baird teaches on a volunteer basis in the science curriculum. Adult subjects were recruited from Dartmouth’s medical and business schools, as well as surrounding communities. The simple and counterfactual tasks were presented in the form of scenarios, displayed on a computer screen inside the fMRI tube. As the subjects considered problems posed by each scenario, the machine tracked blood flow to identify the brain areas being used to generate solutions. Baird and her team also collected the solutions in order to evaluate the quality of each group’s problem-solving skills. Here’s one of the scenarios calling for simple idea generation: Daniel is a candidate for student council president. He is well known to students involved in sports, but not to students involved with other extracurricular activities. Come up with a list of things Daniel could do to improve his chances of winning the election. In their responses, adult and teen subjects listed similar strategies, including putting up campaign posters, making speeches and generally glad-handing around the school. There was no remarkable difference in their responses, according to Baird. Here’s one of the scenarios calling for counterfactual idea generation: Jason is babysitting his little brother, Rex. Jason decides he wants to have an adventure and climb on the garage roof. Rex insists on coming along, and even though Jason knows it is not safe, he gives in. Rex falls off the roof and breaks his arm. What could Jason have done differently? As expected, the adults and 14-year-olds responded differently. They also had notably different brain function, according to Baird. All of the subjects came up with alternatives they thought would keep Rex from harm. But the adults’ answers showed better judgment, a frontal lobe function. This was backed up by the fMRI scans. “There’s activity you don’t see in the kids going on in the adults’ frontal lobes,” says Baird. The as-yet-unpublished data suggest that while generating ideas, the adults simultaneously evaluated them, picking and choosing among various options to hone in on the best course of action. Besides having less activity in their frontal lobes, the 14-year-olds also took longer to solve the problem. “It’s almost as if they get stuck on what they have been presented with and do a lot of ‘I dunno’ type answers,” Baird says. “Then they come up with less practical solutions. That’s putting it mildly. One young test subject said the boys should have donned parachutes. Another suggested dragging mattresses outside to place them around the house so falls would be less likely to result in broken bones. A third suggested putting a rope around Rex. As for the adults, they crisply nixed the roof, then moved on to strategies Jason could use to distract Rex or deal with his disappointment in being denied the adventure. Baird says adult brains seem able to instantaneously picture consequences, then seamlessly switch to analysis of alternatives. By contrast, the teens in her experiment seemed to blow by the key decision point of the scenario—whether or not to go on the roof—because they were transfixed by the scenario’s most dramatic moment, Rex’s falls. Of course, I would have nixed the whole thing. No Rex-on-the-roof, no Jason-on-the-roof. Problem solved. also see: When do we grow up? Brain changes significantly after 18, says Dartmouth research ![]() Abigail Baird and Craig Bennett (Photo by Joseph Mehling '69) -- CatherineJohnson - 12 Jul 2006 comments... KidsAndTheirFrontalLobes 13 Jul 2006 - 02:30 CarolynJohnston Catherine's post, middle school brains at work, brought to mind an interaction I've had with Ben recently. He is attending a summer biking camp, and wanted very much to be allowed to ride his bike from his camp to my work after camp every day (he is at that age when he likes to pretend he doesn't know us when in public). Boulder is a pretty good (okay, great) place to be a biker; the whole town is crisscrossed with nice bike paths that pass under most of the major streets, and there are only two places Ben would need to cross the street. But still, I was uneasy. I'm a big believer in letting kids take on challenges they're ready for. But lately, some things that have happened have brought home the message to me, loud and clear, that Ben looks more ready for challenges than he is -- both episodes involved biking. The most recent one involved Ben taking a left turn in front of a car -- and getting pulled over by a panicked cop! (That's the sort of thing you're really glad, as a parent, to have heard about after it happened). So, after some soul-searching, I made the decision to go ahead and let Ben ride to work after camp. Before he comes, he is expected to give us a call so we know he is on his way. He's done it several days in a row now, and so far so good. But I know how this thing works; things go smoothly for a while, you let your guard down, and that's when something happens. Last night I asked Ben what he would do if he were on the bike path and he got a flat tire. "Ask someone for help," he said. "No," I said. "Patch the tire myself", he said. "If you can," I replied. "But if you can't, here's what I want you to do; lock the bike to a tree, and then walk to work and get me or Daddy." "WALK?" he said. "Yes, walk. Those are the options. Fix the bike if you think you can; lock it and walk to me, if you can't." Of course, with kids on the autism spectrum, you have to wiggle the parameters a little. What if he has a fall and wrecks his bike and hurts himself? Then it gets tricky. If he's hurt badly, he needs to be able to accept help on the spot. Where do I tell him to draw the line? Bernie once said that teaching Ben things is rather like programming a computer. With more severely affected autistic people, you can teach them very routine self-care and independence skills, such as taking the bus to work. But if any flexibility is required -- if the person gets on the wrong bus somehow -- your plans can unravel very quickly. In addition to teaching skills, you have to try to teach flexibility -- and the only way to do that is to program in a lot of 'if' statements. IF your bike breaks down, come to me and don't talk to strangers. But IF you have a wreck and you are hurt, ONLY THEN can you ask a stranger to call me on their cellphone so I can come and get you. So -- Catherine's post pointed out that the middle school brain doesn't foresee the unanticipated event. For kids on the autism spectrum, this is true in spades. And yet, you want them to be as independent as possible -- you want to teach flexibility if you can, in hopes that someday (like the 14-year-old babysitter's) their frontal lobes will eventually kick in. So I'm letting him take his bike ride, and discussing contingencies every night. Next -- he wants to start taking the bus to camp, and then to school. It's just getting scarier and scarier. -- CarolynJohnston - 13 Jul 2006 comments... CoupDeBoule 13 Jul 2006 - 20:47 CatherineJohnson here chorus: Zidane, il l’a tapé. Zidane, il l’a tapé. Zidane, il l’a tapé. Zidane, il l’a tapé. It's a huge hit in France. ![]() a Canadian moment World Cup win World Cup win part 2 BHL weighs in coupdeboule read my lips html authoring in French -- CatherineJohnson - 13 Jul 2006 comments... HelicopterParentsAtWikipedia 13 Jul 2006 - 23:25 CatherineJohnson I have just staged my first intervention at Wikipedia. Guess which section I wrote. -- CatherineJohnson - 13 Jul 2006 comments... ExpertPerformanceWhileBeingFemale 13 Jul 2006 - 23:45 CatherineJohnson Today's Wall Street Journal has a life-altering column from Sharon Begley: Ben Barres had just finished giving a seminar at the prestigious Whitehead Institute for Biomedical Research 10 years ago, describing to scientists from the Massachusetts Institute of Technology, Harvard and other top institutions his discoveries about nerve cells called glia. As the applause died down, a friend later told him, one scientist turned to another and remarked what a great seminar it had been, adding, "Ben Barres's work is much better than his sister's." There was only one problem. Prof. Barres, then as now a professor of neurobiology at Stanford University, doesn't have a sister in science. The Barbara Barres the man remembered was Ben. Prof. Barres is transgendered, having completed the treatments that made him fully male 10 years ago. The Whitehead talk was his first as a man, so the research he was presenting was done as Barbara. Being first a female scientist and then a male scientist has given Prof. Barres a unique perspective on the debate over why women are so rare at the highest levels of academic science and math: He has experienced personally how each is treated by colleagues, mentors and rivals. Based on those experiences, as well as research on gender differences, Prof. Barres begs to differ with what he calls "the Larry Summers Hypothesis," named for the former Harvard president who attributed the paucity of top women scientists to lack of "intrinsic aptitude." In a commentary in today's issue of the journal Nature, he writes that "the reason women are not advancing [in science] is discrimination" and the "Summers Hypothesis amounts to nothing more than blaming the victim." [snip] The top science and math student in her New Jersey high school, she was advised by her guidance counselor to go to a local college rather than apply to MIT. She applied anyway and was admitted. As an MIT undergraduate, Barbara was one of the only women in a large math class, and the only student to solve a particularly tough problem. The professor "told me my boyfriend must have solved it for me," recalls Prof. Barres, 51 years old, in an interview. "If boys were raised to feel that they can't be good at mathematics, there would be very few who were." Although Barbara Barres was a top student at MIT, "nearly every lab head I asked refused to let me do my thesis research" with him, Prof. Barres says. "Most of my male friends had their first choice of labs. And I am still disappointed about the prestigious fellowship I lost to a male student when I was a Ph.D. student," even though the rival had published one prominent paper and she had six. As a neuroscientist, Prof. Barres is also skeptical of the claim that differences between male and female brains might explain the preponderance of men in math and science. For one thing, he says, the studies don't adequately address whether those differences are innate and thus present from birth, or reflect the different experiences that men and women have. Harvard psychologist Steven Pinker, who defends the Summers Hypothesis, acknowledges that the existence of gender differences in values, preferences and aptitudes "does not mean that they are innate." The biggest recent revolution in neuroscience has been the discovery of the brain's "plasticity," or ability to change structure and function in response to experiences. "It's not hard to believe that differences between the brains of male and female adults have nothing to do with genes or the Y chromosome but may be the biological expression of different social settings," says biologist Joan Roughgarden of Stanford, who completed her own transgender transition in 1998. Jonathan Roughgarden's colleagues and rivals took his intelligence for granted, Joan says. But Joan has had "to establish competence to an extent that men never have to. They're assumed to be competent until proven otherwise, whereas a woman is assumed to be incompetent until she proves otherwise. I remember going on a drive with a man. He assumed I couldn't read a map." Actually, Ben Barres says there may be something to the stereotype that men are better map readers. The testosterone he received to become male improved his spatial abilities, he writes in Nature, though "I still get lost every time I drive." Still, there is little evidence that lack of testosterone or anything unique to male biology is the main factor keeping women from the top ranks of science and math, says Prof. Barres, a view that is widely held among scientists who study the issue. This column turned up on the same day my copy of The Cambridge Handbook of Expert Performance arrived. I'm taking this to be a hint from God or the universe, take your pick. Ericsson's research on expert performance shows that the brain changes when it becomes capable of expert performance in the expert's domain. That's why you can't predict elite performance from early ability. Mozart's brain when he became "Mozart" was different from Mozart's brain when he was 2. This is true of all experts, as I understand it, not just of the Mozarts amongst us. The London cabbie who can remember every street, major building, and open space within a 10-km radius undergoes the same change (again, this is as I understand the research at this point). Elite performance happens after 10 years of sustained deliberate practice — "deliberate practice" meaning the kind of practice you can do when you've got the best coach or teacher in the world telling you how to practice. Without that coach, your chance of rising to elite performance appears to be slim. You have to work with the best. (caveat: I'm just wading into this material. I don't know whether Ericsson and his colleagues have looked at auto-didacts, or how much material they've been able to collect on figures like Mozart and the teachers with whom they worked.) This material may imply that the "dumb boy" environment of public schools isn't as lethal to boys as the "dumb girl" environment may have been to girls — at least not when it comes to elite performers like Barres. For elite performers the teachers and trainers who count are probably the people at the top of the profession, not school teachers in K-12. At least, that makes sense to me. more synchronicity This weekend I finally cleared out one of the boxes of papers we have stashed in the garage awaiting my attention. Andrew had dumped it out on the floor, so I decided just to sort through it then and there. Inside the pile I found a story I saved to read 6 years ago, in 2000. It's the Scientific American profile of Lynn Conway, who began life as a computer scientist and then had to start all over again when he became a woman. (This is an excerpt; I haven't found the whole article posted online. The LA Times profile of Lynn Conway is available on her webpage.) Apparently God or the universe wants me to have plenty of ammunition when Ed and I tackle Irvington Middle School's cherished gatekeeping mission later on this summer. More on that anon. more on brain change and expert performance, too ![]() She went to Dartmouth! He, Once a She, Offers Own View On Science Spat By SHARON BEGLEY July 13, 2006; Page B1 Transgender scientist defends women scientists -- CatherineJohnson - 13 Jul 2006 comments... ReadMyLips 14 Jul 2006 - 14:59 CatherineJohnson from the Wall Street Journal: PARIS -- The World Cup is over and Italy won. But the most gripping global sporting drama of the moment rumbled on in Paris last night: A Frenchman known to his fans as "God" [ed.: this makes BHL sound slightly less demented] went on television to explain why he rammed his shaved head into the chest of an Italian nicknamed "the animal." " Watched by spellbound fans across France and then flashed around the world, the television appearance of Zinédine Zidane was the latest episode in a fiercely fought international competition: trying to figure out why France's star soccer player blew his top during Sunday's World Cup final. The contest has featured lip readers, sociologists, philosophers and novelists .... Mr. Zidane, appearing on France's Canal Plus pay-TV, said his quarrel with Italian defender Marco Materazzi began when the Italian tugged his shirt 10 minutes from the end of the 30-minute overtime. Mr. Materazzi, according to Mr. Zidane, then insulted his mother and sister. "These were words that touched the deepest part of me," said the 34-year-old Frenchman, seeking to explain why he had head-butted the Italian and got himself thrown out of the game, the last of his long and brilliant career. "I would rather have taken a punch in the jaw than have heard that."
a Canadian moment World Cup win World Cup win part 2 BHL weighs in coupdeboule read my lips html authoring in French -- CatherineJohnson - 14 Jul 2006 comments... CollegeBoardOnHelicopterParents 14 Jul 2006 - 16:39 CatherineJohnson Is it possible to murder a meme? This is my question. I've just emailed the College Board, and I hope you will, too: I would like to request that you remove your advice to "helicopter parents" from the website. The expression "helicopter parent" is a pejorative term for parents created by school personnel and popularized by the media. It is a stereotype. In my own experience with K-12 education, the term is typically used to ward off parent demands for accountability. I find the term offensive, as does every parent I know. Moreover, parents are now coopting the term by identifying themselves as helicopter parents, wearing helicopter parent t-shirts, and so on. I assume the college board doesn't use negative stereotypes to characterize students, professors, or college personnel. It's time to recognize the hostile intent behind the creation of "helicopter parent" and remove it from your webpage. Thank you. Send a Message to the College Board helicopter parents at Wikipedia official Wikipedia policies article deletion nominations at Wikipedia -- CatherineJohnson - 14 Jul 2006 comments... EarlyAdopter 14 Jul 2006 - 19:37 CatherineJohnson 7-14-2006 Friday I've started Jimmy, Christopher & me on the Shangri-La Diet. It's amazing for me thus far. I've eaten, today:
update 7-15-2006 Finished out the day with calories somewhere in the 1500 range. Very low for me. I lose weight on 1800/day, and that's without the 4-mile hike to and from camp every morning. Hungry this morning, though. Jimmy's nighttime bingeing seems to have vanished. No visible effect on Christopher, so it may be back to Trim Kids for him. (Fantastic book - wonderful. Every pediatrician should have a copy.) ELOO coming up at 10:15 am. I don't understand Roberts' theory particularly well, and I found the brief chapter at the end of the book describing the animal experiments confusing. Haven't finished the book; perhaps all will be clear when I do. (update 7-27-06: yup. Final chapter makes more sense when read after preceding chapters.) Roberts has posted excerpts here and there's a goldmine of peer-reviewed papers here. The paper to read is probably Roberts' unpublished What Makes Food Fattening? A Pavlovian Theory of Weight Control (pdf file) The theory seems to boil down to this:
I'm inclined to think both that Roberts' diet works, and that his theory of why it works is correct, because of an experience I had a couple of years ago. I persuaded our family psychiatrist to give me a trial of Aricept, a medication for Alzheimer’s patients, to see whether it would improve normal middle-aged memory loss. I wanted to go back to being the kind of person who remembers where she left her car keys and never forgets Robert Loggia's name. (My neighbor says she forgot Norman Rockwell's name the other day. Just now, when I decided to reveal to the universe that my neighbor forgot Norman Rockwell's name, I couldn't remember Norman Rockwell's name, either.* Hence, Aricept.) Within two weeks of starting Aricept I had a severe alteration in taste perception. All food tasted terrible. Water, too. I stopped the drug, but the side effect persisted for 6 months. During the first weeks I barely ate at all. I may have been consuming as few as 200 calories a day, 200 to 500 max. I drank only tiny amounts of water. Here’s the part that’s consistent with Roberts' theory: I felt no hunger whatsoever. Eating 500 calories a day, I felt full. The instant I lost my normal sense of taste, I also lost my normal sense of hunger. I lost my normal sense of thirst as well (which doesn’t seem consistent with his theory). At the time we all were puzzled by this. Why wasn’t I ravenously hungry? It’s probably accurate to say that I was starving; I was dropping pounds by the day. I began to wonder whether people who are starving due to lack of available food also feel no hunger. I was extremely thin — too thin — for 6 months. I felt fine, and I never, ever felt hungry. I missed food. I missed the taste of food and I missed being able to enjoy food. But I wasn’t hungry. Roberts' diet is based on a connection between hunger and the taste of food. So I'm thinking the diet just might work. (And see The Monkey Chow Diaries. Apparently this guy was plenty hungry. Caught on tape.) Unanswered question: would the diet work for "stress eating," "emotional eating," and eating disorders? Roberts doesn't know. I did see one positive post by a person with an eating disorder. And many, many people say they've stopped thinking about food all day. I'm a stress eater myself, although I don't do enough stress eating to become overweight, and there was no possible way I could engage in any stress eating at all when food tasted bad. But that doesn't tell me anything about Roberts' diet, or about people who do enough stress eating to gain lots of weight. native population of Shangri-La These seem to be the early adopter - slash - leaders of the Shangri-La folk:
update: I just read Swartz. His "future without fat" reminds me of my sister-in-law's reaction to the possibility of a terrorist attack via smallpox. For survivors, apparently, smallpox is a hideously disfiguring disease. My sister-in-law said, "Well, the good news is we'll all be as good-looking as Cindy Crawford." My sister-in-law is a nurse-practitioner. ![]() * full disclosure: I'm not 100% positive Norman Rockwell is the name she forgot The Shangri-La Diet at Amazon Seth Roberts website Shangri La diet in freakonomics Shangri La diet part 2 early adopter diet, evolution of the brain, & McDonalds Marginal Revolution on Shangri La your own lying eyes progress report 7-23-06 Jimmy 7-24-06 mind hacks & Shangri-La 7-26-06 7-29-06 update my life and welcome to it - 8-6-06 - success compare and contrast photo op 8-12-06 9-12-06 update 9-17-06 Jimmy is melting 10-4-2006 Dr. Erika's olive oil diet works, too shangrila -- CatherineJohnson - 14 Jul 2006 comments... DanielCaseWikiEnforcer 15 Jul 2006 - 11:21 CatherineJohnson This person appears to be a parent. Also a deletionist. -- CatherineJohnson - 15 Jul 2006 comments... JohnSaxonPrefaceAlgebra2 15 Jul 2006 - 15:23 CatherineJohnson Preface to Saxon Algebra 2 This is the second edition of the second book in an integrated three-book series designed to prepare students for calculus. In this book we continue the study of topics from algebra and geometry and begin our study of trigonometry. Mathematics is an abstract study of the behavior and interrelationships of numbers. In Algebra 1, we found that algebra is not difficult—it is just different. Concepts that were confusing when first encountered became familiar concepts after they had been practiced for a period of weeks or months—until finally they were understood. Then further study of the same concepts caused additional understanding as totally unexpected ramifications appeared. And, as we mastered these new abstractions, our understanding of seemingly unrelated concepts became clearer. Thus mathematics does not consist of unconnected topics that can be filed in separate compartments, studied once, mastered, and then neglected. Mathematics is like a big ball made of pieces of string that have been tied together. Many pieces touch directly, but the other pieces are all an integral part of the ball, and all must be rolled along together if understanding is to be achieved. A total assimilation of the fundamentals of mathematics is the key that will unlock the doors of higher mathematics and the doors to chemistry, physics, engineering, and other mathematically based disciplines. In addition, it will also unlock the doors to the understanding of psychology, sociology, and other nonmathematical disciplines in which research depends heavily on mathematical statistics. Thus, we see that mathematical ability is necessary in almost any field of endeavor. Thus, in this book we go back to the beginning –to signed numbers—and then quickly review all of the topics of Algebra 1 and practice these topics as we weave in more advanced concepts. We will also practice the skills that are necessary to apply the concepts. The applicability of some of these skills, such as completing the square, deriving the quadratic formula, simplification of radicals, and complex numbers, might not be apparent at this time, but the benefits of having mastered these skills will become evident as our education continues. We will continue our study of geometry in this book. Lessons on geometry appear at regular intervals, and one or two geometry problems appear in every homework problem set. We begin our study of trigonometry in Lesson 43 when we introduce the fundamental trigonometric ratios—the sine, cosine, and tangent. We will practice the use of these ratios in every problem set for the rest of the book. The long-term practice of the fundamental concepts of algebra, geometry, and trigonometry will make these concepts familiar concepts and will enable an in-depth understanding of their use in the next book in the series, a pre-calculus book entitled Advanced Mathematics. Problems have been selected in various skill areas, and these problems will be practiced again and again in the problem sets. It is wise to strive for speed and accuracy when working these review problems. If you feel that you have mastered a type of problem, don’t skip it when it appears again. If you have really mastered the concept, the problem should not be troublesome; you should be able to do the problem quickly and accurately. If you have not mastered the concept, you need the practice that working the problem will provide. You must work every problem in every problem set to get the full benefit of the structure of this book. Master musicians practice fundamental musical skills every day. All experts practice fundamentals as often as possible. To attain and maintain proficiency in mathematics, it is necessary to practice fundamental mathematical skills constantly as new concepts are being investigated. And, as in the last book, you are encouraged to be diligent and to work at developing defense mechanisms whose use will protect you against every humans’ seemingly uncanny ability to invent ways to make mistakes. One last word. There is no requirement that you like mathematics. I am not especially fond of mathematics—and I wrote the book—but I do love the ability to pass through doors that knowledge of mathematics has unlocked for me. I did not know what was behind the doors when I began. Some things I found there were not appealing while others were fascinating. For example, I enjoyed being an Air Force test pilot. A degree in engineering was a requirement to be admitted to test pilot school. My knowledge of mathematics enabled me to obtain this degree. At the time I began my study of mathematics, I had no idea that I would want to be a test pilot or would ever need to use mathematics in any way. I thank Tom Brodsky for his help in selecting geometry problems for the problem sets. I thank Joan Coleman and David Pond for supervising the preparation of the manuscript. I thank Margaret Heisserer, Scott Kirby, John Chitwood, Julie Webster, Smith Richardson, Tony Carl, Gary Skidmore, Tim Maltz, Jonathan Maltz, and Kevin McKeown for creating the artwork, typesetting, and proofreading. I again thank Frank Wang for his valuable help in getting the first edition of this book finalized and publisher Bob Wroth for his help in getting the first edition published. John Saxon Norman, Oklahoma Beautiful. The third editions of the Saxon books seem to have done away with John Saxon's prefaces; at least, that's the case with the 3rd edition of Algebra 1/2. Thanks to our ktm Book Fairy, I have a copy of the 2nd edition of Algebra 1/2, so I'll post that preface, too. The books themselves don't seem to have been changed in other bad direction. If you're interested in buying the 2nd edition, though, Rainbow Resource seems still to have them. So does Seton Books. I'm sure other homeschooling stores do as well. Wilfried Schmid on procedures and understanding ''I'm a professional mathematician, and I myself very often use mathematical methods that I understand only imprecisely,'' he said. ''It is while I use them that I begin to understand. After a while, the use and the understanding are mutually supporting.'' Carolyn on procedures and understanding Carolyn has said more than once that she believes in teaching procedures first. Conceptual understanding follows. (I can't find any of her posts on this, so if I've misremembered I'll delete this.) I was always a little skeptical of this, although my working assumption is that where Carolyn and I disagree, Carolyn is right. I've now spent enough time working my way through Saxon to see what Saxon, Schmid, and Carolyn are talking about. When you practice a procedure you don't understand over and over and over again, at some point it "naturalizes." It seems right and inevitable. And it makes sense. John Saxon stresses this idea in book after book. Math isn't hard; it's different. It's unfamiliar. When you've done so much math that it no longer seems strange, it starts to seem easy — or at least not harder than other subjects. Of course, the irony is that this naturalizing process leaves me unable to explain procedures to someone for whom math is still strange. It does, however, make me understand why "math brains" tend to say things like, "It just is" when I ask for an explanation! I'll add that Saxon (and probably Carolyn & Schmid, too) rarely teaches a concept stripped of all meaning or explanation — though he does do so far more often in Algebra 1 than in the earlier books. A student using Algebra 1 must take a lot on faith. If nothing else, meaning helps memory; it's easier to remember a procedure you understand. (I have references for this observation, but don't want to spend the time to dig them up just now.) I'd be willing to bet that meaning increases student motivation, too. I recall Steve H saying that students always want an explanation if they can get one. (Steve - am I remembering that correctly?) Every one of Saxon's explanations in 6-5 through 7-6 has been pure pleasure to read, and has made me want to learn more math. In contrast, my motivation sometimes flags as I work with Saxon's highly abstract Algebra 1, my motivation sometimes flags. In short, I think it's probably always good to try to teach some conceptual understanding along with procedure. I also think, after living through Ms. K's Phase 4 math class, that it's essential to include mini word problems — although Saxon does not do so in Algebra 1. But John Saxon can get away with it, because he's a genius math textbook writer. If you're not a genius math text writer, or a genius math teacher, you can't. Nevertheless, these caveats aside, math is first and foremost something people do. Barry says that constructivist math ends up teaching math appreciation, not math, and I agree. Teach procedures supported by meaning where possible, and, where not possible, teach the procedure and practice it to mastery. Understanding will follow as "totally unexpected ramifications appear." ![]() John Saxon & John von Neumann on math preface to Saxon Algebra 2 -- CatherineJohnson - 15 Jul 2006 comments... ShortStoryByVernWilliams 15 Jul 2006 - 19:21 CatherineJohnson One night I walked into the 43/8 dimension and actually believed the following:
cont'd ![]() National Mathematics Advisory Panel (nationalmathematicsadvisorypanel) -- CatherineJohnson - 15 Jul 2006 comments... SaxonPlacementGuide 16 Jul 2006 - 21:01 CatherineJohnson ![]() source: Saxon Publishers placement test for Algebra 1 (pdf file) I came across a ktm post from September 30 2005 reporting that I was starting the final chapter in Russian Math and had flunked the Algebra 1 placement test for Saxon Math. Here's today's progress report, 9-30-05 — 7-16-2006:
Now that Christopher has replaced his daily KUMON worksheets with daily Saxon Algebra 1/2, I'm reading through 1/2 as well, partly to make sure I didn't skip anything I need to practice, and partly for the pleasure of encountering John Saxon's take on topics I already know. The familiar made strange. UPDATE 10-14-2006: Christopher is making his way very slowly through Algebra 1/2. Maybe 20 lessons thus far. Algebra 1 integrates algebra and geometry, though without proofs. I'll start Saxon Algebra 2 3rd edition in September. Seeing as how I acidentally paid for a month of ALEKS when we did our assessments, I think I'll check out their statistics course. -- CatherineJohnson - 16 Jul 2006 comments... ThePriceOfFoodInShangriLa 17 Jul 2006 - 18:27 CatherineJohnson We’ve gotten into a counting-your-chickens-before-they’re-hatched mode around here. I wish we wouldn't do that, but we have. Yesterday was Day Three on the Shangri-La diet, and nobody was eating anything. Today is even more dramatic. For “lunch” I had a stalk of celery. Now I’m choking down a can of tuna fish because I feel like I ought to have some protein. It tastes like paper, and I feel like I’ve eaten a horse. Part of a horse, anyway. I’ve developed my own way of understanding the diet, which I think probably meshes with Roberts’ ideas. Here’s Roberts: It’s no great puzzle why our weight-regulation system works this way. It is a system designed to stock up on energy (calories)—that is, make us fatter—when food is plentiful and to reduce the amount of energy stored—make us thinner—when food is scarce. This is the way any sensible commodity storage system works. I stock up on paper towels when they are cheap and use what I have when they are expensive. Grain elevators store grain when it is cheap. The stored grain is sold when it is more expensive. source: That image works pretty well, but I think he should have explained it in terms of the cost to an animal (or a person) of finding food when food is scarce: Scientific interest in the evolution of human nutritional requirements has a long history. But relevant investigations started gaining momentum after 1985, when S. Boyd Eaton and Melvin J. Konner of Emory University published a seminal paper in the New England Journal of Medicine entitled “Paleolithic Nutrition.” They argued that the prevalence in modern societies of many chronic diseases—obesity, hypertension, coronary heart disease and diabetes, among them—is the consequence of a mismatch between modern dietary patterns and the type of diet that our species evolved to eat as prehistoric hunter-gatherers. Since then, however, understanding of the evolution of human nutritional needs has advanced considerably—thanks in large part to new comparative analyses of traditionally living human populations and other primates— and a more nuanced picture has emerged. We now know that humans have evolved not to subsist on a single, Paleolithic diet but to be flexible eaters, an insight that has important implications for the current debate over what people today should eat in order to be healthy. source: Please note: all the Paleolithic diet stuff is wrong. According to William Leonard. To appreciate the role of diet in human evolution, we must remember that the search for food, its consumption and, ultimately, how it is used for biological processes are all critical aspects of an organism’s ecology. The energy dynamic between organisms and their environments— that is, energy expended in relation to energy acquired—has important adaptive consequences for survival and reproduction. These two components of Darwinian fitness are reflected in the way we divide up an animal’s energy budget. Maintenance energy is what keeps an animal alive on a day-to-day basis. Productive energy, on the other hand, is associated with producing and raising offspring for the next generation. For mammals like ourselves, this must cover the increased costs that mothers incur during pregnancy and lactation. The type of environment a creature inhabits will influence the distribution of energy between these components, with harsher conditions creating higher maintenance demands. Nevertheless, the goal of all organisms is the same: to devote sufficient funds to reproduction to ensure the long-term success of the species. Thus, by looking at the way animals go about obtaining and then allocating food energy, we can better discern how natural selection produces evolutionary change. The point: animals don't just eat to live. They also eat to reproduce. All animals must take in enough calories, efficiently enough, to keep themselves and the species alive. Leonard's argument has to do with the evolution of the human brain, a highly expensive organ to operate: NO SOONER HAD humans perfected their stride than the next pivotal event in human evolution—the dramatic enlargement of the brain—began. According to the fossil record, the australopithecines never became much brainier than living apes, showing only a modest increase in brain size, from around 400 cubic centimeters four million years ago to 500 cubic centimeters two million years later. Homo brain sizes, in contrast, ballooned from 600 cubic centimeters in H. habilis some two million years ago up to 900 cubic centimeters in early H. erectus just 300,000 years later. The H. erectus brain did not attain modern human proportions (1,350 cubic centimeters on average), but it exceeded that of living nonhuman primates. From a nutritional perspective, what is extraordinary about our large brain is how much energy it consumes—roughly 16 times as much as muscle tissue per unit weight. Yet although humans have much bigger brains relative to body weight than do other primates (three times larger than expected), the total resting energy requirements of the human body are no greater than those of any other mammal of the same size. We therefore use a much greater share of our daily energy budget to feed our voracious brains. In fact, at rest brain metabolism accounts for a whopping 20 to 25 percent of an adult human’s energy needs—far more than the 8 to 10 percent observed in nonhuman primates, and more still than the 3 to 5 percent allotted to the brain by other mammals. Here is the section that jibes with Roberts' ideas: [B]rain expansion almost certainly could not have occurred until hominids adopted a diet sufficiently rich in calories and nutrients to meet the associated costs. Comparative studies of living animals support that assertion. Across all primates, species with bigger brains dine on richer foods, and humans are the extreme example of this correlation, boasting the largest relative brain size and the choicest diet [see “Diet and Primate Evolution,” by Katharine Milton; SCIENTIFIC AMERICAN, August 1993]. According to recent analyses by Loren Cordain of Colorado State University, contemporary hunter-gatherers derive, on average, 40 to 60 percent of their dietary energy from animal foods (meat, milk and other products). Modern chimps, in comparison, obtain only 5 to 7 percent of their calories from these comestibles. Animal foods are far denser in calories and nutrients than most plant foods. For example, 3.5 ounces of meat provides upward of 200 kilocalories. But the same amount of fruit provides only 50 to 100 kilocalories. And a comparable serving of foliage yields just 10 to 20 kilocalories. It stands to reason, then, that for early Homo, acquiring more gray matter meant seeking out more of the energy-dense fare. Fossils, too, indicate that improvements to dietary quality accompanied evolutionary brain growth. All australopithecines had skeletal and dental features built for processing tough, low-quality plant foods. The later, robust australopithecines— a dead-end branch of the human family tree that lived alongside members of our own genus—had especially pronounced adaptations for grinding up fibrous plant foods, including massive, dish-shaped faces; heavily built mandibles; ridges, or sagittal crests, atop the skull for the attachment of powerful chewing muscles; and huge, thickly enameled molar teeth. (This is not to say that australopithecines never ate meat. They almost certainly did on occasion, just as chimps do today.) In contrast, early members of the genus Homo, which descended from the gracile australopithecines, had much smaller faces, more delicate jaws, smaller molars and no sagittal crests—despite being far larger in terms of overall body size than their predecessors. Together these features suggest that early Homo was consuming less plant material and more animal foods. As to what prompted Homo’s initial shift toward the higher-quality diet necessary for brain growth, environmental change appears to have once more set the stage for evolutionary change. The continued desiccation of the African landscape limited the amount and variety of edible plant foods available to hominids. Those on the line leading to the robust australopithecines coped with this problem morphologically, evolving anatomical specializations that enabled them to subsist on more widely available, difficultto- chew foods. Homo took a different path. As it turns out, the spread of grasslands also led to an increase in the relative abundance of grazing mammals such as antelope and gazelle, creating opportunities for hominids capable of exploiting them. H. erectus did just that, developing the first hunting-and-gathering economy in which game animals became a significant part of the diet and resources were shared among members of the foraging groups. Signs of this behavioral revolution are visible in the archaeological record, which shows an increase in animal bones at hominid sites during this period, along with evidence that the beasts were butchered using stone tools. Big people with big brains need to eat: [N]ew discoveries indicate that H. erectus hit the ground running, so to speak. Rutgers University geochronologist Carl Swisher III and his colleagues have shown that the earliest H. erectus sites outside of Africa, which are in Indonesia and the Republic of Georgia, date to between 1.8 million and 1.7 million years ago. It seems that the first appearance of H. erectus and its initial spread from Africa were almost simultaneous. The impetus behind this newfound wanderlust again appears to be food. What an animal eats dictates to a large extent how much territory it needs to survive. Carnivorous animals generally require far bigger home ranges than do herbivores of comparable size because they have fewer total calories available to them per unit area. Large-bodied and increasingly dependent on animal foods, H. erectus most likely needed much more turf than the smaller, more vegetarian australopithecines did. Using data on contemporary primates and human hunter-gatherers as a guide, Robertson, Susan C. Antón of Rutgers University and I have estimated that the larger body size of H. erectus, combined with a moderate increase in meat consumption, would have necessitated an eightfold to 10-fold increase in home range size compared with that of the late australopithecines—enough, in fact, to account for the abrupt expansion of the species out of Africa. Big people with big brains need to eat a huge amount of food if they're living up north: As humans moved into more northern latitudes, they encountered new dietary challenges. The Neandertals, who lived during the last ice ages of Europe, were among the first humans to inhabit arctic environments, and they almost certainly would have needed ample calories to endure under those circumstances. Hints at what their energy requirements might have been come from data on traditional human populations that live in northern settings today. The Siberian reindeer-herding populations known as the Evenki, which I have studied with Peter Katzmarzyk of Queen’s University in Ontario and Victoria A. Galloway of the University of Toronto, and the Inuit (Eskimo) populations of the Canadian Arctic have resting metabolic rates that are about 15 percent higher than those of people of similar size living in temperate environments. The energetically expensive activities associated with living in a northern climate ratchet their caloric cost of living up further still. Indeed, whereas a 160-pound American male with a typical urban way of life requires about 2,600 kilocalories a day, a diminutive, 125-pound Evenki man needs more than 3,000 kilocalories a day to sustain himself. Using these modern northern populations as benchmarks, Mark Sorensen of Northwestern University and I have estimated that Neandertals most likely would have required as many as 4,000 kilocalories a day to survive. That's a lot of food, especially when you have to forage, hunt, kill, and cook it all yourself. The prime directive: With the advent of agriculture, humans began to manipulate marginal plant species to increase their productivity, digestibility and nutritional content— essentially making plants more like animal foods. This kind of tinkering continues today, with genetic modification of crop species to make “better” fruits, vegetables and grains. Similarly, the development of liquid nutritional supplements and meal replacement bars is a continuation of the trend that our ancient ancestors started: gaining as much nutritional return from our food in as little volume and with as little physical effort as possible. In short, we evolved to: a) recognize that a Big Mac is an incredibly efficient source of energy and b) prefer the richest, most calorie dense foods available in the environment to, say, a celery stalk: Too often modern health problems are portrayed as the result of eating “bad” foods that are departures from the natural human diet—an oversimplification embodied by the current debate over the relative merits of a high-protein, high-fat Atkins type diet or a low-fat one that emphasizes complex carbohydrates. This is a fundamentally flawed approach to assessing human nutritional needs. Our species was not designed to subsist on a single, optimal diet. What is remarkable about human beings is the extraordinary variety of what we eat. We have been able to thrive in almost every ecosystem on the earth, consuming diets ranging from almost all animal foods among populations of the Arctic to primarily tubers and cereal grains among populations in the high Andes. Indeed, the hallmarks of human evolution have been the diversity of strategies that we have developed to create diets that meet our distinctive metabolic requirements and the ever increasing efficiency with which we extract energy and nutrients from the environment. The challenge our modern societies now face is balancing the calories we consume with the calories we burn. back to Shangri-La Leonard's overview of his research: The characteristics that most distinguish humans from other primates are largely the results of natural selection acting to improve the quality of the human diet and the efficiency with which our ancestors obtained food. I read Leonard's article a couple of years ago, and was riveted. Big brains are expensive! We evolved to dream up a thing like McDonald's in the first place and then binge on fries 'til we explode once we did — that's what we're supposed to do! Rereading it in light of Shangri-La, I'm riveted all over again. For the moment — until the diet flops & we all go back to counting calories and/or feeling guilty that we're not counting calories — the way I see hunger, appetite, & weight gain is this:
AND — this is what I take from Roberts —
I've bypassed skepticism on Shangri-La because of what I think (or hope) is converging lines of evidence. Roberts' observations fit with what I know about animals (it's hard to make an animal overweight on purpose - farmers have struggled with this for years); with autistic eating disorders (more on that later); and with my own experience of losing appetite after losing a normal sense of taste. As to this last.....I'm not the only person I know who's lost weight after losing her sense of taste. A couple of years ago one of the moms at Jimmy's autism school was struck by a car, leaving her with head injuries. (Life does pile it on. Four kids, autism, and now a head injury.) I haven't talked to her since the accident, but a friend of hers told me that she'd made a tremendous recovery; everyone was incredibly relieved. The one area of lasting damage appeared to be her sense of taste, which had basically been destroyed. She couldn't taste food. Here's the interesting part in terms of Roberts: she had lost huge amounts of weight as a result. Before the accident she was a normal weight; now she was slim. Like me, she told people that she missed food. She longed to eat a hamburger and have it taste like a hamburger. But she wasn't hungry enough to eat a hamburger that didn't taste like a hamburger. Well, I may be back here in a couple of weeks crossing everything out...... we'll probably eat celery and tuna for 3 days, then binge on Carvel. I hope not. UPDATE 7-27-06: nope, no bingeing on Carvel, & no desire to, either. So far, so good. ![]() The Human Biology of Pastoral Populations edited by William R. Leonard The Shangri-La Diet at Amazon Seth Roberts website Shangri La diet in freakonomics Shangri La diet part 2 early adopter diet, evolution of the brain, & McDonalds Marginal Revolution on Shangri La your own lying eyes progress report 7-23-06 Jimmy 7-24-06 mind hacks & Shangri-La 7-26-06 7-29-06 update my life and welcome to it - 8-6-06 - success compare and contrast photo op 8-12-06 9-12-06 update 9-17-06 Jimmy is melting 10-4-2006 Dr. Erika's olive oil diet works, too huntgrunt shangrila -- CatherineJohnson - 17 Jul 2006 comments... MarginalRevolutionOnShangriLa 17 Jul 2006 - 20:46 CatherineJohnson This is fabulous — [T]he Shangri-La Diet isn't really a diet, it's a method of suppressing appetite. Roberts argues that the body follows a simple heuristic - when calories are tasty they must be plentiful so turn up the appetite and stock up when the fruit is on the tree. But if calories taste like cardboard then times must be bad (why else would you be eating cardboard?) so turn the appetite down and use up those fat stores. I wish I'd written that. The Shangri-La Diet at Amazon Seth Roberts website Shangri La diet in freakonomics Shangri La diet part 2 early adopter diet, evolution of the brain, & McDonalds Marginal Revolution on Shangri La your own lying eyes progress report 7-23-06 Jimmy 7-24-06 mind hacks & Shangri-La 7-26-06 7-29-06 update my life and welcome to it - 8-6-06 - success compare and contrast photo op 8-12-06 9-12-06 update 9-17-06 Jimmy is melting 10-4-2006 Dr. Erika's olive oil diet works, too shangrila -- CatherineJohnson - 17 Jul 2006 comments... NettersAtlasOfHumanNeuroscience 18 Jul 2006 - 21:30 CatherineJohnson I have spent my entire day trying to track down a decent introductory atlas of the brain. This took hours, and I still don't know whether I ordered the right books. Just in case I did order the right books, and any of you happens [grammar alert! any of you happens, or any of you happen??] to be in the market for an introductory atlas of the brain, here they are:
This is the kind of illustration I need: ![]() Figure 1. The Human Hippocampus. The hippocampus is a C-shaped structure that curls from the temporal lobe in towards the center of the brain. It is one part of the limbic system, a group of brain structures that are associated with emotion, learning, and memory. brainconnection Too bad they haven't got anything to say about the striatum. ![]() Dr. Netter ![]() Netter's Atlas of Human Neuroscience Elsevier Table of Contents ![]() Frontal-Subcortical Circuits in Psychiatric and Neurological Disorders Guilford ![]() -- CatherineJohnson - 18 Jul 2006 comments... PicturesOfNumbers 18 Jul 2006 - 22:33 CatherineJohnson This blog looks fantastic. good grief More synchronicity. This is becoming a daily occurrence. I just pulled up my two-year old Excel chart for Jimmy's weight, and today I find a blog with a post called Fixing Excel's Charts. I'm going to pretend this didn't happen. -- CatherineJohnson - 18 Jul 2006 comments... JohnTierneyOnPublicVsPrivate 19 Jul 2006 - 14:38 CatherineJohnson I love John Tierney ($): Thanks to a new federal report comparing public and private schools, there’s no doubt that public schools have one huge advantage: the leaders of their unions are unrivaled masters of spin. They didn’t merely celebrate the report’s release on Friday, they complained that the Bush administration tried to bury it by releasing it for the weekend. They spun so well that the report was treated as a public-school triumph that “casts doubt on the value of voucher programs,” as The Wall Street Journal described it. But if anything, the report from the Education Department did just the opposite. It concluded, after compensating for socioeconomic differences and other factors, that public-school students score slightly better on tests in fourth grade, while private-school students score slightly better in eighth grade. Given a choice, would you rather be ahead in the fourth inning or later in the game? But even if you ignore that trend, even if you focus on the overall similarity of the scores in both types of school, that’s still bad news for public schools. Their students ought to be scoring higher if you believe in the unions’ favorite prescription for improving education: more money. Most private schools are not places like Exeter or Dalton. They’re Catholic parochial schools and others on lean budgets. According to federal surveys, the typical private school’s tuition is only about half what a public school spends per pupil. The public schools are spending more even if you exclude their expenses for special education, buses, lunch programs and central administration, as William Howell and Paul Peterson found in a study of New York elementary schools. The political scientists calculated that the public schools were still spending twice as much per pupil as were the Catholic schools in New York. General Motors would not celebrate the news that its $40,000 Cadillac performed almost as well as a $20,000 Honda. It would not have its dealers put up signs reading: “Why Pay Less? Our Cars Are Nearly As Good.” My best friend's husband used to say their family motto was, "Why pay less?" Their two kids, may I add, were superbly educated in Catholic schools in Los Angeles. Their son is going to Occidental, I think; their daughter will enter Yale come fall. The top tuition they paid - and this is for Catholic schools in Los Angeles, where costs aren't low, may finally have hit $12,000 or perhaps even $14,000 in the last two years of their daughter's high school education. This was the most elite Catholic girls' high school in the city - the equivalent of Exeter or Andover. Their daughter blew away the SAT on her first try with no tutoring; this year she's doing the same thing with her AP calculus course, again with no tutoring and no help from home. She's a very bright girl - both her parents are super-smart (dad writes sci fi!). But she has been superbly educated for far less money than kids here in my town, where per-pupil spending at the high school level rises to $21,000. Their son took college calculus last year - again, this is with no tutoring or "help with homework" at home. My friend said he found it difficult, but he did fine. Both of their kids learned all the math they needed to learn at school. Eduwonk's take is here. He also makes this observation, which is something we've talked about at ktm: One thought: Keep an eye on math scores more than reading scores when trying to see what effect schools are having on learning. That's because reading today is more linked with social capital than math is. In other words, kids learn about reading in a variety of ways but mostly get math in school. He cites Hirsch's new book The Knowledge Deficit as his source. (I'm ordering it today.) Eduwonk also links to Kevin Drum, who sees the statistics as more damning to public schools than others: PUBLIC vs. PRIVATE....The Department of Education has released a new report on the quality of education offered by public schools vs. private schools. The release was timed for Friday and, according to the New York Times, "was made with without a news conference or comment from Education Secretary Margaret Spellings." If this suggests to you that public schools came out OK in this new study, you'd be right. Basically, it was a review of NAEP scores in math and reading that was controlled for things like gender, race, English proficiency, poverty level, etc. Here are the average scores for public schools compared to private schools: 4th grade reading: +1.1 points. 4th grade math: +4.1 points. 8th grade reading: -5.7 points. 8th grade math: +0.6 points. This obviously suggests that private schools haven't discovered a magic bullet for educational reform, despite what their supporters might sometimes claim. Still, I don't think this report is exactly cause for breaking out champagne among public school champions. First, there's that 8th grade reading score, which is a whopping 5.7 points (about half a grade level) below that of private schools. That's a big difference. Second, these scores confirm a widely-reported and disturbing trend: public schools seem to do OK at the elementary level, but student scores start to drop significantly in secondary school. In this study, the delta between public and private schools dropped 6.8 points in reading and 3.5 points in math between 4th and 8th grades. If the study had been extended to 11th grade, I suspect that decline would have continued. Unfortunately, Drum then goes on to conclude that the reading & math wars are beside the point: I don't have any answers here except for a guess: namely that the pedagogy wars don't really matter much. Phonics vs. whole word? New math vs. old? Open classrooms vs. strict discipline? Without disparaging the people who work hard trying to figure this stuff out, it seems as if practically any of these approaches can succeed or fail depending on how well they're implemented. Sorry, Kevin Drum, that is disparaging. Disparagement is disparagement. Reading scores are more predictive of success in college than math scores* (and see Michele Hernandez). Drum's perception is that private schools are doing significantly better at teaching reading. Private schools, I think, are far more likely to teach to mastery - and far more likely to teach actual content, as opposed to process ("learning to learn") and character. (Question: do we have data on pedagogy & "core knowledge" in private versus public schools?) So Drum's reading of the data would seem to tell us the reading and math wars are precisely what matters. Another take on private versus public school spending: According to the National Center for Education Statistics, per pupil spending in religious and independent schools averages $4,600, versus $6,857 in public schools. The real difference is actually higher (for reasons I’ll explain) but even this conservative $2,257 figure, multiplied by the number of American public school students (47.6 million), implies that there may be more than $100 billion in unnecessary spending for public schools. Reduce that, and the state and local budget deficits evaporate. There would be no [town and city] budget crisis were public schools operating with the same efficiency as private schools. update 8/2/06 oops Bad data, bad study. (pdf file) The Harvard study released yesterday called the earlier report's analysis "flawed" and said that its findings were unreliable because it underreported the number of disadvantaged students in private schools. The government report — which fanned the flames of the school voucher debate when it was released last month — compared the scores of fourth- and eighth-grade students from nearly 7,000 public schools and 530 private schools on the National Assessment of Educational Progress test. When factors such as race and wealth were taken into account, students in public schools scored the same or better than students at private schools, the government report said. The study was conducted by the National Center for Education Statistics, a research arm of the U.S. Department of Education, using scores from 2003 tests. "This new study does a good job of showing the defects of the U.S. Department of Education study," a Manhattan Institute scholar, Jay Greene, a professor at the University of Arkansas, said. [snip] Just days after the report was published, a government professor at Harvard, Paul Peterson, who is also the editor of "Education Next," a journal on education policy, raised questions about the methodology of the report. While the earlier report counted the number of poor students based in part on how many received free lunch and other subsidized federal programs, Mr. Peterson, who wrote the study released yesterday, said that it was an inaccurate measure of poverty in part because it is more difficult for private school students to apply to those programs. "You have an undercount of disadvantaged students in the private schools," Mr. Peterson said about the federal study. [snip] Mr. Greene said that to accurately compare students at public and private schools researchers must randomly place students at those schools so that the backgrounds of the two groups are the same. He said that eight studies conducted over the past decade using similar random methods have all found that private school students perform better. source: And, from the Sun's editorial ($): Mr. Peterson has concluded that the earlier report used a faulty method for sorting out these other factors. For example, when measuring family poverty, which tends to have a significant impact on educational results, the Department of Education relied on statistics on participation in Title I, a federal program for disadvantaged students. However, Title I money is more widely available to public schools. If at least 40% of a public school's students qualify for free or reduced school lunch, the entire school can get Title I money. Even the regular students in such a school were counted as "disadvantaged" in the earlier study, effectively giving such a public school a pass if it failed to educate its better-off students. Private schools, meantime, face more hurdles to receiving Title I aid and many don't, or receive much less than the public schools. [snip] Despite its grand name, even what sounds like a comprehensive study of education turns out to be open to conflicting interpretations. Mr. Peterson makes a case that the earlier study got it wrong, but we doubt his latest report will be the last word on the debate. That debate won't do a thing to help those low-income parents who can see, plain as day, that their local public schools are not teaching their children to read. Whatever conclusions one draws from Mr. Peterson's report, he has performed a valuable service in reminding everyone that statisticians will never agree on the meaning of test scores. Only vouchers can free individual children from the tyranny of dueling data. I'm very tired of dueling data. In education as in every other realm parents should be the deciders. Not the schools, not the pundits, not the NGOs. The concept of "doctor's orders" disappeared years ago. These days parents consult physicians. We seek their expertise; we respect their knowledge and competence. Most of the time we take their advice. But it's up to us. We are legally and morally responsible for our children, and the final decision about medical treatment rests with us. It's time for educators to stop giving orders and start giving expert counsel. Whether or not our children will be taught using century-old progressive techniques should be our call, not Lucy Calkins'. * I don't know who this author is, apart from the fact that he appears to be a constructivist (scroll to bottom of screen), or whether we can trust his statistics. That caveat aside, Elert writes that, "Ford and Campos found average predictive accuracies of 16% for SAT-Verbal, 12% for SAT-Math, and 25% for high school record. But when Slack and Porter redid the arithmetic they found actual values of 14%, 10%, and 27% respectively." refs: Ford, Susan F. & Campos, Sandy. Summary of Validity Data from the Admissions Testing Program Validity Study Service. New York: College Entrance Examination Board, 1977 & lack, Warner V. & Porter, Douglas. "The Scholastic Aptitude Test: A Critical Appraisal." Harvard Educational Review 50 (1980): 154-75. Public Schools Perform Near Private Ones in Study by Diana Jean Schemo July 15, 2006 Comparing Private Schools and Public Schools Using Hierarchical Linear Modeling (pdf file) -- CatherineJohnson - 19 Jul 2006 comments... JayeGreenOnSchoolFundingIncrease 19 Jul 2006 - 17:09 CatherineJohnson Few people are aware that our education spending per pupil has been growing steadily for 50 years. At the end of World War II, public schools in the United States spent a total of $1,214 per student in inflation-adjusted 2002 dollars. By the middle of the 1950s that figure had roughly doubled to $2,345. By 1972 it had almost doubled again, reaching $4,479. And since then, it has doubled a third time, climbing to $8,745 in 2002. Since the early 1970s, when the federal government launched a standardized exam called the National Assessment of Educational Progress (NAEP), it has been possible to measure student outcomes in a reliable, objective way. Over that period, inflation-adjusted spending per pupil doubled. So if more money produces better results in schools, we would expect to see significant improvements in test scores during this period. That didn't happen. For twelfth-grade students, who represent the end product of the education system, NAEP scores in math, science, and reading have all remained flat over the past 30 years. And the high school graduation rate hasn't budged. Increased spending did not yield more learning. This big-picture evidence is strongly confirmed by academic research. Though you'd never know it from the tenor of most education debates, the vast majority of studies have found no sustained positive relationship between spending and classroom results. Economist Eric Hanushek of Stanford University examined every solid study on spending and outcomes--a total of 163 research papers--and concluded that extra resources are more likely to be squandered than to have a productive effect. Still, countless people assume that our schools are underfunded. One explanation is that people don't want to believe that large amounts of public money have been used without producing significant results. There's plenty of room for debate on how best to reform our school system, but the sooner Americans realize that lack of resources is not the real problem in our schools the sooner we can have a meaningful debate on how to make education more productive. source: in a nutshell
update: here's Mark Roulo — I have seen these statistics before, and this is not the correct way to view things. Let us imagine for a moment that today we were spending WW-II (inflation adjusted) numbers to educate students. Let us further imagine that we had 30 students per classroom. So ... $1,200x30 = $36,000 per classroom. Subtract out maybe $3,000 per year for textbooks and supplies, so we've got $33,000 left. Then subtract out for electricity, heat, janitorial services, cost of running the bus, a small fraction of a librarian, books for the library ... Maybe we have left $20K-$15K to pay the teacher both salary and benefits. Health care is about $5K per year, so we will be offering average salaries of $10K to $15K per year to the teachers. Starting salaries will be lower. I think it is pretty obvious that while this was enough salary to compete for talent in 1945, it isn't enough today. This illustrates the problem with numbers like those quoted. Part of what the money spent on schools is doing is trying to be competitive with salaries offered by other jobs that the people we want to be teachers might take. Inflation adjusted numbers don't take this into account because everyone makes more in inflation adjusted terms since 1945 (that is part of why we are wealthier as a country). A more relevant number would be something like %GDP-spent-per-pupil (it would be a very small number!) over time. That would (probably) take into account increases in wealth and income across the board. Now ... I've made a big assumption in the above analysis. The assumption is that teaching can't get any more efficient (in the economic sense). If I had to guess, I'd guess that engineers get paid maybe 4x today what they did in 1945. Today's engineers, however, can do things that were simply impossible in 1945. In a very real sense, today's engineers are at least 4x as productive as their 1945 counterparts. A huge reason for this is that the tools have gotten better. Teaching hasn't changed much since 1945. One teacher, one class (15-30 students ... the class size has dropped), chalkboard/whiteboard or maybe overhead-projector or powerpoint. Lecture and books and tests. Teachers could be paid much better if we could find a way for them to teach more effectively. Unfortunately, while in engineering a lot of money gets spent on building new tools and purchasing new tools that prove to be effective (because the firms that do this correctly make more money), the incentive to do this in education seems to be non-existant. So, to summarize: As stated, the inflation numbers don't mean anything in terms of productivity because education must compete for employees in an economy that is gradually becoming wealthier. ![]() Terrific book. Illinois Loop page on school funding -- CatherineJohnson - 19 Jul 2006 comments... LetterToTheEditorPart2 20 Jul 2006 - 12:23 CatherineJohnson Excerpt from a letter in today's Wall Street Journal ($) First, Let's Define What Education Really Is? If nothing else, this letter tells me why schools teach social studies instead of history. If this letter writer knew the history of education, he would know that the answer to all of these questions is "yes." Teachers - or ed schools, rather - did, in fact, decide to stop teaching content in favor of process skills such as "critical thinking skills," "problem solving," "learning to learn" and so on, and to start producing equal outcomes by reducing expectations across the board. The first development is a matter of historial record; the second is a matter of sound historical judgment. update: After further reading last night, I realize that the "decision" to downgrade standards is more conscious than I thought. There's quite a large body of government and school documents produced by administrators grappling with the issue of how to comply with affirmative action regulations when test scores show very large gaps. There are two formal, conscious schools of thought: "double standards" (allow lower scores for certain classes of students) and "no standards" (drop the tests altogether). It will be interesting to learn whether NCLB, which appears to have produced a "race to the bottom," will also yield treasure troves of government memos on how best to reduce standards. the downgrading of analytical/verbal intelligence Robert Sternberg, of Yale, is (as I understand it) the originator of the notion of "successful intelligence," a concept that has been embraced by educators along with Howard Gardner's multiple intelligences. Our assistant superintendent in charge of curriculum distributed one of Sternberg's articles, What Is an "Expert Student? (pdf file) to the curriculum committee. In this passage Sternberg directly tells his reader that we can achieve greater equality in test scores by changing the tests: Children were selected for a summer college level program in psychology at Yale if they fell into one of five ability groupings: high analytical, high creative, high practical, high balanced (high in all three abilities), or low balanced (low in all three abilities). [snip] [S]tudents in the high-creative and high-practical groups at Yale were much more racially, ethnically, socioeconomically, and educationally diverse than students in the high-analytical group, suggesting that correlations of measured intelligence with status variables may be reduced by using a broader conception of intelligence. Thus, just by expanding the range of abilities measured, the investigators discovered intellectual strengths that might not have been apparent through a conventional test. There you have it. "Racially and ethnically" diverse students don't score as well as non-diverse students on IQ tests, so let's test them on "practical" and "creative" intelligence instead. What happens when you do this? Sternberg reports the results: Students ...were divided into four instructional groups. Students in all groups used the same introductory psychology textbook and listened to the same psychology lectures. What differed was the type of afternoon discussion section to which they were assigned. They were assigned to an instructional condition that emphasized either memory, analytical, creative, or practical instruction. For example, in the memory condition, they might be asked to describe the main tenets of a major theory of depression. In the analytical condition, they might be asked to compare and contrast two theories of depression. In the creative condition, they might be asked to formulate their own theory of depression. In the practical condition, they might be asked how they could use what they had learned about depression to help a friend who was depressed. [snip] Students in all conditions were similarly evaluated in terms of their performance on homework, a midterm exam, a final exam, and an independent project. Each was evaluated for memory, analytical, creative, and practical quality. [snip] ....the investigators found that the ability tests—analytical, creative, and practical—predicted course performance. When multiple-regression analysis was used, at least two of these ability measures contributed significantly to the prediction of each of the achievement measures. Perhaps as a reflection of the difficulty of de-emphasizing the analytical way of teaching, one of the significant predictors was always the analytical score. Sternberg also found that students assigned to classes that matched their inclinations - creative students in the creative classes, practical students in the practical classes - did better than students who were mismatched. Whether this finding can be replicated remains to be seen: Children with creative and practical abilities, who are almost never taught or assessed in a way that matches their pattern of abilities, may be at a disadvantage in course after course, year after year. Of course, aptitude-treatment interactions have proven to be very tricky to replicate (Cronbach & Snow, 1977). So this one would have to be replicated before any firm conclusions could be drawn. The long and the short of it is that parents didn't ask teachers to stop teaching content and start teaching 21st century skills. If I'm remembering my polling data correctly, parents do believe that all children can learn to read, write, and do arithmetic to proficiency. This view is demonstrably correct. It is schools, not parents, that have opted to produce the false equality of altered tests and dumbed-down course content. The lead-in to Sternberg's article tells you everything you need to know about what the educational world has said "in unison": This article suggests that conventional methods of teaching may, at best, create pseudo-experts—students whose expertise, to the extent they have it, does not mirror the expertise needed for realworld thinking inside or outside of the academic disciplines schools normally teach. It is suggested that teaching for “successful intelligence” may help in the creation of future experts. It is further suggested that we may wish to start teaching students to think wisely, not just well. And Sternberg concludes with these observations: ...students can become content experts who nevertheless do not use their expertise in the search for a common good. Any number of nations seems to have managed to create coteries of experts intent on using their expertise for ill. Thus, an augmented conception of expertise takes into account wise and intelligent use of knowledge. The future of the world perhaps hinges on having experts who are wise as well as intelligent and knowledgeable. So there you have it. The future of the world hinges upon my district's curriculum committee reading articles about the danger of schools creating coteries of experts intent on using their expertise for ill. Not only has no parent ever demanded such an undertaking, few parents have any idea this is what schools do. We parents do not look at our children and see potential future coteries of experts intent on using their expertise for ill. We see kids who need to learn to read, write, spell, and do math. We take it for granted that's what the school sees, too. -- CatherineJohnson - 20 Jul 2006 comments... TeacherPayPodgurskyAndHoxby 20 Jul 2006 - 18:26 CatherineJohnson Two more researchers weigh in on the subject of teacher pay. ![]() ![]() source: Is there a qualified teacher shortage? by Michael Podgursky ![]() ![]() ![]() source: Wage Distortion (pdf file: full text) Wage Distortion (abridge; not pdf) by Caroline Hoxby Hoxby's and Leigh's argument: The factors contributing to the reduced likelihood that women of high aptitude will enter the teaching profession appear to come from both within and outside the teaching profession. We focus on two that can be expected to be of critical significance. First, within the teaching profession, the pay scale of public school teachers has become increasingly compressed since the 1960s. The salary distribution has narrowed so that those with the highest aptitude earn no more than those with the lowest. This may have pushed able women out of the field of education. Second, outside of teaching, college-educated women have achieved greater parity in their pay vis-à-vis male workers, luring more able women to alternative professions. High-aptitude women may have pulled away from education in order to take special advantage of the new opportunities. While there could be other explanations outside our investigation, conventional wisdom has long pointed to new opportunities for college-educated women as the primary explanation for the change in teacher quality that many have sensed. We were inclined to accept the conventional wisdom when we began this project, but, after systematically comparing the relative importance of the two factors, we found, surprisingly enough, that pay compression within the teaching profession, induced by the introduction of collective bargaining, has had by far the greater effect. On further reflection, we were not quite so surprised by the results. For one thing, the overall timing of the decline in teacher quality corresponds to the rise of collective bargaining within education. Teacher unions won collective bargaining rights in key cities and states during the 1960s. Over the next 20 years, collective bargaining spread from state to state across the country. As a result of union action, the average salary for teachers increased modestly. But as the average was edging upward, the range of the scale narrowed sharply, so much so that able young women were bound to take notice. Moreover, collectively bargained contracts placed a premium on characteristics such as seniority and credentials rather than performance, further depressing the opportunities for the high-aptitude teacher. Christian Science Monitor's take on the Hoxby - Leigh paper: How do the new teachers measure up? by Teresa Mendez: "These teachers were never a big share, but they were a non-negligible share," says Caroline Hoxby, a professor of economics at Harvard University in Cambridge, Mass., whose research focuses on the economics of education. "People say they were important leaders. They weren't in every classroom but they were mentors." CSM's graphic, drawn from Hoxby's & Leigh's data: ![]() The Hoxby-Leigh article, which I read a year ago, was a revelation. Like everyone else, I had assumed that greater opportunities for women in other realms made teaching a less attractive occupation across the board. It hadn't occurred to me that a factor like wage compression, while making teaching less attractive to some women, would make the field more attractive to others. -- CatherineJohnson - 20 Jul 2006 comments... AnneDwyerMathBoosterGaps 20 Jul 2006 - 20:10 CatherineJohnson Here's a gap story from my summer Math Booster Camp. As a way of introduction, I have to say that this has been my favorite set of classes for Math Boosters. I am teaching a 6-11 year old group and a middle school group. My middle school group is great. They are all math brains and they are all there because they want to be. They range from 4th grade to 7th grade. Here's what happened today and it illustrates just what is wrong with Everyday Math: Today I reviewed multiplication and division of fractions. I gave them a problem set that included Exercise 305 from Russian Math. Note that these are meant to be done out loud with no paper but they look like this: 5(1+1/5). The students were having trouble with them, so I put them on the board and said that they could add the fractions inside the parenthesis and multiply by 5 or they could use the distributive property. They gave me a totally blank look. I asked them if they had ever heard of the distributive property. They said they hadn't. So I demonstrated the distributive property. I expected them to say something like, oh, I've seen that but I didn't know what it was called. But not one of them did. Here is a class of seven math brains, all of whom have been trained with Everyday Math, who have never been taught the distributive property. My new math equation: Spiralling curriculum + no content = big gaps -- CatherineJohnson - 20 Jul 2006 comments... AndrewFirstSentences 21 Jul 2006 - 00:43 CatherineJohnson I think Andrew may have just written his first sentences. We were sitting on the couch, and Andrew was frustrated and mad. He'd written his usual obsessive string of unspaced Barney-words on the AlphaSmart: barneyscolorsandshapesyellowbarneybluecharactersbarney We have no idea what he wants when he does this. Towards the end of the school year his teacher showed him a video on her computer and he's been obsessed ever since. He thinks we can play Barney videos on our computer monitors at will. At least, that's what we think he thinks. He'll write a long string of unspaced Barney words on the AphaSmart and then drag us to the computer and shriek at us & grab our hands and fling them at the keyboard. So he'd written his string of Barney words, but I couldn't go to the computer with him, because Travis, from Guest House (employs Christian) was here for a visit. We had to stay put. Andrew was going nuts, so I tried to divert him by writing sentences about the conversation Travis & Christian & I were having, which had to do with the fact that Andrew will not sit still for a dental exam. I typed, "Andrew has to go to the dentist." Andrew erased it. Then I typed, "Andrew has to be good at the dentist's office." Andrew erased it. He erased everything I wrote. It was a standoff. Finally it occurred to me to write some sentences about Barney. "Barney drives the car," I wrote. Andrew stared intently at the words as I typed, then tapped the screen briskly with his finger, a sign that he approves. "Barney plays soccer," I wrote. He tapped the screen again. "Barney likes Baby Bop." Tap. "Barney sings 'I love you.'" Tap. I wrote a few more sentences and stopped. Then Andrew took the AlphaSmart away from me and wrote this: barney friends bj barney bj love you barney pictures cap house love you barney bj I think those are sentences. I showed him how to space the words, but he hit the return at the end of each line himself. He doesn't do that when he's writting his Barney word strings. I think Andrew wrote a story about Barney. Andrew first sentences Andrew writes plane AlphaSmart -- CatherineJohnson - 21 Jul 2006 comments... JohnVonNeumann 21 Jul 2006 - 18:01 CatherineJohnson Vlorbik left an incredible line from John von Neumann in the comments thread of a post about John Saxon's, Wilfried Schmid's, and Carolyn's thoughts on the conceptual understanding of math: In mathematics you don't understand things. You just get used to them. I first encountered this idea in John Saxon's books. Here it is in Saxon Homeschool 6/5 Third edition: John Saxon often said, "Mathematics is not difficult. Mathematics is just different, and time is the elixir that turns things different into things familiar." I wish John Saxon hadn't died before I knew who he was. John Saxon & John von Neumann on math preface to Saxon Algebra 2 -- CatherineJohnson - 21 Jul 2006 comments... LibraryThing 21 Jul 2006 - 18:26 CatherineJohnson Speaking of Vlorbik, his site put me onto an extremely cool new site called LibraryThing. Great minds think alike! V. seems to have listed one Stephen King novel, Desperation. I've read perhaps 3 Stephen King novels, Desperation being one. Desperation was my favorite. I think Insomnia was one of my 3, too. -- CatherineJohnson - 21 Jul 2006 comments... TheFutureWillBeDifferent 21 Jul 2006 - 18:55 CatherineJohnson I am gravely disappointed in Tom Friedman. What will higher education look like in 50 years? If you weren't in Honolulu a couple of weeks ago, you might not know....But a glance at the panels of a conference convened there -- called "The Campus of the Future" -- offers a clue: College in the coming decades will have even less to do with learning than it does now. Of the conference's almost 200 offerings -- e.g., "Responding to Climate Change," "Branding Your Identity" and "Takin' It to the Streets" -- none seemed to have even a tangential relation to the idea that, in college, teachers are supposed to impart knowledge to students. I don't get it. Tom Friedman has not, to my knowledge, attended ed school. So where is he getting this stuff? Did he come up with "the future will be different" on his own? Or do these people call each other up at night? The Cardinal Principles of Secondary Education (1918) From Here to There: The Road to Reform of American High Schools (6-page history from DOE) John Gatto Taylor on The Cardinal Principles Tom Friedman Tom Friedman piles on Tom Friedman, Tom Friedman -- CatherineJohnson - 21 Jul 2006 comments... HowMuchReadingADay 21 Jul 2006 - 22:27 CatherineJohnson The best readers in 5th grade spend an hour a day reading books — ![]() By the time a child reaches the middle grades he or she must read in order to develop his vocabulary — ![]() I particularly like the finding that college graduates use a spoken vocabulary only slightly more sophisticated than that found in books written for preschoolers. I believe it. source: Reading Can Make You Smarter by Anne Cunningham and Keith Stanovich PRINCIPAL volume 83 number 2, November/December 2003 » page(s) 34-39 Examples of words that do not appear in two large |