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Photo: Gus Freedman

“I’m glad there’s passion in the room. We’re gonna need it,” Governor Patrick said to warm applause last week at the Early Childhood Summit 2013: Innovation and Opportunity at the Federal Reserve Bank of Boston.

Strategies for Children partnered with the Boston Children’s Museum, the Massachusetts Chapter of the American Academy of Pediatrics and the Center on the Developing Child at Harvard University to sponsor the summit. Support also comes from the Massachusetts Department of Early Education and Care, the United Way of Massachusetts Bay and Merrimack Valley, the Boston Foundation and the TruePoint Center for Higher Ambition Leadership.

This is the second early childhood summit convened in recent years.  It builds on the success of the first summit held in November, 2011, and it is also part of the Boston Children’s Museum’s 100th birthday.

Patrick spoke in the Federal Reserve’s auditorium to a full house of nearly 400 pediatricians, educators, neuroscientists, museum professionals, business leaders, economists, parents and policymakers – all pursuing the same goal: devising and acting on bright, new ideas for the future of early childhood. (more…)

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The audience at the November meeting of the Massachusetts Board of Early Education and Care broke into applause when the panel approved a fiscal year 2014 budget ask of $557,509,730, which is $69.4 million above current funding levels.

Our research and field associate, Emily Levine, who attended the meeting, reports that the $69.4 million will support access, quality and the early childhood workforce, as well as transportation. Here’s a breakdown:

  • An investment in quality: $15.6 million
    • Workforce quality: A rate increase of 3% to support an increase in salaries, benefits and stipends for early education and care workers ($13.8 million)
    • Quality Rating and Improvement System : A $1 million set-aside to support investments  in QRIS and help sustain program improvements
    • Quality infrastructure: $0.8 million to support staffing to hold providers accountable for health and safety, quality care and quality programs
    • An investment in children and families: $36.2 million to open access for preschool-age children
    • An investment in transportation: $17.6 million to affirm the board’s June vote to increase the rate paid for transportation to support system improvements and the addition of an adult monitor on all vehicles carrying infants, toddlers and preschool-age children.

In other news: (more…)

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Photo: Michele McDonald for Strategies for Children

Evidence continues to mount about how much young children learn through play. Now a new report in the journal Science shows that children at play use sophisticated scientific and mathematical principles to explore how the world works.  The report, by psychologist Alison Gopnik of the University of California, Berkeley, reviews more than a decade of research and finds that very young children are natural experimenters. (See also “Studies Shed Light on the Minds of Young Children.”)

“New theoretical ideas and empirical research show that very young children’s learning and thinking are strikingly similar to much learning and thinking in science,” the Science report’s abstract states. ”Preschoolers test hypotheses against data and make causal inferences; they learn from statistics and informal experimentation, and from watching and listening to others. The mathematical framework of probabilistic models and Bayesian inference can describe this learning in precise ways. These discoveries have implications for early childhood education and policy. In particular, they suggest both that early childhood experience is extremely important and that the trend toward more structured and academic early childhood programs is misguided.”

Gopnik’s lab, for instance, (more…)

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In Quotes

(Note to readers: Eye on Early Education will return on August 20.)

“There are no greater natural scientists and engineers than young children, inquisitive learners who learn STEM concepts through play. High-quality early learning environments provide children a structure in which to build upon their natural inclination to explore, to build, and to question.”

JD Chesloff, Massachusetts Business Roundtable, and Larry Maier, Peerless Precision Inc., in The Republican, July 8, 2012

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When the Raytheon Corp. asked middle school students if they’d rather eat broccoli or do math homework, 56% preferred the green vegetable. While this may be good news for healthy eating, it is not good news for a healthy economy, according to a recent column — Math skills needed for future workforce — in The Republican.

“In a state, and indeed a nation, where we are competing in a technology driven global economy, this is humorous – but mostly troubling. Projections of both the state and national economies show that the jobs of the future will require competencies in science, technology, engineering and math – the so-called STEM disciplines,” write JD Chesloff, executive director of the Massachusetts Business Roundtable and chairman of the Massachusetts Board of Early Education and Care, and Larry Maier, president of Westfield-based Peerless Precision Inc.

“Yet according to a recent study by McKinsey & Co., STEM positions are the hardest for employers to fill, with fewer degrees being awarded in STEM than other areas, such as business, humanities and social sciences. If kids would rather eat broccoli than do math, it is no wonder.”

Although Massachusetts students perform “remarkably well” in math and science on state, national and international exams, Chesloff and Maier note, only 37% of high school seniors indicate an interest in careers in STEM on SAT questionnaires. This is well below the national average of 43% and the 47% of students in North Carolina, another tech leader, who indicate an interest in STEM-related careers. “While our students are world leaders in math and science aptitude, they pursue STEM careers in alarming low rates,” Chesloff and Maier write.

A critical part of the answer, they write, comes in bolstering STEM in early education programs. (See our brief Math and Science in Early Learning.)

“There are no greater natural scientists and engineers than young children, (more…)

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Photo: Alessandra Hartkopf for Strategies for Children

“Should we invest our limited education resources in teaching critical reading skills or in what’s known as STEM — science, technology, engineering and math?”

This is the question that Chris Roe, CEO of the California STEM Learning Network, and Ralph Smith, managing director of the Campaign for Grade-Level Reading, ask in a recent post on the Washington Post’s Answer Sheet Blog.

“The truth is we can and must do both,” Roe and Smith write. “Clearly, budding scientists and engineers can’t comprehend complex texts if they can’t read. At the same time, science and math have the potential to engage youngsters, encouraging them to read more. This improves their chances of reading proficiently by the key third grade milestone, when students pivot from learning to read and begin reading to learn.”

Just as third grade reading is a critical educational benchmark that predicts children’s chances of success as students, so is early math aptitude. Jobs requiring STEM skills, the authors note, are estimated to grow at twice the rate of other jobs over the next 10 years.

The statistics on children’s proficiency in math and science are as disturbing as performance on reading assessments. Two-thirds of the nation’s fourth graders do not read proficiently, Roe and Smith write. Likewise, two-thirds of fourth graders are not proficient in science, and 60% are not proficient in math.

Roe and Smith offer a number of suggestions to integrate STEM and literacy instruction, starting with using science texts in early reading lessons. “Young children,” they write, “can comprehend scientific concepts and often prefer reading about spiders and dinosaurs to fiction.” Literacy skills – reading, writing, speaking, vocabulary – should all be integrated in STEM activities. As the authors note, the Common Core State Standards emphasize these key literacy skills. “Naturally, this is important for STEM instruction,” they write, “since texts beyond the third grade require students to decode unfamiliar terms, recognize advanced vocabulary and make sense of increasingly complex and interrelated ideas.”

Accomplishing this cross-disciplinary vision, they write, will require adjustments not only in curriculum, but also in teacher preparation and assessments. “Given the long-term benefits for our children and our economy, this is the only real choice we have to ensure that our students can read and flourish in the subjects that are already defining this century.”

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Photo: Alessandra Hartkopf for Strategies for Children

Paper or tablet? In a digital age, are traditional books or books on tablets the best way to help young children become readers?

The New York Times recently visited a second grade classroom in Ohio where children use e-books and their teacher talks of the need “to transform reading as we know it.” They are participating in a research project looking at ways to integrate e-books into classes that the Center for Literacy at the University of Akron is conducting.

“Books on iPads and some e-readers like the Nook Color or the Kindle Fire are fun. They include music, animation and other interactive elements that make reading a book feel like playing a video game,” the Times reports.

“But is it better than a book? It may take a generation to ever know for sure, and even 10 or 20 years from now it will be debated as the effects of television or video games are still discussed today. … Amid the excitement and enthusiasm, some people are suggesting a closer look, especially for younger children learning to read.” (more…)

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Photo: Kate Samp for Strategies for Children

Elizabeth Spelke, a professor of psychology at Harvard University, has made exploring what and how infants learn her life’s work. “The job of the baby is to learn,” she tells The New York Times. (“Insights from the Youngest Minds”)

“’I’ve always been fascinated by questions about human cognition and the organization of the human mind,’ she said, ‘and why we’re good at some tasks and bad at others.’ But the adult mind is far too complicated, Dr. Spelke said, ‘too stuffed full of facts’ to make sense of it. In her view, the best way to determine what, if anything, humans are born knowing, is to go straight to the source, and consult the recently born.

“Dr. Spelke is a pioneer in the use of the infant gaze as a key to the infant mind — that is, identifying the inherent expectations of babies as young as a week or two by measuring how long they stare at a scene in which those presumptions are upended or unmet…. Nancy Kanwishser, a neuroscientist at M.I.T., put it this way: ‘Liz developed the infant gaze idea into a powerful experimental paradigm that radically changed our view of infant cognition.’”

Spelke sees young scientists and mathematicians in infants. (more…)

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Photo: Kate Samp for Strategies for Children

Writing recently in Education Week, Deborah Stipek, Alan Schoenfeld, and Deanna Gomby call for increased attention to building children’s math skills in early learning settings. Citing research that links early math skills with later academic progress – including math and reading skills in second and third grade – they call for developmentally appropriate instruction in mathematical concepts.

Stipek is a professor and former dean of Stanford University’s School of Education. Schoenfeld is a professor of education and mathematics at the University of California at Berkeley. Gomby is vice president for education at the California-based Heising-Simons Foundation.

“We need pre-k standards that are aligned with the Common Core,” they write in “Math Matters, Even for Little Kids.” “Perhaps the biggest hurdle is getting past resistance to academically focused instruction in early childhood settings.”

In Massachusetts in December 2010, the Board of Elementary and Secondary Education approved pre-k standards as part of broader frameworks in English language arts and mathematics that include the Common Core. “The [math] standards—which correspond with the learning activities in the Massachusetts Guidelines for Preschool Learning Experiences (2003)—can be promoted through play and exploration activities, and embedded in almost all daily activities,” the math frameworks state. “They should not be limited to ‘math time.’ In this age group, foundations of mathematical understanding are formed out of children’s experiences with real objects and materials.”

In their Ed Week column, (more…)

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In Quotes

“I work with preschoolers. They sort colored beads, sequence a story they just heard, make elaborate designs with pattern blocks, and figure out how to equitably divide cars with their friends. We know they are learning important math concepts. They call it playing.”

Kathleen Klofft, Letter, Boston Globe Magazine, February 12, 2012

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