World-Class Ambitions, Weak Standards - An excerpt from The State of State Science Standards 2012

Oct 15, 2026

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Explains why U.S. science education—despite decades of public concern after the 1957 Sputnik launch—has not translated into strong achievement. Cites survey and NAEP results showing low proportions of students reaching proficiency. Argues that progress requires clear, sequenced, prioritized academic science standards that guide instruction and assessments, while noting that standards alone are only a necessary starting point. Introduces common flaws in state standards, including approaches that undermine evolution.

LanguageEnglish

CategoryResearch & Report

FormatPDF

Pages3

Reading Time8 min

AccessFree to download

World-Class Ambitions, Weak Standards

Sputnik and public urgency

Standards as a necessary starting point

Why weak progress persists

Undermining evolution in state standards

World-Class Ambitions, Weak Standards an excerpt from The State of State Science Standards 2012 Since Sputnik shot into orbit in 1957, Americans have considered science education tobe vital to our national security and economic competitiveness. The impact of the Soviet satellite launch on American science classrooms was almost immediate. Shirley Malcom, a leader in the field of science education (and presently head of education programs for the American Association for the Advancement of Science), was a young student in Alabama at the time. She described the swift and palpable shift in the way science was taught:1 We stopped having throwaway science and started having real science.… All of a sudden everybody was talking about it, and science was above the fold in the newspaper, and my teachers went to institutes and really got us all engaged. it was just a time of incredible intensity and attention to The State of State Science Standards 2012 State reviews by Lawrence S. Lerner, Ursula Goodenough, John Lynch, Martha Schwartz, and Richard Schwartz NAEP review by Paul R. Gross FOREWORD BY CHESTER E. FINN, JR. , AND KATHLEEN PORTER-MAGEE science. The impact on public opinion was just as The State of State Science Standards 2012, published by the Thomas B. Fordham Institute, is available at [www.edexcellence.net/](www.edexcellence.net/)[ ](www.edexcellence.net/)[publications/the-state-](publications/the-state-)[of-state-science-](of-state-science-)standards-2012 . html. profound—and national concern over the quality of American science, and science education, has continued for the past half century. According to a 2011 survey, 74 percent of Americans think STEM (science, technology, engineering, and mathematics) education is “very important.” Only 2 percent say it’s “not too important.”2 Yet this strong conviction has not translated into strong science achievement. The 2009 National Assessment of Educational Progress (NAEP) found barely one-third of fourth-graders in the United States at or above the “proficient” level in science, with those proportions slipping to 30 percent in eighth grade and a woeful 21 percent in twelfth grade.3 Why is this? how can it be that, for more than five decades, Americans have voiced so much concern about science education yet made so little progress in delivering it? There are, of course, multiple explanations, starting with the blunt fact that few states and communities have taken concrete action to build world-class science programs into their primary and secondary schools. Without such programs in place to deliver the goods, our Sputnik-induced anxieties remain fully justified some 55 years later. A solid science education program begins by clearly establishing what well-educated youngsters need to learn about this multifaceted domain of human knowledge. here, the first crucial step is setting clear academic standards for the schools—standards that not only articulate the critical science content students need to learn, but that also properly sequence and prioritize that content. in the light of such standards, teachers at each grade level can clearly see where they should focus their time and attention to ensure that their pupils are on track toward college and career readiness. That doesn’t mean it will happen, of course. As we at the Thomas B. Fordham institute have repeatedly noted, standards alone cannot drive outstanding achievement. But they are a necessary starting point. They are the score for conductors, musicians, instrument makers, and more. They are the foundation upon which rigorous curricula and instructional materials and assessments are built. They are the template for preparing science teachers for our classrooms. Fordham has a long-standing interest in science standards and a history of reviewing them with care and rigor. We published our first analysis of state science standards in 1998 and a follow-up review in 2005. Unfortunately, the f

FAQs

How did Sputnik affect American science education, according to the excerpt?

It triggered a swift shift toward “real science,” increased attention in public discourse, and encouraged teachers to engage through institutes.

What do the NAEP results suggest about U.S. science achievement?

They show that only about one-third of fourth-graders reach a proficient level in science, with the percentages falling further by eighth and twelfth grade.

What are the frequently found problems in mediocre to poor state science standards?

They include undermining evolution, vague standards, weak integration of inquiry skills with content, and avoiding mathematical formulae and equations.

Oct 15, 2026

Uploaded by McGucket