The nation’s students are still struggling in science, with fewer than half considered proficient and just a tiny fraction showing the advanced skills that could lead to careers in science and technology, according to results from a national exam released Jan. 25.
Only 1 percent of fourth-grade and 12th-grade students, and 2 percent of eighth-graders, scored in the highest group on the 2009 National Assessment of Educational Progress (NAEP), a federal test known as the Nation’s Report Card.
“Our ability to create the next generation of U.S. leaders in science and technology is seriously in danger,” said Alan Friedman, former director of the New York Hall of Science, and a member of the board that oversees the test.
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The results also show a stark achievement gap, with only 10 percent of black students proficient in science in the fourth grade, compared to 46 percent of whites. At the high school level, results were even more bleak, with 71 percent of black students scoring below the basic knowledge level, and just 4 percent proficient.
Fifty-eight percent of Hispanic 12th-grade students scored below basic, as did 21 percent of whites.
“These are really stunning and concerning numbers,” said Amy Wilkins, vice president for government affairs and communications at the Education Trust. She noted that minority and low-income students are the fastest growing parts of the youth population, making the need to increase their achievement levels all the more urgent.
The exam tests knowledge and understanding of physical, life, Earth, and space sciences. Examples of skills students need to demonstrate to perform at the advanced level include designing an investigation to compare types of bird food in fourth grade; predicting the sun’s position in the sky in eighth grade; and recognizing a nuclear fission reaction for those in 12th grade.
Overall, 34 percent of fourth-graders, 30 percent of eighth-graders, and 21 percent of 12th-graders scored at the proficient level or above. Seventy-two percent of fourth-graders, 63 percent of eighth-graders, and 60 percent of 12th-graders showed a basic level or above of science knowledge and skills.
“I’m at least as concerned, maybe even more, about the large number who fall at the low end,” Friedman said. “Advanced is advanced. But basic is really basic. It doesn’t even mean a complete understanding of the most simple fundamentals.”
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The results also indicated there are significant differences in science education between states.
Twenty-four states had scores that were higher than the national average at fourth grade, and 25 had higher scores at eighth grade. The achievement gap was also more notable in certain states. In Mississippi, for example, 68 percent of black fourth grade students scored below basic, and just 4 percent were proficient.
The test was given to more than 150,000 students in both fourth and eighth grade, and a nationally representative sample of 11,100 high school seniors. The last time it was given was in 2005, but the test was significantly updated in 2009, making a comparison between years unreliable.
Results from the 2005 exam also were concerning: Only 29 percent of fourth and eighth-grade students scored proficient or better, as did just 18 percent of 12th-graders tested.
Friedman said the 2009 exam tested students more on how well they understand and know how to apply scientific knowledge, rather than memorization of scientific terms and formulas.
He and others said that while there are too many differences between the 2005 and 2009 exams to make a comparison, the overall trend is one of stagnation. He pointed to the Programme for International Student Assessment, a key international assessment, which shows U.S. students trailing many other nations in science.
The 2009 PISA results placed U.S. students within the same range of countries including Poland, France, and Portugal. The average U.S. score was 502, far below the average score of 575 for students in Shanghai, China.
U.S. Education Secretary Arne Duncan said the NAEP results show students aren’t learning at a rate that will maintain the United States’ role as an international science leader. He said President Barack Obama has called for an “all hands on deck” approach and set a goal of recruiting 10,000 new science and math teachers over the next two years.
“Our nation’s long-term economic prosperity depends on providing a world-class education to all students, especially in mathematics and science,” Duncan said.
Experts pointed to a variety of factors that likely contribute to the lackluster results.
Friedman said one unintended side effect of the No Child Left Behind law has been less emphasis on science, history, arts, and other subjects in order to emphasize performance in math and reading.
Wilkins was skeptical of that explanation, noting that strong reading and math skills are the underpinnings for a strong science education as well. Schools that are doing well in reading and math are also doing well in science, she said.
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“Yes, we have to be intentional about science education, and we have to ensure that all schools have working science labs, but you can’t introduce [students] to a science lab and expect them to do well if they can’t read the text,” she said.
The National Science Teachers Association issued a statement calling the results “completely unacceptable” and suggesting that a lack of funding for science education programs is partly to blame.
“Our nation cannot afford to have a scientifically illiterate workforce,” the organization said. “Having [high] quality teachers is crucial if we want to increase student achievement in science and remain competitive in the global economy of the 21st century. Unfortunately, over the last decade, schools have been forced to reduce funding for teacher training and science classroom resources and even eliminate positions to offset budget constraints. As a result, students are barely able to keep their heads above water in terms of their science education learning.”
Stephen Pruitt, vice president for content, research, and development at Achieve Inc., a nonprofit education reform organization based in Washington, D.C., said the NAEP results show the need for “improved science education grounded in next-generation K-12 science standards.”
He noted that the National Research Council is taking an important step in improving science education by drafting a conceptual science framework. A draft framework was released for public comment last summer, and the final framework is expected to be released this spring.