School of Biological Sciences, University of Nebraska-Lincoln; Lincoln, NE, 68588.
Thomas H. Gosnell School of Life Sciences, Rochester Institute of Technology; Rochester, NY, 14623.
CBE Life Sci Educ. 2024 Jun;23(2):ar19. doi: 10.1187/cbe.23-12-0244.
Scientific practices are the skills used to develop scientific knowledge and are essential for careers in science. Despite calls from education and government agencies to cultivate scientific practices, there remains little evidence of how often students are asked to apply them in undergraduate courses. We analyzed exams from biology courses at 100 institutions across the United States and found that only 7% of exam questions addressed a scientific practice and that 32% of biology exams did not test any scientific practices. The low occurrence of scientific practices on exams signals that undergraduate courses may not be integrating foundational scientific skills throughout their curriculum in the manner envisioned by recent national frameworks. Although there were few scientific practices overall, their close association with higher-order cognitive skills suggests that scientific practices represent a primary means to help students develop critical thinking skills and highlights the importance of incorporating a greater degree of scientific practices into undergraduate lecture courses and exams.
科学实践是用于发展科学知识的技能,是从事科学职业的基础。尽管教育和政府机构呼吁培养科学实践,但几乎没有证据表明学生在本科课程中经常被要求应用这些技能。我们分析了美国 100 所学校生物学课程的考试,发现只有 7%的考试问题涉及科学实践,32%的生物学考试没有测试任何科学实践。考试中科学实践的低发生率表明,本科课程可能没有按照最近的国家框架所设想的那样,在整个课程中整合基础科学技能。尽管总体上科学实践的数量很少,但它们与高阶认知技能密切相关,这表明科学实践是帮助学生发展批判性思维技能的主要手段,并强调了将更多的科学实践纳入本科讲座课程和考试的重要性。