Scientists’ risk perceptions play a critical role in determining the risks that they are willing to accept in their work. This study investigates academic bioscientists’ risk perceptions by examining the judgments working scientists employ in day-to-day research decisions. The study draws from theoretical and methodological underpinnings of Sociology of Science and Risk Analysis. Using data gathered from 694 survey responses of bioscientists at a land grant research university in the U.S. Midwest, this study identifies four dimensions of perceived risk (i.e., (...) intellectual challenges, competition, career risks, and societal risks) and demonstrates how these dimensions are associated with a series of demographic, life-course, and contextual factors. Findings indicate that university bioscientists’ subjective risk judgments are shaped by their professional experience, sources of funding, research orientation, professional networks, and perceived significance of research, which in turn may affect their research decisions. (shrink)

Understanding the intersections of science and publics has led to research on how diverse publics interpret scientific information and form positions on science-related issues. Research demonstrates that attitudes toward science, political and religious orientation, and other social factors affect adult interactions with science, which has implications for how adults influence K-12 STEM (science, technology, engineering, and mathematics) education. Based on a statewide survey of adults in Idaho (n = 407), a politically and religiously conservative western state, we demonstrate how attitudes (...) toward science, measured through a composite measure “orientation toward science,” and other social factors are correlated with support for STEM education. Results show that “orientation toward science,” along with political orientation and respondents’ perceptions of feeling informed about science, predicts behavior intentions to support STEM education. Our findings suggest that a nuanced and localized approach to fostering support for K-12 STEM education would resonate with populations regardless of political orientation, and they illuminate new ways of thinking about how political orientation more generally impacts thinking about science in the context of complicated “socio-scientific relations.” In exploring how people think about science in a politically and religiously conservative state, we provide insights on potential outcomes in other states, should conservative ideology spread. We argue that the publics’ relationship with science and, by extension, support for science education, is more fluid, as many of us suspect, than ideological polemics suggest. (shrink)

Over the past few decades, public anxiety about how people interact with science has spawned cycles of discourse across a wide range of media, public and private initiatives, and substantial research endeavors. National and international STEM (science, technology, engineering, and math) education initiatives and research have addressed how students interact with science and pursue careers in STEM fields. Researchers concerned with adult interaction with science have focused on factors that influence how citizens gather and interpret scientific knowledge and form positions (...) on scientific issues, applications, and/or policy in a politicized democratic milieu. Building from research on how the public interacts with science in and outside of formal education, this study focuses on attitudes toward science among students in 4th, 7th, and 10th grades and their parents. Little research to date has paired the STEM experiences of adults with their children. We find that the extent to which parents are positively oriented toward science significantly shapes their children’s attitudes toward science. Furthermore, between 7th and 10th grades, students with parents holding positive orientations toward science are more likely to sustain positive attitudes toward science. Since the foundation for most adults’ interactions with science develops in the K-12 environment, we demonstrate that the foundation, as expressed in adulthood, may directly affect the ways the next generation of students interacts with science. We offer insights into the importance of developing student learning into the social scientific research on public understanding of science and how important scientific issues of today interplay with society. (shrink)