Exploring Taiwan citizens’ scientific literacy, interest in, and engagement in learning science

This study explored Taiwan citizens' scientific literacy, interest in, and engagement in learning science. By using the stratified random sampling strategy, 1,831 citizens in the age group of 18-70 years were selected to respond to a questionnaire survey along with a paper-pencil test. For exploring the relationship between Taiwan citizens' scientific literacy and their interest in science, the participants were divided into four groups on the basis of their scores for scientific literacy and interest in science. According to the essential results, the high scientific literacy and high science interest (HH) group was mainly represented by males, young citizens, and citizens with higher educational degrees. Conversely, the low scientific literacy and low science interest (LL) group was dominated by females, elderly citizens, and citizens with only a secondary school diploma. Among the four groups, citizens in the HH and LH groups exhibited higher frequency of engagement in science activities. Finally, citizens with high science interest tended to be enthusiastic in learning science and technology. This study contributed a novel insight that the interest in learning science plays a critical role in promoting adults' engagement in learning science. Future studies are recommended for focusing on the citizens in the LH group to investigate how high engagement in learning science influences their scientific literacy

The effect of interest and engagement in learning science on adults' scientific competency and environmental action

Although existing research has documented the significant relationship among student interest, engagement, and learning outcome, limited studies have investigated how adults’ interest and engagement in learning science are related to their scientific competency and environmental action. This study used 2012 and 2015 national datasets which were collected from face-to-face interviews representing how the interest and engagement of Taiwan citizens in understanding and exposure to science in society synergistically interact with their scientific competency and environmental action. Results showed that engagement in learning is more predictive to scientific competency and environmental action than interest. In addition, engagement in visiting science museums appears to be a superior venue for promoting adults’ environmental action than watching science related TV programs. These findings reveal an effective strategy of promoting adult environmental action through science communication and the importance of deep science learning

Relationships Among Affective Factors and Preferred Engagement in Science Related Activities

[[abstract]]This study investigated how affective factors impact participation in science learning using structural equation modeling. Using a dataset from Taiwan, a model was obtained that showed the relationships among science-related interest, enjoyment, self-efficacy, self-concept, competency, leisure time engagement, and future interest in science. The paths relating to engagement and future interest were much stronger for interest and enjoyment than for self-efficacy and self-concept. There was no significant path between science competency and future science interest or engagement. The results suggest that the affective and cognitive pathways to scientific competency are divergent and that they might be differentially activated by different contexts and activities. This indicates that school science educators might wish to reconsider the merit of overemphasizing achievement in comparison to interest. Finally, the results suggest that the development of science competency per se may not be the best way to ensure public engagement and understanding of science

Learning nanotechnology with texts and comics: The impacts on students of different achievement levels

Comics are popular with adolescents because of their features of humor, narrative, and visual imagery. The purposes of this study were to examine the learning outcomes and emotional perceptions of reading a science comic book and a science text booklet for students of different levels of achievement, and to explore the main factors of the two media which attract high-school students to learn science. A mixed-method quasi-experimental design was adopted. The participants were 697 grade ten students from eight schools with different levels of academic achievement. Two similar classes in each of the eight schools were assigned as the comic group or the text group. The results indicated that the science comic book benefited medium achievers more than the science text booklet did, but the contrary result was found for the high achievers. In comparison, the two media benefited the low achievers equally, but both had only a limited effect due to the students’ lack of prior knowledge. We conclude four kinds of evidence, including perceived difficulty of comprehension, reasons for interest/disinterest, emotional perceptions of learning science, and learning time, to support the phenomenon of the learning benefit of media specific to certain achievers’ science learning

偽科學信念與科學素養的共存與抗衡─民眾參與科學和偽科學活動之探究─

The first purpose of this study was to investigate whether Taiwanese adults’ pseudo-scientificbeliefs and engagement in pseudo-scientific activities (i.e. watching pseudo-scientific TV programs)changed significantly. The second purpose was to investigate the relationship among science literacy,pseudo-scientific beliefs, and engagement in scientific and pseudo-scientific activities. According tothe levels of subjects’ scientific literacy and pseudo-scientific beliefs in 2015 civic science literacysurvey, a representational sample of adults was categorized into nine groups to investigate thedifference of scientific literacy, scientific and pseudo-scientific affection and practice aspects amongthree groups with different levels of pseudo-scientific beliefs, and which groups of adults had moreexperience of pseudoscience health practice. The data base of 2012 and 2015 civic science literacysurvey was analyzed. The results indicated that Taiwanese adults’ pseudo-scientific beliefsdescended significantly from 2012 to 2015, but their pseudo-scientific experience of health practices(e.g. magnetic therapy) increased significantly. The main factor that influenced adults’ participationin pseudo-scientific health practices was their pseudo-scientific beliefs, rather than their scientificliteracy. Among the adults with lows scientific literacy, youth, married, and women seem acceptmost easily pseudo-scientific belief. It is noted that people with high pseudoscientific beliefs hadsignificantly higher scores of enjoyment in scientific learning than those with medium pseudoscientific beliefs. There are more adults with high education background in the group withhigh pseudoscientific beliefs. People with higher pseudoscientific beliefs may be interested inlearning science and accept scientific and pseudoscientific things, but they lack ability to distinguishbetween science and pseudoscience. To decrease possible harm from pseudoscience, it is suggestedthat certain topics (i.e. health, medical treatment) for women to distinguish science frompseudo-science should be addressed in public science education

Undergraduate students’ science-related ideas as embedded in their environmental worldviews

This study explored environmental worldviews of selected undergraduate students in Taiwan and located the associations of these worldviews with science. The “environment” is represented as nature or the natural world, as opposed to the social and spiritual world. The participants were undergraduate students (14 science and 15 nonscience majors) enrolled in a general science course at a southern Taiwanese university. A questionnaire and individual interviews were conducted in parallel to elicit in depth the students’ ideas/beliefs about nature, such as, to what construes nature, how it works, and how humans relate to nature. The responses were analyzed using a phenomenographic approach to emphasize the qualitative variation of the students’ views. The key findings based on their relations to science and science education were the following: (1) Most students seemed to immediately relate the topic of nature to science and thus sought to explain nature from a scientific perspective, yet their understanding of scientific concepts or metaphors, such as the balance of nature, was problematic; (2) a value-free perspective is evident among some students in viewing human-induced natural crises: What we should do is merely look at facts and let science tell us what we should and should not do. (3) The students generally expressed trust in science and technology and believed it to be the key to improving the condition of nature as well as human life

Making learning interesting and its application to the science classroom

Generations of students are graduating from secondary school disinterested in post-secondary study of science or pursuing careers in science-related fields beyond formal education. We propose that destabilising such disinterest among future students requires science educators to begin listening to secondary school students regarding their views of how science learning is made interesting within the science classroom. Studies on students’ interest in response to instructional strategies applied in the classroom communicate the opinions (i.e. the ‘voice’) of students about the strategies they believe make their classroom learning interesting. To this end, this scoping study (1) collects empirical studies that present from various science and non-science academic domains students’ views about how to make classroom learning interesting; (2) identifies common instructional strategies across these domains that make learning interesting; and (3) forwards an instructional framework called TEDI ([T]ransdisciplinary Connections; Mediated [E]ngagement; Meaningful [D]iscovery; and Self-determined [I]nquiry), which may provide secondary school science teachers with a practical instructional approach for making learning science genuinely interesting among their students within the secondary school science classroom context

Primary teachers' beliefs about scientific creativity in the classroom context

While a number of studies have investigated people's perceptions or conceptions of creativity, there is a lack of studies looking into science teachers' views. The study aimed to explore the meanings of scientific creativity in the classroom context as perceived by a selective group of upper primary (Grades 3–6; student ages 8–12) science teachers (n = 16) in Taiwan. Using a self-report, open-ended questionnaire and follow-up interviews, the participants responded to questions as to (1) what quality, behaviours and abilities characterise a creative learner in their science classrooms, (2) what a science classroom should be like if it is to facilitate scientific creativity, and (3) whether and what particular elements of the inquiry approach are incorporated in such a classroom. The analyses revealed that the teachers captured the central features of creativity and proposed diverse ideas about how to foster creativity in school science, but seemed to overlook some aspects, such as convergent thinking, problem-finding, and linking the arts and science. These missing features are regarded as important for scientific creativity in contemporary research. The findings were discussed along with their implications for teacher education and future research

Warning! Increases in interest without enjoyment may not be trend predictive of genuine interest in learning science

Utilizing PISA 2006/2015 datasets for Japan and Taiwan, the multi-group analysis results show significant predictive increases in science interest and scientific competency, and for science interest and environmental awareness; however, revealed significant predictive decreases for science enjoyment and scientific competency, and for science enjoyment and environmental awareness between PISA cycles for both countries. Results signal divergent predictive trends regarding how interest and enjoyment impact students’ scientific competency, which may reflect instructional approaches that impede students from experiencing genuine interest in learning science. Why these results should sound an alarm to science and environment educators and policy makers is also forwarded

Envisioning preferred environmental futures: Exploring relationships between future-related views and environmental attitudes

The purpose of the study was to explore undergraduate students’ views about environmental futures that are preferred or desirable for them, and to further examine relationships between specific future-related views and general environmental attitudes. 96 students from one reputable public university in Taiwan participated in a survey that included a draw-and-explain task and a questionnaire. The analysis of students’ drawings and annotations revealed a number of topics that characterised their preferred environmental futures; green technology and elements of natural environment were the most prominent topics. Correlations revealed that (1) students who believe that their preferred environmental futures will happen tend to hold a positive view about techno-science as an influencing factor; (2) students who are more positive about techno-science tend to be less concerned about the environment. These findings re-emphasise the need for environmental and science teaching to integrate a critical futures perspective that aims to help students move away from technological fatalism and simply adjusting to the future towards a deeper understanding of sustainable futures and a sense of empowerment