“Evolution? I Don’t Believe in It”

Science & Education - Due to the controversies surrounding the topic of evolution among religious and non-religious people alike, the treatment of biological evolution in education—both...     

The learning processes of two high‐school biology students when reading primary literature

Biology education, like education in any other discipline, strives to make students familiar with the knowledge, activities, and ways of thinking of the community of biologists. We produced a curriculum in developmental biology based on learning through primary literature, in an attempt to develop biological literacy among highschool students. Here we characterize the way in which two high‐school biology students read a research article in developmental biology. Mere reading resulted in superficial comprehension. In contrast, when the students answered questions about the text, deeper comprehension evolved. The students could overcome readingcomprehension problems by applying well‐established reading strategies, but encountered difficulties resulting from the classical structure of research articles. We hope that our characterization of the learning process of research articles by high‐school students will enable the use of these complex texts in high‐school biology classrooms.     

Determinants of Internet standards adoption: The case of South Korea

We develop an adoption model of infrastructure technologies and test it with survey data collected from companies in six industries in South Korea (hereafter: Korea). The implementation of a new Internet standard such as Internet Protocol version 6 (IPv6) depends on the usefulness of the technology to the adopting organizations and the environment in which they operate. The adoption of IPv6 in Korea is mostly driven by a governmental strategy that created user demand, and normative pressure. IPv6 adoption in Korea is also driven by perceived resource concentration and power due to the uneven allocation of IPv4 addresses. Conversely, killer applications, technical sponsorship and financial factors had no influence on the adoption decision by Korean companies. Taken together, the findings of our explorative study suggest the need to consider technical as well as social and policy factors to understand the adoption dynamics of infrastructure technologies.     

The Never-Ending Story: Structural Dilemmas and Changing Solutions in the Communication Field

This article examines the idiosyncratic development of Israel's communication field against the backdrop of the field's main structural dilemmas: (a) emphasis on research orientation versus on professional journalistic training and (b) firm boundaries for the field based on its mother disciplines (humanities or social sciences) versus open boundaries adopting different disciplines' research topics/methods that touch on communication phenomena. The article suggests a theoretical framework based on criteria anchored in the sociology of science and then applies these criteria to an analysis of the institutionalization and development of the Communication Institute at the Hebrew University of Jerusalem from its foundation in 1964 through the 1990s. The study is based on documents from the university archive and the Guttman Institute for Applied Social Research, curricula and catalogs of communication departments in Israel, and interviews with senior researchers in the field.     

Characterizing children’s spontaneous interests in science and technology

This article reports the results of an analysis of 1676 science and technology questions submitted by Israeli children to a series of television programmes. It categorizes the children’s questions with reference to five different coding schemes: field of interest, motivation for asking the question, type of information requested, country‐specific aspects, and source of information. The results point to the popularity of biology, technology, and astrophysics over other sciences, indicate a shift in interests and motivation with age, and reflect a variety of gender‐related differences within the sample. The implications of the findings for some current trends in curriculum development and for informal science education are discussed with reference to the wider context of the pupils’ voice in education.     

Social Competencies and Difficulties of Gifted Children Compared to Nongifted Peers

This study, conducted in Israel, examined the social and emotional difficulties of gifted children, in comparison with nongifted children. The gifted children were further compared in two educational settings: segregated classes and pull-out programs. The 974 participants were from the fifth to twelfth grades. The dependent variables included loneliness, social competence, empathy, and self-concept. The results indicated that gifted children score higher on need fulfillment, empathy, academic self-concept, and lack of emotional anxiety and lower on self-disclosure and physical self-concept. Few differences were found between the two settings for gifted children. The conclusion is that gifted children differ from nongifted children only on some of the social–emotional variables examined, mainly for the better.     

Toward Bridging the Mechanistic Gap Between Genes and Traits by Emphasizing the Role of Proteins in a Computational Environment

Previous studies have shown that students often ignore molecular mechanisms when describing genetic phenomena. Specifically, students tend to directly link genes to their encoded traits, ignoring the role of proteins as mediators in this process. We tested the ability of 10th grade students to connect genes to traits through proteins, using concept maps and reasoning questions. The context of this study was a computational learning environment developed specifically to foster this ability. This environment presents proteins as the mechanism-mediating genetic phenomena. We found that students’ ability to connect genes, proteins, and traits, or to reason using this connection, was initially poor. However, significant improvement was obtained when using the learning environment. Our results suggest that visual representations of proteins’ functions in the context of a specific trait contributed to this improvement. One significant aspect of these results is the indication that 10th graders are capable of accurately describing genetic phenomena and their underlying mechanisms, a task that has been shown to raise difficulties, even in higher grades of high school.