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The first indication that traditional lecture-style teaching is not very effective was provided by Dr Donald Bligh in the 1980s and 1990s. As empirical evidence about this fact has continued to accumulate, science, technology, engineering, and math (STEM) education in the USA has undergone a significant change in emphasis away from lecture-based approaches in favor of systems emphasizing more interactive learning. The paper aims to discuss this issue.

A wide range of experimental research has employed the principles of scientific teaching to investigate the efficacy of an ever widening range of pedagogical methods. For STEM education, the most successful of these has been active learning.

At its core, active learning is a redesign of in-class activities to maximize interactivity and feedback through facilitated problem-solving environments. Although the efficacies of both scientific teaching and active learning have been verified in a wide range of empirical works, the dissemination of these platforms, in general, teaching has been slow, even in the USA.

The first significant impediment has been an overall lack of awareness coupled with general skepticism about alternative learning methods.

This paper first reviews the education literature behind scientific teaching and active learning before reviewing some of the challenges to their implementation on an institutional level.

These challenges and known solutions are then applied to the European and East Asian contexts to examine why scientific teaching and active learning remain predominantly an American phenomenon.

For East Asian countries, the authors offer a commentary on how certain aspects of Confucian classroom culture may interact negatively with efforts to install scientific teaching and active learning systems.

The purpose of this paper is to incorporate a blended pedagogical approach to Scientific Writing, and assess its effectiveness in improving students’ writing skills and scientific literacy. Effective writing is vital to the dissemination of scientific information and a critical skill for undergraduate science students. Various pedagogical strategies have been successful in improving writing skills and developing scientific literacy.

Mean scores on draft and revision assignments were examined longitudinally (2013 cohort, n=51) and across cohorts (2011, 2012, and 2013; combined n=94). Domain-specific composite scores were calculated from survey items addressing students’ self-perceptions of knowledge (K), general and scientific writing skills (GWS and SWS), and attitudes (A) related to scientific literacy. Changes in composite scores were analyzed using paired t-tests, and cross-cohort differences were examined via MANOVAs (SPSS, p < 0.05).

Mean scores on revisions following peer review and instructor feedback were significantly higher than those for drafts. Students ' perceptions of their K, GWS, SWS, and A increased significantly over the semester in the 2013 cohort, and were significantly higher in the 2013 cohort than those for the two earlier cohorts. Students identified peer reviews, revisions and other writing assignments, and literature searches as effective learning strategies.

One limitation of the study was that the authors lacked a control group for comparison. Pre-course survey data were only available for the 2013 cohort, and these data were incomplete, particularly with regard to perceptions of attitudes toward science and writing. Instructor feedback was not separated from that obtained through peer review. Thus, it was not possible to determine their respective impacts on students’ scores on revision assignments. Also, the number of writing assignments and peer reviews completed varied among the three cohorts enrolled in Scientific Writing.

Using a blended approach to teaching scientific writing significantly improved students’ writing skills and enhanced their perceptions regarding their knowledge, skills, and abilities related to science and writing. Students identified peer reviews, writing abstracts, and outlining an Introduction as most helpful in improving their SWS. They identified the final peer review, the revision assignment of the Results section, literature searches, and poster presentations of research as most helpful in improving their scientific knowledge and understanding. Engaging students in a variety of pedagogical strategies was successful in achieving specific learning outcomes in an undergraduate human physiology course.

The approach to peer review was more structured than those of previous studies. Engaging students with a variety of teaching and learning strategies improved both writing skills and scientific literacy in undergraduate human physiology.

Information and communication technologies have became pervasive in people's lives and in this changing world education cannot remain anchored in old‐fashioned models which ignore the evolution through which society is going. This paper seeks to present the gamble made by the University of Alicante (Spain) on the promotion of open knowledge.

The educational environment cannot continue to be fixed, closed and isolated, where students – assuming a basically passive role – receive standardised teaching. It must consequently experience a fast and decisive transformation which allows it, amongst other things, to respond to the new challenge posed by society: the need for all of us to share the knowledge we generate, so that further progress can be made.

The Institutional Repository (RUA) and the OpenCourseWare of the University of Alicante (OCW‐UA) were conceived from the very beginning as related projects that could constitute consecutive phases in the open publication of knowledge. In this way the aim of presenting the promotion of open knowledge not as a series of discrete projects but as a global strategic gamble of the institution was achieved. In addition to the most visible educational benefits, this policy has had the virtue of favouring the assumption by the University of its role as an online provider of quality (scientific and teaching) content.

RUA is the storage place of all the teaching materials published by the University of Alicante's teaching staff, which are retrieved from OCW‐UA, while OCW‐UA serves as an organisational model of teaching content self‐archived by the teaching staff in RUA. The connection between the projects has allowed the presentation of the promotion of open knowledge as a global strategic gamble of the University, which has contributed to a greater acceptance by the teaching staff. This work is original in that it shows a successful experience of involvement by one university and its members in the promotion of open knowledge.

Goal 4.7 of the Sustainable Development Goals (SDGs) explicitly frames education as an enabler of change and a means to achieve all SDGs. This study aims to explore the nature and culture of science as an academic discipline and its capacity for the integration of education for sustainable development (ESD).

Drawing upon interviews with academics working in a Life Sciences Department (n = 11), focus groups with students (n = 21) and observations from lectures, laboratory sessions and field trips, the study advances a number of recommendations for the integration of ESD in Science Education programs.

Findings point to the nature and structure of scientific knowledge and the culture of science as articulated by study participants. The study provides a number of recommendations for the integration of ESD in Science Education programs including a greater emphasis on inquiry-based learning, enhancing ESD themes in science-related modules to teach for sustainability and adopting a department wide strategy that promotes ESD.

This study argues that ESD practitioners need to be cognizant of the nature and culture of the discipline area – as a particular discipline propagates a specific culture – encapsulating ways of being, thinking, acting and communicating, which can have implications for the integration of ESD.

The purpose of this paper is to understand how teachers, nurses and engineers view the use of scholarly skills, such as research and critical thinking, in occupational practice and what implications this understanding may have for (especially) teacher education.

Engineers, nurses and teachers who had worked for at least one year after their education was interviewed (telephone interviews). Four interviews from each category were made in this exploratory study.

Few of the interviewees spontaneously connect their research methods training or other elements of scientific thinking in their education to everyday work practice, but all give examples of systematic, reflective and critical elements as features present in the occupational context. Almost all also view the final thesis work done in their respective programmes as a gratifying experience. Further, they describe the freedom and independence they have in their choice of research question and form of work as appealing and encouraging.

The study is exploratory and the results should be used to develop ideas about how to improve scholarly/scientific training in profession-oriented higher education programmes.

This paper explore ways to understand and further develop the teaching of scholarly/scientific attitudes and ways of thinking in profession-oriented university programmes.

Scholarly skills such as critical thinking, analytical skills and awareness of different perspectives are important in all professions. How to design education to optimize such skills is important for people and society.

The value of the study is that it is a try to use experiences from different fields to improve the generic scholarly aspects of professional education (especially teacher education).

A faculty development program (FDP) introduced postsecondary instructors to a module focused on the food–energy–water (FEW) nexus, a socio-hydrologic issue (SHI) and a sustainability challenge. This study aims to examine factors influencing faculty interest in adopting the instructional resources and faculty experience with the FDP, including the gains made during the FDP on their knowledge about SHIs and their self-efficacy to teach about SHIs, and highlighted characteristics of the FDP.

Data from n = 54 participants via pre- and post-surveys and n = 15 interviews were analyzed using mixed methods.

Findings indicate that over three quarters of participants would use the curricular resources to make connections between complex SHIs, enhance place-based learning, data analysis and interpretation and engage in evidence-based decision-making. In addition, participants’ experience with the workshop was positive; their knowledge about SHIs remained relatively constant and their self-efficacy to teach about SHIs improved by the end of the workshop. The results provide evidence of the importance of institutional support to improve instruction about the FEW nexus.

The module, purposefully designed, aids undergraduates in engaging with Hydroviz, a data visualization tool, to understand both human and natural dimensions of the FEW nexus. It facilitates incorporating this understanding into systematic decision-making around an authentic SHI.

The purpose of this paper is to challenge librarians to reconceptualize their professional self-image and practice so that it more closely aligns with the information science discipline that is part of the Masters of Library and Information Science degree.

This column is primarily theoretical and philosophical but also draws on the author’s observations of trends and patterns in both librarianship and changes in information needs in recent years.

Urgent, high-cost information needs created by COVID-19 and climate change coexist in a reality where technological change has made traditional librarian roles and functions less critical. By developing their information science skills and strengthening their professional identity as information scientists, librarians have the opportunity to address the urgent information needs of the day while remaining highly relevant professionals.

Librarians will need to strengthen their science-related skills and knowledge and begin to promote themselves as information scientists.

Librarians are in a position to make a meaningful contribution to two of the most pressing challenges of the day, climate change and dealing with the COVID-19 pandemic.

This paper is relevant to all librarians at any stage of their career. It will help them to reflect on both their skillset and career path and to make any needed adjustments so that they can remain relevant in a volatile and demanding information environment.

Learning about sustainable development in dedicated curricula can be beneficial for students’ personal and professional development and societies alike. However, for various reasons the implementation of sustainable development modules in existing curricula can be difficult in many fields of study. This paper aims to propose an alternative route to give students the chance to learn about sustainable development without the need to change the structure of their study program.

The current paper elaborates on the idea that many fields of study have mandatory courses on empirical research methods and these courses can function as a platform to teach applied empirical research methods in combination with education on sustainable development. A three-phase model is proposed to implement sustainable development topics in existing curricula, taking students’ current methodological competency level into account.

The proposed model provides a chance to combine education on sustainability with thorough training in scientific research methods. Example projects and evaluation results from an existing social science curriculum and its integration into a real-world laboratory on sustainable energy use illustrate the different phases and their goals.

The model offers the opportunity to implement education on sustainability into existing curricula without the need for difficult structural changes. It extends students’ learning on sustainability without impairing their learning of research methods. A discussion of the model’s limitations and boundary conditions helps to understand its potential use cases and challenges.

The purpose of this paper is to determine the level of knowledge, among university professors, about copyright problems related to e‐learning activities.

An online questionnaire was used to survey professors teaching subjects online.

There is a considerable lack of knowledge on the part of professors regarding copyright issues, both in general terms and in specific matters related to digital learning. Strong discrepancies are found between the text of the law and the notion actually held by professors as to how legislators have formulated the law.

This information may be useful for professors themselves as well as for persons managing the e‐learning platforms of universities. It demonstrates that the law was reformed without any discussion with those actually engaged in online teaching.