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This paper contends that political literacy and information literacy are compatible concepts that are inextricably linked and should therefore be taught and stressed simultaneously to students in the classroom. Improving the information literacy and political literacy skills of students will allow them to not only perform better academically, but also empower them to become better citizens who form opinions and make decisions based on appropriate and quality information.

We define quantitative map literacy (QML), a cross between map literacy and quantitative literacy (QL), as the concepts and skills required to accurately read, use, interpret, and understand the quantitative information embedded in a geospatial representation of data on a geographic background. Long used as tools in technical geographic fields, maps are now a common vehicle for communicating quantitative information to the public. As such, QML has potential to stand alongside health numeracy and financial literacy as an identifiable subdomain of transdisciplinary QL. What concepts and skills are crucial for QML? The obvious answer is, "It depends on the type of map." Therefore, our first task, and the subject of this paper, is to develop a framework to think and talk about the panoply of maps in a way that permits us to consider the range and distribution of QML content. We use an equilateral triangular plot to conceptualize maps in terms of locational information (L), thematic information (T), and generalization-distortion (G-D), and parameterize the plot with an L/T ratio (horizontal; reflecting the historical practice of cartographers to distinguish locational-reference maps from thematic maps) and G-D levels increasing from base to apex. We show positions for a wide variety of maps (e.g., topographic maps, weather maps, engineering-survey plots, subway maps, maps of air routes, a cartoon map of Orlando for tourists, driving-time maps, county-wide population maps, county-wide multivariable population and income maps, world political map, land use maps, and cartograms). The analysis of how these maps vary across the triangle allows us to proceed with an examination of how QML varies across the panoply of maps.

We define quantitative map literacy (QML), a cross between map literacy and quantitative literacy (QL), as the concepts and skills required to accurately read, use, interpret, and understand the quantitative information embedded in a geospatial representation of data on a geographic background. Long used as tools in technical geographic fields, maps are now a common vehicle for communicating quantitative information to the public. As such, QML has potential to stand alongside health numeracy and financial literacy as an identifiable subdomain of transdisciplinary QL. What concepts and skills are crucial for QML? The obvious answer is, "It depends on the type of map." Therefore, our first task, and the subject of this paper, is to develop a framework to think and talk about the panoply of maps in a way that permits us to consider the range and distribution of QML content. We use an equilateral triangular plot to conceptualize maps in terms of locational information (L), thematic information (T), and generalization-distortion (G-D), and parameterize the plot with an L/T ratio (horizontal; reflecting the historical practice of cartographers to distinguish locational-reference maps from thematic maps) and G-D levels increasing from base to apex. We show positions for a wide variety of maps (e.g., topographic maps, weather maps, engineering-survey plots, subway maps, maps of air routes, a cartoon map of Orlando for tourists, driving-time maps, county-wide population maps, county-wide multivariable population and income maps, world political map, land use maps, and cartograms). The analysis of how these maps vary across the triangle allows us to proceed with an examination of how QML varies across the panoply of maps.

Der Beitrag diskutiert die Data-Literacy-Charta des Stifterverbandes aus einer medienwissenschaftlichen Perspektive. Er formuliert eine Sichtweise, in der Daten nicht nur individuellen, sondern auch kollektiven Verantwortlichkeiten unterliegen. Daten lassen sich als ein gemeinschaftliches, sozial zu verhandelndes Gut lesen. In ihnen sind historische und sozio-politische Umstände eingeschrieben. Die Frage lautet: Was bedeutet esin, als und durch Daten zu sein? Der Beitrag wurde im Open-Media-Studies-Blog der Zeitschrift für Medienwissenschaft erstveröffentlicht: https://zfmedienwissenschaft.de/online/open-media-studies-blog

Across Europe and beyond, the promotion of media literacy, for children and adults, has acquired an important public urgency. Traditional literacy is seen to be no longer sufficient for participation in today's society. Citizens need to be media literate, it is claimed, to enable them to cope more effectively with the flood of information in today's highly mediated societies. As teachers, politicians and policy makers everywhere struggle with this rapid shift in media culture, greater responsibility is placed on citizens for their own welfare in the new media environment. Media literacy is therefore all the more essential in enabling citizens to make sense of the opportunities available to them and to be alerted to the risks involved.

Discusses the nature of (inter)disciplinarity & the development of a pedagogical approach to teaching scientific literacy that is based on its reconceptualization as "agential literacy." The nature of disciplinary knowledge & the need for joint conceptual shifts in basic understandings of scientific literacy are discussed. Agential realism is defined as an "epistem-onto-logical framework" that expands on the work of physicist Niels Bohr (1963) to focus on such things as the nature of scientific & other social practices; the essence of reality/matter; the role of natural, social, & cultural factors in scientific knowledge production; & links between the material & discursive. An exploration of the implications of agential realism for thinking about scientific literacy stresses that the making of science is not separate from the making of society, & teaching scientific literacy can no longer be seen as the sole responsibility of scientists. A course titled "Situated Knowledges: Cultural Studies of Twentieth Century Physics" was specifically designed to advance the agential literacy of science & nonscience majors. The course's approach & content are described. 24 References. J. Lindroth

The paper considers the substantive part of the legal culture. Also in the paper comprehensively researched to the legal literacy. The main conclusions and points the author may be used in the formation and development of legal culture, to increase the legal awareness and legal education of Kazakh society.

Health literacy has gained momentum in the Western world, yet in Europe the concept of health literacy is only marginally integrated in research, policy and practice. The present paper presents how translation may act as an influential factor with regard to integration of the health literacy notion in Europe. This study has compared five data sources that provide translations of health literacy: The European Union's Health Strategy; the translations applied in the European Health Literacy Project; national health expert opinions and Google Translate. The comparison integrated Peter Fawcett's translation techniques as a framework for analysis. The results showed a total of 28 translations: 22 from the European Union Health Strategy; 6 from the HLS-EU project; 17 from experts; 25 from Google Translate. Some countries are consistent in translations of health literacy, other countries diverge, the reasons being that health literacy is not yet mainstreamed and the translations are primarily driven by a latent polarized discourse of the concept of literacy. The study showed that translations in general reveals enriched insights in the cohesion of health literacy as one notion and provides the European Health Literacy Glossary that can inform health professionals, academia and decision-makers to further advance health literacy across Europe.

Information literacy has become a large topic in libraries while statistical literacy is at most of secondary concern in library services. The article introduces the design of the online self-learning course "Daten und Statistiken recherchieren und nutzen" ("Searching and using data and statistics") at the Duisburg-Essen University Library to show how an online course may fill the gap between reference services and courses about statistical methodology. With emphasis on the responsible librarians' perspective and especially the didactical analysis and decisions, it is installed as numerical data service similar to subject guides. By using the learning management system Moodle, the course addresses students who study economics, political, or social sciences and plan to write an empirical paper. Während sich die Informationskompetenzunterstützung in unterschiedlichen Dienstleistungsausprägungen in Bibliotheken etabliert hat, spielt das Komplement Statistikkompetenz dort höchstens eine untergeordnete Rolle. Der Aufsatz erläutert die Erstellung des Online-Selbstlernkurses "Daten und Statistiken recherchieren und nutzen" an der Universitätsbibliothek Duisburg-Essen und zeigt, wie ein solcher Onlinekurs eine Brücke zwischen den beiden Kompetenzen und insbesondere den Auskunftsdiensten der Bibliothek und der statistischen Methodenlehre schlagen kann. Der Aufsatz berücksichtigt vor allem die Anwendersicht unter Bezug auf die didaktischen Analysen und Entscheidungen beim Design des an Subject Guides/Forschungsführern orientierten Moodle-Kurses für die Zielgruppe Studierende der Wirtschafts-, Sozial- und Politikwissenschaften.

A recent report from the UN makes the case for "global data literacy" in order to realise the opportunities afforded by the "data revolution". Here and in many other contexts, data literacy is characterised in terms of a combination of numerical, statistical and technical capacities. In this article, we argue for an expansion of the concept to include not just competencies in reading and working with datasets but also the ability to account for, intervene around and participate in the wider socio-technical infrastructures through which data is created, stored and analysed - which we call "data infrastructure literacy". We illustrate this notion with examples of "inventive data practice" from previous and ongoing research on open data, online platforms, data journalism and data activism. Drawing on these perspectives, we argue that data literacy initiatives might cultivate sensibilities not only for data science but also for data sociology, data politics as well as wider public engagement with digital data infrastructures. The proposed notion of data infrastructure literacy is intended to make space for collective inquiry, experimentation, imagination and intervention around data in educational programmes and beyond, including how data infrastructures can be challenged, contested, reshaped and repurposed to align with interests and publics other than those originally intended.