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  • × classification_ss:"02.02 / Wissenschaftstheorie"
  1. Boerner, K.: Atlas of science : visualizing what we know (2010) 0.02
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    Abstract
    Cartographic maps have guided our explorations for centuries, allowing us to navigate the world. Science maps have the potential to guide our search for knowledge in the same way, helping us navigate, understand, and communicate the dynamic and changing structure of science and technology. Allowing us to visualize scientific results, science maps help us make sense of the avalanche of data generated by scientific research today. Atlas of Science, features more than thirty full-page science maps, fifty data charts, a timeline of science-mapping milestones, and 500 color images; it serves as a sumptuous visual index to the evolution of modern science and as an introduction to "the science of science"--charting the trajectory from scientific concept to published results. Atlas of Science, based on the popular exhibit "Places & Spaces: Mapping Science," describes and displays successful mapping techniques. The heart of the book is a visual feast: Claudius Ptolemy's Cosmographia World Map from 1482; a guide to a PhD thesis that resembles a subway map; "the structure of science" as revealed in a map of citation relationships in papers published in 2002; a periodic table; a history flow visualization of the Wikipedia article on abortion; a globe showing the worldwide distribution of patents; a forecast of earthquake risk; hands-on science maps for kids; and many more. Each entry includes the story behind the map and biographies of its makers. Not even the most brilliant minds can keep up with today's deluge of scientific results. Science maps show us the landscape of what we know. Exhibition Ongoing National Science Foundation, Washington, D.C. The Institute for Research Information and Quality Assurance, Bonn, Germany Storm Hall, San Diego State College
    Classification
    MRJ (FH K)
    Content
    Vgl. ergänzend: Börner, K.: Atlas of knowledge: anyone can map. Cambridge, MA: MIT Press 2015.
    Date
    22. 1.2017 17:12:16
    Footnote
    Rez. in: JASIST 62(2011) no.6, S.1212-1213 (Diane Rasmussen Neal)
    GHBS
    MRJ (FH K)
    Pages
    XI, 254 S
  2. Kuhlen, R.: Informationsethik : Umgang mit Wissen und Information in elektronischen Räumen (2004) 0.01
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    Footnote
    Rez. in: Information - Wissenschaft und Praxis 56(2005) H.2, S.121 (K. Weber): "Rainer Kuhlen ist Professor für Informationswissenschaft an der Universität Konstanz und Lehrbeauftragter am Institut für Bibliothekswissenschaft der HumboldtUniversität zu Berlin. Seine "Informationsethik" ist als Lehrbuch konzipiert; dies ist schon allein daran ersichtlich, dass jedes Kapitel mit "Kontrollfragen" schließt, die Studierenden ermöglichen sollen, zu prüfen, ob der bisher thematisierte Stoff erfasst wurde. Der Text selbst ist in verschiedenen Schriftgrößen gesetzt. Es finden sich kleiner gesetzte Passagen, die der Autor als besonders wichtig und als Kondensat der bis dahin gebotenen Ausführungen anzusehen scheint. Dies mag für ein Selbststudium hilfreich sein, sofern man beim Autor studiert. Ob dies aber für alle Studierenden der Informationswissenschaft oder angrenzender Fächer gilt, kann man bezweifeln. Das Feld der Informationsethik ist stark in Bewegung, das Feld ist recht heterogen. Es ist zwar legitim und wünschenswert, den Versuch der Kanonisierung in der Lehre zu unternehmen, doch scheint dies noch verfrüht. Kuhlen selbst verweist mehrfach darauf, dass die Debatte der Informationsethik im Fluss ist; daher kann der Ausweis vermeintlich wichtiger und weniger wichtiger Aussagen gerade dann fehlleiten, wenn gleichzeitig der Anspruch der Allgemeingültigkeit und Vollständigkeit erhoben wird - und dieser Anspruch steckt überall in Kuhlens Buch. Die Stärke des Buchs liegt darin, dass es eine Fülle von Informationen zur Informationsethik und der darin behandelten Fragen bietet - es werden die großen Probleme angesprochen. Hier an Details zu mäkeln würde dem Anspruch des Buchs nicht gerecht werden; nimmt man die Konzeption als Lehrbuch ernst, so muss das Hauptziel sein, den Studierenden einen breiten Einblick in die jeweiligen Problemlagen zu verschaffen. Dies leistet das Buch ohne Zweifel.
    Pages
    444 S
  3. Mittelstraß, J.: ¬Der Flug der Eule : Von der Vernunft der Wissenschaft und der Aufgabe der Philosophie (1997) 0.01
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    Classification
    AGOP (FH K)
    GHBS
    AGOP (FH K)
    Pages
    333 S
  4. Breidbach, O.: Neue Wissensordnungen : wie aus Informationen und Nachrichten kulturelles Wissen entsteht (2008) 0.01
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    Date
    22. 7.2009 13:43:50
    Footnote
    Rez. in: BuB 61(2009) H.4, S.281-282 (J. Eberhardt): "Die Bücher der im letzten Jahr gestarteten »Edition UnseId« sind dünn und preisgünstig, sie zielen damit auf ein größeres Publikum. Anspruchsvoll streben die ersten Bände der Edition danach, den Lesern die Welt zu erklären, oder kantischer noch, die Bedingungen einer solchen Welterklärung zu diskutieren. In diese Kategorie fällt auch der Band von Olaf Breidbach über die »Neuen Wissensordnungen«, der eben nicht bestimmtes Wissen vermitteln möchte, sondern das Wissen für sich als kulturelles und historisches Phänomen in den Blick nimmt. Das lässt eigentlich - für Bibliothekare als Arbeiter an oder in der Wissensordnung zumal - interessante Lektüre erwarten. Doch dürfte es auch außerhalb unseres Berufsstandes nicht allzu viele Leser geben, die Honig aus dem Büchlein saugen können, weil der Jenaer Professor für die Geschichte der Naturwissenschaften mehr Mühe auf die Ausbreitung seines reichen Materials denn auf seine Aufbereitung verwandt hat. Das Buch wird regiert von zwei Grundgedanken, die Breidbach verschiedentlich wiederholt. Der erste steckt auch im Titel: »Information« und »Wissen« sind nicht dasselbe, sondern Wissen entsteht erst aus Information, und zwar durch Interpretation und Reflexion. Wissen ist »interpretierte Information« (Seite 12, 168 und weitere). Der zweite betrifft das Wesen der Interpretation: Eine neue Information kann nur interpretiert werden, indem man sie in Beziehung setzt zu dem, was schon gewusst wird, also indem man sie in das »Netz« seines Wissens einbezieht - und dies führt notwendig dazu, dass das Netz sich verändert. Wissensordnung muss man dynamisch verstehen, nicht statisch! Das Buch versucht zu erklären, was diese beiden Gedanken bedeuten und welche Folgen sie haben dafür, wie Wissensordnung zu modellieren wäre. Dem ersten Gedanken nähert man sich vielleicht am einfachsten über einen Vergleich mit der platonischen Wissensauffassung, die als Diskussionsfolie auch noch die zeitgenössische Erkenntnistheorie regiert. . . .
    Pages
    181 S
  5. Henderson, L.; Tallman, J.I.: Stimulated recall and mental models : tools for teaching and learning computer information literacy (2006) 0.00
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    Footnote
    Rez. in: JASIST 58(2007) no.3, S.456-457 (D. Cook): "In February 2006, the Educational Testing Service (ETS) announced the release of its brand new core academic assessment of its Information and Communication Technology (ICT) Literacy Assessment. The core assessment is designed to assess the information literacy of high school students transitioning to higher education. Many of us already know ETS for some of its other assessment tools like the SAT and GRE. But ETS's latest test comes on the heels of its 2005 release of an advanced level of its ICT Literacy Assessment for college students progressing to their junior and senior year of undergraduate studies. Neither test, ETS insists, is designed to be an entrance examination. Rather, they are packaged and promoted as diagnostic assessments. We are in the grips of the Information Age where information literacy is a prized skill. Knowledge is power. However, information literacy is not merely creating flawless documents or slick PowerPoint presentations on a home PC. It is more than being able to send photos and text messages via cell phone. Instead, information literacy is gauged by one's ability to skillfully seek, access, and retrieve valid information from credible and reliable sources and using that information appropriately. It involves strong online search strategies and advanced critical thinking skills. And, although it is not clear whether they seized the opportunity or inherited it by default, librarians are in the vanguard of teaching information literacy to the next generation of would-be power brokers.
    The release of Stimulated Recall and Mental Models, therefore, could not have been timelier. It describes an empirical qualitative, case study research conducted by authors Lyn Henderson and Julie Tallman in which they studied the mental models of school librarians teaching K-12 students how to use electronic databases. In this research, funded by the Spencer Foundation, Henderson and Tallman studied and analyzed the mental models of their subjects, six American and four Australian school librarians, as they went about the task of teaching students one-on-one how to access and retrieve the information they needed for class assignments from electronic databases. Each librarian and student underwent a structured pre-lesson interview to ascertain their mental models (the sum of their prior learning and experiences) regarding the upcoming lesson. The lesson followed immediately and was carefully video- and audio-recorded, with the full knowledge of the librarian and her student. After the lessons, both student and librarian were interviewed with the intent of learning what each were thinking and feeling at specific points during the lesson, using the recordings as memory joggers. After the first librarian-pupil session, the student was freed but the librarian was re-studied tutoring a second learner. Again, the teacher and new student were preinterviewed, their lesson was recorded, and they were debriefed using the recordings for stimulated recall. It is important to note here the use of the recordings to create stimulated recall. Though considered a dubious practice by many respected researchers, Henderson and Tallman expend considerable time and effort in this book trying to establish the credibility of stimulated recall as a valid research tool. I find it interesting that the authors report that their realization of the value of stimulated recall was a collateral benefit of their study; they claim the original objective of their research was to analyze and compare the pre- and post-lesson mental models of the teacher-librarians (p.15). Apparently, this realization provided the inspiration for this book (pp. I & 208). Hence, its place of importance in the book's title.
    This book is evidence that Henderson and Tallman were meticulous in following their established protocols and especially in their record keeping while conducting their research. There are, however, a few issues in the study's framework and methodology that are worth noting. First, although the research was conducted in two different countries - the United Slates and Australia - it is not clear from the writing if the librarian-pupil pairs of each country hailed from the same schools (making the population opportunistic) or if the sampling was indeed more randomly selected. Readers do know, though, that the librarians were free to select the students they tutored from within their respective schools. Thus, there appears to he no randomness. Second, "[t]he data collection tools and questionnaires were grounded in a [single] pilot study with a [single] teacher-Iibrarian" (p. 7). Neither the procedures used nor the data collected from the pilot study are presented to establish its reliability and validity. Therefore, readers are left with only limited confidence in the study's instrumentation. Further, it is obvious from the reading, and admitted by the researchers, that the recording equipment in open view of the study's subjects skewed the data. That is, one of the librarians tinder study confessed that were it not for the cameras, she would have completely deserted one of her lessons when encountering what she perceived to be overwhelming obstacles: a classic example of the Hawthorne Effect in research. Yet. despite these issues, researchers Henderson and Tallman make a respectable ease in this book for the validity of both mental models and stimulated recall. The mental models developed during the prelesson interviews seem remarkably accurate when observing the school librarians during the lessons. Additionally, while the librarians were able to adapt their lessons based on situations, they generally did so within their mental models of what constitutes good teachers and good teaching.
    As for the value of reflecting on their teaching performance, the authors report the not-so-startling denouement that while it is easy to identify and define malpractice and to commit to changing performance errors, it is often difficult to actually implement those improvements. Essentially, what is first learned is best learned and what is most used is best used. In the end, however, the authors rightfully call for further study to be conducted by themselves and others. ETS's core ICT Literacy Assessment is not currently a mandatory college entrance examination. Neither is the advanced ICT Literacy Assessment a mandatory examination for promotion to upper level undergraduate studies. But it would be naïve not to expect some enterprising institutions of higher education to at least consider making them so in the very near future. Consequently, librarians of all stripes (public. academic, school, or others) would do well to read and study Stimulated Recall and Mental Models if they are truly committed to leading the charge on advancing information literacy in the Information Age. In this book are some valuable how-tos for instructing patrons on searching electronic databases. And some of those same principles could be applicable to other areas of information literacy instruction."
    Pages
    xi, 289 S
  6. Barrow, J.D.: ¬Die Entdeckung des Unmöglichen : Forschung an den Grenzen des Wissens (2001) 0.00
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    Issue
    Aus dem Engl. u?bers. von Heiner Must.
    Pages
    411 S
  7. Chalmers, A.F.: Wege der Wissenschaft : Einführung in die Wissenschaftstheorie (2007) 0.00
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  8. Steenblock, V.: Arbeit am Logos : Aufstieg und Krise der wissenschaftlichen Vernunft (2000) 0.00
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  9. Stock, W.G.: Wissenschaftliche Informationen - metawissenschaftlich betrachtet : eine Theorie der wissenschaftlichen Information (1980) 0.00
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  10. Kanitscheider, B.: Im Innern der Natur : Philosophie und moderne Physik (1996) 0.00
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  11. Kornmeier, M.: Wissenschaftstheorie und wissenschaftliches Arbeiten : eine Einführung für Wirtschaftswissenschaftler (2007) 0.00
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  12. Foucault, M.: ¬Die Ordnung der Dinge : eine Archäologie der Humanwissenschaften (2002) 0.00
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  13. Popper, K.R.: Logik der Forschung (1994) 0.00
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Years

Languages

  • d 11
  • e 1

Types

  • m 13
  • x 1

Subjects

Classifications