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BL
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| Record Number
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856154
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| Title & Author
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Methods and Interdisciplinarity /\ edited by Roger Waldeck.
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| Publication Statement
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London :: ISTE, Ltd. ;Newark :: Wiley,, 2020.
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| Series Statement
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Modeling methodologies in social sciences set ;; v. 1
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| Page. NO
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1 online resource (205 pages)
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| ISBN
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1119681510
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: 1119681537
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: 9781119681519
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: 9781119681533
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1786304880
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9781786304889
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| Notes
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6.4.2. From model to reality
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| Bibliographies/Indexes
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Includes bibliographical references and index.
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| Contents
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Cover; Half-Title Page; Title Page; Copyright Page; Contents; Preface; Preamble; Methods and interdisciplinarity; The authors Sophie Caillon; Sophie Gaultier Le Bris; Yannis Haralambous; Vanesse Labeyrie; Pierre Livet; Jean-Pierre Müller; Denise Pumain; Siegfried Rouvrais; Matthieu Salpeteur; Mathieu Thomas; Roger Waldeck; Acknowledgements; References; 1. Promoting and Experimenting with Interdisciplinarity; 1.1. Iméra project (Institut méditerranéen d'études avancées -- Mediterranean Institute of Advanced Studies); 1.2. Testing the typology of interdisciplinarity
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1.2.1. From formalisms to models and experiments1.2.2. Interacting with cross-disciplinary learning and instrumentation; 1.2.3. Interdisciplinarity of competing hypotheses and experiments; 1.2.4. Reflective intertemporal interdisciplinarity; 1.2.5. Interactions by combining disciplines; 1.2.6. Interdisciplinarity of reciprocity between contexts; 1.2.7. Transdisciplinarity between science and the reception of science; 1.2.8. Transdisciplinarity between arts and sciences; 1.3. Conclusion; 2. Geography and Computer Science: Reasons for a Marriage, a Marriage of Reason?; 2.1. Introduction
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2.2. Computers and numbers: quantifying geography2.2.1. Diversity of practices; 2.2.2. Epistemological changes driven by computer science rather than conceptual borrowings; 2.3. Simulation in geography and algorithmic thinking; 2.3.1. A difficult path; 2.3.2. Towards a win-win collaboration; 2.3.3. Geography in all digital objects; 2.4. Conclusion; 2.5. References; 3. Conceptual Modeling and Multidisciplinary Dialogue; 3.1. Introduction; 3.2. Representation of theoretical discourses; 3.3. Disciplinary views on species; 3.4. Sectors and qualities; 3.5. Validation and communicability
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3.6. Conclusion3.7. References; 4. Network Analysis: Linking Social and Ecological Dynamics; 4.1. Introduction; 4.1.1. Societies-environment interactions, what complex systems?; 4.1.2. Introduction to network formalism; 4.2. Examples of applications to the study of interactions between societies and the environment; 4.2.1. Crop seed circulation and social networks; 4.2.2. Circulation of knowledge and structuring of knowhow; 4.3. Discussion: a necessary link between the quantitative and the qualitative; 4.4. References; 5. Interdisciplinarity and VUCA; 5.1. Introduction; 5.2. Decision theory
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5.3. An interdisciplinary look at VUCA5.3.1. VUCA definitions in management; 5.3.2. Definitions from decision theory; 5.4. Discussion; 5.5. References; 6. Learning Methodology for VUCA Situations; 6.1. Engineering education & training and highly reliable organizations; 6.2. Issues at stake; 6.2.1. VUCA phenomenon classes; 6.3. Theoretical framework of organizational reliability; 6.3.1. Running highly reliable and actionist organizations; 6.3.2. Selected models; 6.4. Cross-disciplinary decision-making skills: designoriented research; 6.4.1. Research methodology for learning
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| Subject
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Interdisciplinary research.
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| Subject
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Interdisciplinary research.
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| Dewey Classification
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001.4
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| LC Classification
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Q180.55.I48
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| Added Entry
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Waldeck, Roger.
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