Mary S. Morgan is the Albert O. Hirschman Professor of History and Philosophy of Economics at the London School of Economics. Kim M. Hajek is a postdoctoral researcher on the LSE-based Narrative Science Project, and in 'Scholarly Vices' at the University of Leiden. Dominic J. Berry is Research Fellow on the Narrative Science Project, and the 'Everyday Cyborgs 2.0' project at the University of Birmingham.

'Through a mosaic of case studies from the natural and social sciences, this remarkable collection investigates the many ways in which scientists use narratives as modes and sites of sense-making, representation, and reasoning. The Narrative Science approach imaginatively reconfigures the relationship between philosophy, narratology and scientific practice, enriching each of these fields of inquiry as a result.' Chiara Ambrosio, University College London

• List of figures; Authors and affiliations; Foreword Mary S. Morgan, Kim M. Hajek and Dominic J. Berry; Prologues; 1. Narrative: A general purpose technology for science Mary S. Morgan; 2. What is narrative in narrative science? The narrative science approach Kim M. Hajek; Part I. Matters of Time: When time matters in the sciences, it matters in their narratives, but those narratives rarely use a simple account of time; 3. Mass extinctions and narratives of recurrence John E. Huss; 4. The narrative nature of geology and the rewriting of the stac fada story Andrew Hopkins; 5. Reasoning from narratives and models: reconstructing the tohoku earthquake Teru Miyake; 6. Stored and storied time in archaeology Anne Teather; Part II. Accessing Nature's Narratives: When nature is seen as narrating itself, narrative becomes a constituent feature of scientific accounts; 7. Great exaptations: On reading Darwin's plant narratives Devin Griffiths; 8. From memories to forecasting: Narrating imperial storm science Debjani Bhattacharyya; 9. Visual evidence and narrative in botany and war: Two domains, one practice Elizabeth Haines; 10. The trees' tale: Filigreed phylogenetic trees and integrated narratives Nina Kranke; 11. Process tracing and narrative science Sharon Crasnow; Part III. Research Narratives: When scientists write about their research, their narratives centre on their practices but reveal their beliefs about phenomena; 12. Research articles as narratives: Familiarizing communities with an approach Robert Meunier; 13. Thick and thin chemical narratives Mat Paskins; 14. Reporting on plagues: Epidemiological reasoning in the early twentieth century Lukas Engelmann; 15. The politics of representation: Narratives of automation in twentieth century American mathematics Stephanie Dick; 16. Chronicle, genealogy, and narrative: Understanding synthetic biology in the image of historiography Berry; Part IV. Narrative Sensibility and Argument: When narrative acts as a site for reasoning; 17. Anecdotes: epistemic switching in medical narratives Brian Hurwitz; 18. Narrative performance and the 'taboo on causal inference': A case study of conceptual remodelling and implicit causation Elspeth Jajdelska; 19. Reading mathematical proofs as narratives Line Edlsev Andersen; 20. Narrative solutions to a common evolutionary problem John Beatty; 21. Just-so what? Paula Olmos; 22. Narrative and natural language M. Norton Wise; Index.

Mary S. Morgan is the Albert O. Hirschman Professor of History and Philosophy of Economics at the London School of Economics. Kim M. Hajek is a postdoctoral researcher on the LSE-based Narrative Science Project, and in 'Scholarly Vices' at the University of Leiden. Dominic J. Berry is Research Fellow on the Narrative Science Project, and the 'Everyday Cyborgs 2.0' project at the University of Birmingham.

'Through a mosaic of case studies from the natural and social sciences, this remarkable collection investigates the many ways in which scientists use narratives as modes and sites of sense-making, representation, and reasoning. The Narrative Science approach imaginatively reconfigures the relationship between philosophy, narratology and scientific practice, enriching each of these fields of inquiry as a result.' Chiara Ambrosio, University College London

• List of figures; Authors and affiliations; Foreword Mary S. Morgan, Kim M. Hajek and Dominic J. Berry; Prologues; 1. Narrative: A general purpose technology for science Mary S. Morgan; 2. What is narrative in narrative science? The narrative science approach Kim M. Hajek; Part I. Matters of Time: When time matters in the sciences, it matters in their narratives, but those narratives rarely use a simple account of time; 3. Mass extinctions and narratives of recurrence John E. Huss; 4. The narrative nature of geology and the rewriting of the stac fada story Andrew Hopkins; 5. Reasoning from narratives and models: reconstructing the tohoku earthquake Teru Miyake; 6. Stored and storied time in archaeology Anne Teather; Part II. Accessing Nature's Narratives: When nature is seen as narrating itself, narrative becomes a constituent feature of scientific accounts; 7. Great exaptations: On reading Darwin's plant narratives Devin Griffiths; 8. From memories to forecasting: Narrating imperial storm science Debjani Bhattacharyya; 9. Visual evidence and narrative in botany and war: Two domains, one practice Elizabeth Haines; 10. The trees' tale: Filigreed phylogenetic trees and integrated narratives Nina Kranke; 11. Process tracing and narrative science Sharon Crasnow; Part III. Research Narratives: When scientists write about their research, their narratives centre on their practices but reveal their beliefs about phenomena; 12. Research articles as narratives: Familiarizing communities with an approach Robert Meunier; 13. Thick and thin chemical narratives Mat Paskins; 14. Reporting on plagues: Epidemiological reasoning in the early twentieth century Lukas Engelmann; 15. The politics of representation: Narratives of automation in twentieth century American mathematics Stephanie Dick; 16. Chronicle, genealogy, and narrative: Understanding synthetic biology in the image of historiography Berry; Part IV. Narrative Sensibility and Argument: When narrative acts as a site for reasoning; 17. Anecdotes: epistemic switching in medical narratives Brian Hurwitz; 18. Narrative performance and the 'taboo on causal inference': A case study of conceptual remodelling and implicit causation Elspeth Jajdelska; 19. Reading mathematical proofs as narratives Line Edlsev Andersen; 20. Narrative solutions to a common evolutionary problem John Beatty; 21. Just-so what? Paula Olmos; 22. Narrative and natural language M. Norton Wise; Index.

Mary S. Morgan is the Albert O. Hirschman Professor of History and Philosophy of Economics at the London School of Economics. Kim M. Hajek is a postdoctoral researcher on the LSE-based Narrative Science Project, and in 'Scholarly Vices' at the University of Leiden. Dominic J. Berry is Research Fellow on the Narrative Science Project, and the 'Everyday Cyborgs 2.0' project at the University of Birmingham.

'Through a mosaic of case studies from the natural and social sciences, this remarkable collection investigates the many ways in which scientists use narratives as modes and sites of sense-making, representation, and reasoning. The Narrative Science approach imaginatively reconfigures the relationship between philosophy, narratology and scientific practice, enriching each of these fields of inquiry as a result.' Chiara Ambrosio, University College London

• List of figures; Authors and affiliations; Foreword Mary S. Morgan, Kim M. Hajek and Dominic J. Berry; Prologues; 1. Narrative: A general purpose technology for science Mary S. Morgan; 2. What is narrative in narrative science? The narrative science approach Kim M. Hajek; Part I. Matters of Time: When time matters in the sciences, it matters in their narratives, but those narratives rarely use a simple account of time; 3. Mass extinctions and narratives of recurrence John E. Huss; 4. The narrative nature of geology and the rewriting of the stac fada story Andrew Hopkins; 5. Reasoning from narratives and models: reconstructing the tohoku earthquake Teru Miyake; 6. Stored and storied time in archaeology Anne Teather; Part II. Accessing Nature's Narratives: When nature is seen as narrating itself, narrative becomes a constituent feature of scientific accounts; 7. Great exaptations: On reading Darwin's plant narratives Devin Griffiths; 8. From memories to forecasting: Narrating imperial storm science Debjani Bhattacharyya; 9. Visual evidence and narrative in botany and war: Two domains, one practice Elizabeth Haines; 10. The trees' tale: Filigreed phylogenetic trees and integrated narratives Nina Kranke; 11. Process tracing and narrative science Sharon Crasnow; Part III. Research Narratives: When scientists write about their research, their narratives centre on their practices but reveal their beliefs about phenomena; 12. Research articles as narratives: Familiarizing communities with an approach Robert Meunier; 13. Thick and thin chemical narratives Mat Paskins; 14. Reporting on plagues: Epidemiological reasoning in the early twentieth century Lukas Engelmann; 15. The politics of representation: Narratives of automation in twentieth century American mathematics Stephanie Dick; 16. Chronicle, genealogy, and narrative: Understanding synthetic biology in the image of historiography Berry; Part IV. Narrative Sensibility and Argument: When narrative acts as a site for reasoning; 17. Anecdotes: epistemic switching in medical narratives Brian Hurwitz; 18. Narrative performance and the 'taboo on causal inference': A case study of conceptual remodelling and implicit causation Elspeth Jajdelska; 19. Reading mathematical proofs as narratives Line Edlsev Andersen; 20. Narrative solutions to a common evolutionary problem John Beatty; 21. Just-so what? Paula Olmos; 22. Narrative and natural language M. Norton Wise; Index.