Data and evidence in linguistics : a plausible argumentation model / András Kertész, Csilla Rákosi.

Cambridge, UK ; New York : Cambridge University Press, 2012.

xiii, 297 p. : ill. ; 24 cm.

"The question of what types of data and evidence can be used is one of the most important topics in linguistics. This book is the first to comprehensively present the methodological problems associated with linguistic data and evidence. Its originality is twofold. First, the authors' approach accounts for a series of unexplained characteristics of linguistic theorising: the uncertainty and diversity of data, the role of evidence in the evaluation of hypotheses, the problem-solving strategies as well as the emergence and resolution of inconsistencies. Second, the findings are obtained by the application of a new model of plausible argumentation which is also of relevance from a general argumentation theoretical point of view. All concepts and theses are systematically introduced and illustrated by a number of examples from different linguistic theories, and a detailed case-study section shows how the proposed model can be applied to specific linguistic problems"-- Provided by publisher.

English

May 16, 2012

Includes bibliographical references and index.

Machine generated contents note: 1. Introduction; Part I. The State of the Art: 2. The problem (P)I; 3. Historical background; 4. The partial rejection of (SVLD) in the practice of object-scientific research; 5. The partial rejection of (SVLD) in metascientific reflection; 6. The solution to (P)I; Part II. The P-Model: 7. The problem (P)II; 8. Historical background; 9. Plausible inferences; 10. Plausible argumentation; 11. The solution to (P)II; Part III. Data and Evidence: 12. The problem (P)III; 13. The concepts of 'datum' and 'evidence'; 14. The solution to (P)III; Part IV. Application of the P-Model: A Case Study: 15. The problem (P)IV; 16. A case study: a reconstruction of Gentner and Wolff (1997); 17. The solution to (P)IV; Part V. The Answers to the Open Questions: 18. The problem (P)V; 19. The answers to (OQ1)-(OQ7); 20. The solution to (P)V; 21. Summary: the solution to the main problem (MP).