Chapter 5
Theories of language, language comparison, and grammatical description
Correcting Haspelmath
This essay is a study of Haspelmath’s conception of ‘comparative concepts’ vs. ‘descriptive categories’ from a new angle: a study concentrating on questions of logical form and formal explicitness rather than on linguistic adequacy; it is suggested that the inconclusiveness of previous discussion of the conception is mainly due to formal flaws hidden in Haspelmath’s account by its informality. Three major flaws of the conception are identified: (i) a failure to explicitly relativize comparative-concept terms to languages: to construe the terms as relational, as denoting relations between linguistic items, or constructions, and languages; (ii) misconstruing empirical statements on descriptive categories as definitions of the category terms; and (iii) a failure to recognize the importance of theories of language in dealing with ‘comparative concepts’ vs. ‘descriptive categories’. There are serious consequences of these flaws, which are pointed out in detail. The conception as such is not rejected: ten revisions are proposed for an improved version. An attempt is made throughout to actually settle matters, which requires going into details rather deeply. The essay proceeds in three steps, using background notions from logic and the philosophy of science: after the introductory Part A (§§ 1 and 2), Haspelmath’s definition of “serial verb construction” is carefully analysed in Part B (§§ 3 to 10) as the most elaborate example of how he wishes to deal with comparative concepts; in Part C (§§ 11 to 19), the conception of ‘comparative concepts’ vs. ‘descriptive categories’ is modified by introducing the revisions, first with respect to comparative concepts (§§ 11 to 13), then with respect to descriptive categories (§§ 14 to 16), resulting in a different view of their interrelations (§§ 17 and 18) and in a more adequate conception of the relations between general linguistics, comparative linguistics, and descriptive linguistics (§ 19).
Article outline
- A.Introduction and background
- 1.Introduction
- 1.1Motivation: Why this essay, and for whom
- 1.2Topic and coverage (1): General
- 1.3Topic and coverage (2): Limitations
- 1.4Method (1): General
- 1.5Method (2): Specifics
- 1.6Major theses
- 1.7Organization
- 2.Background
- 2.1Logic (1): General
- 2.2Logic (2): Lambda expressions
- 2.3Logic (3): Intensions
- 2.4Logic (4): The language
- 2.5Notions of category (1): General
- 2.6Notions of category (2): Descriptive categories
- B.Determining a comparative concept: The definition of “serial verb construction”
- 3.Background: Definition types
- 3.1A basic ambiguity: ‘Real’ vs. ‘nominal’ definitions
- 3.2Types of nominal definitions (1): Stipulative definitions
- 3.3Types of nominal definitions (2): Explicative definitions
- 3.4Explications and the status of explicative definitions
- 4.Basic type of the definition
- 4.1The definition
- 4.2The objects of the definition: A threefold ambiguity
- 4.3The ambiguity resolved
- 4.4The definition as a nominal definition
- 5.Subtype of the definition
- 5.1The definition as an explicative definition
- 5.2The explication
- 5.3The explicatum theory
- 6.Background: Definition form
- 6.1Informal and formal definitions
- 6.2Requirements on stipulative definitions
- 6.3Proper definitions (1): Equivalences
- 6.4Proper definitions (2): Identities
- 7.The definition of “serial verb construction”: Logical form (1)
- 7.1Introduction
- 7.2Formal rendering of the definition: The translation D1
- 7.3“serial verb construction”: Logical status as a 1-place predicate
- 8.The definition of “serial verb construction”: Logical form (2)
- 8.1The same-language requirement: The problem of the hidden variable
- 8.2Dealing with the requirement
- 8.3Status of the hidden variable: Bound or free?
- 8.4“serial verb construction”: Logical status as a 2-place predicate
- 8.5An alternative: “serial verb construction” as a one-place function-term
- 8.6A basic inconsistency
- 9.The concept of serial verb construction
- 9.1Basis for the concept
- 9.2Two ways of construing the concept
- First construction of the concept
- Second construction of the concept
- 9.3Comparison
- 9.4Adopting the first construction of the concept
- 10.Applying the concept term
- 10.1Universality statements
- 10.2Comparative statements
- 10.3Simple descriptive statements
- 10.4Identification statements
- C.‘Comparative concepts’ vs. ‘descriptive categories’: Revising the conception
- 11.Comparative concepts (1): Basics – Revisions One to Four
- 11.1First Revision: Ambiguities resolved
- 11.2Second Revision: Reference to languages made explicit
- 11.3Third Revision: The nature of concepts clarified
- 11.4Fourth Revision: Concept types based on definition types
- 12.Comparative concepts (2): Intension-based concept types – Revisions Five to Seven
- 12.1Fifth Revision: Comparative concepts as properties of construction/language pairs
- 12.2Sixth Revision: Comparative concepts as properties of item/language pairs
- 12.3The problem of dealing with linguistic functions
- 12.4Seventh Revision: Comparative concepts as properties of language/function pairs
- 12.5The intension-based system of concept types
- 13.Comparative concepts (3): ‘Universal applicability’ – Revision Eight
- 13.1‘Universal applicability’ of comparative concepts: A problematic conception
- 13.2Analysis
- 13.3Interpreting “applicable”
- 13.4Unfoundedness of the essential claim
- 13.5Eighth Revision: Rejecting universal applicability, accepting degrees of generality
- 14.Descriptive categories (1): The nature of descriptive categories – Revision Nine
- 14.1The problem
- 14.2Ninth Revision: Adopting a form of weak constructivism throughout
- 15.Descriptive categories (2): How not to define category terms
- 15.1Background
- 15.2The problem of comparability
- 15.3Identification vs. definition: Example
- 15.4Rejection of definitions by language-specific criteria
- 16.Descriptive categories (3): The proper treatment of category terms – Revision Ten
- 16.1Category terms based on comparative concept terms (1): Lambda expressions
- 16.2Category terms based on comparative-concept terms (2): Constants
- 16.3Function category terms
- 16.4Tenth Revision: Category terms as standard category terms, basic and derived
- 16.5Non-standard category terms
- 17.Relating comparative concepts and descriptive categories. Concept types
- 17.1Comparative concepts and descriptive categories: The ontological relationship
- 17.2A notational convention
- 17.3The problem of ‘portable terms’
- 17.4Comparative concepts: Orientation types and origin types
- 17.5Standard comparative concepts and the overall system of types
- 18.The problem of type-token relations
- 18.1The non-existence claim
- 18.2The problem of general categories
- 18.3General categories as types: Qualifying the non-existence claim
- a.Comparative concepts of the construction/language type
- b.Comparative concepts of the item/language type
- c.Comparative concepts of the language/function type
- 18.4General categories and systems of categories
- 19.Theories of language, language comparison, and grammatical description
- 19.1Theories of language
- 19.2Comparative concepts and theories of language
- 19.3Comparative concepts and language comparison
- 19.4Comparative concepts and grammatical description
- 19.5General linguistics, comparative linguistics, and descriptive linguistics
-
Acknowledgements
-
References
References (51)
References
Aikhenvald, Alexandra Y.
2006. Serial verb constructions in typological perspective. In
Aikhenvald & Dixon
(eds), 1–68.
Aikhenvald, Alexandra Y.
2018. Serial Verbs. [Oxford Studies in Typology and Linguistic Theory]. Oxford: OUP.
Aikhenvald, Alexandra Y. & Dixon, Robert M.W.
(eds). 2006. Serial Verb Construction: A Cross-linguistic Typology. Oxford: OUP.
Alama, Jesse & Korbmacher, Johannes. 2019. The Lambda calculus. In
The Stanford Encyclopedia of Philosophy (Spring 2019 edn), Edward N.
Zalta
(ed.). <[URL]> (12 November 2020).
van der Auwera, Johan & Gast, Volker. 2010. Categories and prototypes. In
The Oxford Handbook of Linguistic Typology, Jae Jung
Song
(ed.), 165–189. Oxford: OUP. (Online edn 2012).
van der Auwera, Johan & Sahoo, Kalyanamalini. 2015. On comparative concepts and descriptive categories, such as they are. Acta Linguistica Hafniensia
47(2): 136–173.
Beck, David. 2016. Some language-particular terms are comparative concepts. Linguistic Typology
20(2): 395–402.
Behme, Christina & Neef, Martin
(eds). 2018. Essays on Linguistic Realism [Studies in Language Companion Series 196]. Amsterdam: John Benjamins.
Bird, Alexander & Tobin, Emma. 2018. Natural kinds. In
The Stanford Encyclopedia of Philosophy (Spring 2018 edn), Edward N.
Zalta
(ed.). <[URL]> (12 November 2020).
Cambridge Advanced Learner’s Dictionary, 4th edn. 2013. Cambridge: CUP.
Carnap, Rudolf. 1950. Logical Foundations of Probability. Chicago IL: The University of Chicago Press.
Carnap, Rudolf. 1956. Meaning and Necessity. A Study in Semantics and Modal Logic. Chicago IL: The University of Chicago Press.
Carnap, Rudolf. 1958[2012]. Introduction to Symbolic Logic and its Applications. New York NY: Dover Publications. (Reprinted in 2012 by Courier Corp. North Chelmsford MA).
Carnap, Rudolf. 1960. Einführung in die symbolische Logik mit besonderer Berücksichtigung ihrer Anwendungen. Zweite, neubearbeitete und erweiterte Auflage (2nd edn, revised and enlarged). Vienna: Springer.
Chini, Marina & Cuzzolin, Pierluigi
(eds). 2018. Typology, Acquisition, Grammaticalization Studies. Milano: Franco Angeli.
Coquand, Thierry. 2018. Type Theory. In
The Stanford Encyclopedia of Philosophy (Fall 2018 edn), Edward N.
Zalta
(ed.). <[URL]> (12 November 2020).
Cordes, Moritz & Siegwart, Geo. No year. Explication. In
The Internet Encyclopedia of Philosophy. <[URL]> (8 April 2019).
Croft, William. 2016. Comparative concepts and language-specific categories: Theory and practice. Linguistic Typology
20(2): 377–393.
Cruse, D. Alan, Hundsnurscher, Franz, Job, Michael & Lutzeier, Peter Rolf
(eds). 2005. Lexikologie. Lexicology. Ein internationales Handbuch zur Natur und Struktur von Wörtern und Wortschätzen. An International Handbook on the Nature and Structure of Words and Vocabularies, 2. Halbband / Volume
2. Berlin: Walter de Gruyter.
Duchier, Denys & Parmentier, Yanick. 2015. High-level methodologies for grammar engineering. Introduction to the special issue of
Journal of Language Modelling
3(1): 5–19.
Fitting, Melvin. 2015. Intensional Logic. In
The Stanford Encyclopedia of Philosophy (Summer 2015 edn), Edward N.
Zalta
(ed.). <[URL]> (12 November 2020).
Frajzyngier, Zygmunt. 2021. Typology of functional domains. In
Linguistic Categories, Language Description and Linguistic Typology [Typological Studies in Language 132]. Amsterdam: John Benjamins. (This volume)
Gupta, Anil. 2015. Definitions. In
The Stanford Encyclopedia of Philosophy (Summer 2015 edn), Edward N.
Zalta
(ed.). <[URL]> (12 November 2020).
Hacking, Ian. 1999. The Social Construction of What?
Cambridge MA: Harvard University Press. (Quoted from Bird & Tobin 2018).
Haspelmath, Martin. 2010. Comparative concepts and descriptive categories in crosslinguistic studies. Language
86(3): 663–687.
Haspelmath, Martin. 2016. The serial verb construction: Comparative concept and cross-linguistic generalizations. Language & Linguistics
17(3): 291–319.
Haspelmath, Martin. 2018. How comparative concepts and descriptive linguistic categories are different. In
Aspects of Linguistic Variation, Daniël
Van Olmen, Tanja
Mortelmans & Frank
Brisard
(eds), 83–114. Berlin: De Gruyter Mouton.
Hutton, Christopher. 1990. Abstraction and Instance: The Type-token Relationship in Linguistic Theory. Oxford: Pergamon Press. (Quoted from Wetzel 2018
).
Leech, Geoffrey & Svartvik, Jan. 1975. A Communicative Grammar of English. Based on A Grammar of Contemporary English by Randolph
Quirk, Sidney
Greenbaum, Geoffrey
Leech and Jan
Svartvik. London: Longman.
Lehmann, Christian. 2018. Linguistic concepts and categories in language description and comparison. In
Typology, Acquisition, Grammaticalization Studies, Marina
Chini & Pierluigi
Cuzzolin
(eds), 27–50. Milano: Franco Angeli.
Lieb, Hans-Heinrich. 1980. Wortbedeutung: Argumente für eine psychologische Konzeption. Lingua
52: 132.
Lieb, Hans-Heinrich. 1992. Die Polyfunktionalität des deutschen Vorgangspassivs. Zeitschrift für Sprachwissenschaft, Phonetik und Kommunikationsforschung
45(2): 178–188.
Lieb, Hans-Heinrich. 2005. Notions of paradigm in grammar. In
Lexikologie. Lexicology. Ein internationales Handbuch zur Natur und Struktur von Wörtern und Wortschätzen. An International Handbook on the Nature and Structure of Words and Vocabularies, 2. Halbband / Vol. 2, D. Alan
Cruse, Franz
Hundsnurscher, Michael
Job & Peter Rolf
Lutzeier
(eds), 1613–1646. Berlin: Walter de Gruyter.
Lieb, Hans-Heinrich
(ed.). 2017. Linguistic Research in Progress: Proceedings of the Berlin Research Colloquium on Integrational Linguistics 1992–2003 (Parts I to XXII) / Berliner Forschungskolloquium Integrative Sprachwissenschaft 1992–2003. Protokolle (Teil I bis XXII). Berlin: Freie Universität Berlin. <[URL]> (12 November 2020).
Margolis, Eric & Laurence, Stephen. 2014. Concepts. In
The Stanford Encyclopedia of Philosophy (Spring 2014 edn), Edward N.
Zalta
(ed.). <[URL]> (12 November 2020).
Moravcsik, Edith A.
2016. On linguistic categories. Linguistic Typology
20(2): 417–425.
Nefdt, Ryan M.
2018. Languages and other abstract structures. In
Essays on Linguistic Realism [Studies in Language Companion Series 196], Christina
Behme & Martin
Neef
(eds), 193–184. Amsterdam: John Benjamins.
Van Olmen, Daniël, Mortelmans, Tanja & Brisard, Frank
(eds). 2018. Aspects of Linguistic Variation. Berlin: De Gruyter Mouton.
Orilia, Francesco & Swoyer, Chris. 2017. Properties. In
The Stanford Encyclopedia of Philosophy (Winter 2017 edn), Edward N.
Zalta
(ed.). <[URL]> (12 November 2020).
Roberts, Ian
(ed.). 2017. The Oxford Handbook of Universal Grammar. Oxford: OUP.
Roberts, Ian. 2017. Introduction. In
Roberts
(ed.), 1–34.
Suppes, Patrick. 1957[1999]. Introduction to Logic [The University Series in Undergraduate Mathematics]. Princeton NJ: Van Nostrand. (Reprinted in 1999, Dover Books in Mathematics. New York NY: Dover Publications).
Thomasson, Amie. 2018. Categories. In
The Stanford Encyclopedia of Philosophy (Spring 2018 edn), Edward N.
Zalta
(ed.). <[URL]> (12 November 2020).
Wetzel, Linda. 2018. Types and tokens. In
The Stanford Encyclopedia of Philosophy (Fall 2018 edn), Edward N.
Zalta
(ed.). <[URL]> (12 November 2020).
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