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Rethinking Comparative Syntax (RECOS)
Date du début: 1 juin 2011, Date de fin: 31 mai 2017 PROJET  TERMINÉ 

"This project aims to break new ground by reconceptualising the principles-and-parameters approach to comparative syntax, retaining its strengths and attempting to deal with its perceived weaknesses. The central idea is to organise the parameters of Universal Grammar into hierarchies, which define the ways in which properties of individually variant categories may act in concert; this creates macroparametric effects from the combined action of many microparameters. The highest position in a hierarchy defines a macroparameter, a major typological property, lower positions define successively more local properties. Parameter-setting in language acquisition starts at the highest position as this is the simplest choice; acquirers will ""move down the hierarchy"" when confronted with primary linguistic data incompatible with a high setting. Hence the hierarchies simultaneously define learning paths and typological properties. The main task of the project, and most of the time of the research team working on it, will be devoted to attempting to work out on the basis of cross-linguistic data the precise form of major parts of the hierarchies, thus subjecting the theoretical predictions to rigorous empirical testing. This will be done on the basis of secondary data from grammars, from on-line databases (The World Atlas of Languages Structures, WALS, and the Syntactic Structures of the World’s Languages, SSWL), and, where feasible, from native-speaker consultants. The form of the hierarchies makes predictions concerning acquisition, markedness and language change. The project aims to investigate five hierarchies: those determining word-order, null arguments, word structure, discourse-configurationality and case/agreement alignment. These five hierarchies, although not exhaustive, combine to give a typological footprint of many languages, as well as providing the basis for the study of the interaction of micro- and macroparametric interactions."