Open Access

Patrick Brandt

• The principal claim of this dissertation is that there is a unique structural core shared by Double Object, Dative Experiencer and Existential/Presentational constructions. This core is argued to take the form of a Cipient Predication structure, `cipient covering traditional notions like (affected) source/goal, recipient, indirect object or dative experiencer. Central questions arising in defining Cipient Predication are: How are cipients thematically licensed, and what is the role of there in argument-structural terms? What is the structural locus of cipients/there? What is the role and nature of dative case? How can the possessive interpretation, the blocking and definiteness effects associated with the above-mentioned constructions be explained? Cipients are presented as external arguments and logical subjects (location individuals) of predicates derived from a propositional meaning embedded in the VP, the predicate formed by a lower tense head `little t that is overtly realized as there. Little t is argued to encode a distinction at the reference time level, structural dative hinging on a tense property like structural nominative. The cipient relates as a whole to a part to a VP-internal location argument that together with the theme furnishes the propositional meaning (`possession ). As logical subjects, cipients anchor the predicate to the utterance context, forcing its interpretation in extralinguistic terms (`blocking effects ). It is proposed that lacking structurally encoded subjects, Existential/Presentational constructions are not saturated expressions in syntax, precluding the interpretation of certain quantifiers (most/every, vide `definiteness effects ). Cipient Predication, couched in terms of the Minimalist Program (in particular, Chomsky 1999) and a semantics relying on tense and the ontological distinction of locations as well as scalar and part-whole structure, should be of interest to scholars working on datives, argument structure, and the syntax/semantics/pragmatics interface more generally.