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Negation in Morphology  

Karen De Clercq

Negative markers are not a uniform category. They come in various types and, depending on their type, they take scope over a clause, a phrase, or just a word. Low scope negative markers (LSN) like de-, dis-, un-, iN-, non-, -less are bound morphemes and have therefore been mainly studied within morphology, focusing on the semantics of these markers (contradiction vs. contrariety), issues related to their productivity, and their combinability with certain categories. Wide scope negative markers (WSN), like not are often free morphemes and are usually treated within syntax. Thus there is a morphology-syntax divide when it comes to the treatment of negative markers. However, there are reasons to give up this divide and to uniformly treat negative markers within one module of the grammar. First, from a typological point of view, the bound-free divide of negative markers does not correlate with their scope. For instance, agglutinative languages have WSN markers that are bound morphemes attaching to the verbal base. Second, morphological processes, like suppletion or other types of allomorphy, can be observed in markers that show properties of WSN markers. Third, independent negative particles, like for instance the Dutch free morpheme weinig ‘little, few’, shares stacking properties with other LSN markers like un- and iN-. Fourth, both LSN and WSN markers are subject to the same constraint concerning stacking scopally identical negative markers. Fifth, syncretisms have been found across languages between WSN and LSN, allowing negative markers to be ordered in such a way that no ABA patterns arise, suggesting that the morphology of negative markers reflects the natural scope of negation and that there is a continuum between LSN and WSN markers.


Derivational Economy in Syntax and Semantics  

Željko Bošković and Troy Messick

Economy considerations have always played an important role in the generative theory of grammar. They are particularly prominent in the most recent instantiation of this approach, the Minimalist Program, which explores the possibility that Universal Grammar is an optimal way of satisfying requirements that are imposed on the language faculty by the external systems that interface with the language faculty which is also characterized by optimal, computationally efficient design. In this respect, the operations of the computational system that produce linguistic expressions must be optimal in that they must satisfy general considerations of simplicity and efficient design. Simply put, the guiding principles here are (a) do something only if you need to and (b) if you do need to, do it in the most economical/efficient way. These considerations ban superfluous steps in derivations and superfluous symbols in representations. Under economy guidelines, movement takes place only when there is a need for it (with both syntactic and semantic considerations playing a role here), and when it does take place, it takes place in the most economical way: it is as short as possible and carries as little material as possible. Furthermore, economy is evaluated locally, on the basis of immediately available structure. The locality of syntactic dependencies is also enforced by minimal search and by limiting the number of syntactic objects and the amount of structure accessible in the derivation. This is achieved by transferring parts of syntactic structure to the interfaces during the derivation, the transferred parts not being accessible for further syntactic operations.


Scope Marking at the Syntax-Semantics Interface  

Veneeta Dayal and Deepak Alok

Natural language allows questioning into embedded clauses. One strategy for doing so involves structures like the following: [CP-1 whi [TP DP V [CP-2 … ti …]]], where a wh-phrase that thematically belongs to the embedded clause appears in the matrix scope position. A possible answer to such a question must specify values for the fronted wh-phrase. This is the extraction strategy seen in languages like English. An alternative strategy involves a structure in which there is a distinct wh-phrase in the matrix clause. It is manifested in two types of structures. One is a close analog of extraction, but for the extra wh-phrase: [CP-1 whi [TP DP V [CP-2 whj [TP…t­j­…]]]]. The other simply juxtaposes two questions, rather than syntactically subordinating the second one: [CP-3 [CP-1 whi [TP…]] [CP-2 whj [TP…]]]. In both versions of the second strategy, the wh-phrase in CP-1 is invariant, typically corresponding to the wh-phrase used to question propositional arguments. There is no restriction on the type or number of wh-phrases in CP-2. Possible answers must specify values for all the wh-phrases in CP-2. This strategy is variously known as scope marking, partial wh movement or expletive wh questions. Both strategies can occur in the same language. German, for example, instantiates all three possibilities: extraction, subordinated, as well as sequential scope marking. The scope marking strategy is also manifested in in-situ languages. Scope marking has been subjected to 30 years of research and much is known at this time about its syntactic and semantic properties. Its pragmatics properties, however, are relatively under-studied. The acquisition of scope marking, in relation to extraction, is another area of ongoing research. One of the reasons why scope marking has intrigued linguists is because it seems to defy central tenets about the nature of wh scope taking. For example, it presents an apparent mismatch between the number of wh expressions in the question and the number of expressions whose values are specified in the answer. It poses a challenge for our understanding of how syntactic structure feeds semantic interpretation and how alternative strategies with similar functions relate to each other.