Formal Approaches to Semantic Microvariation: Adverbial ...
Formal Approaches to Semantic Microvariation: Adverbial ...
Formal Approaches to Semantic Microvariation: Adverbial ...
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
in this way <strong>to</strong> account for another semantic pattern observed with anti-additive quantifiers.<br />
As noticed by Muller (1991) and Ladusaw (1992), sentences with anti-additive<br />
quantifiers in French allow negative concord (NC) readings. In the vast majority of<br />
contexts, French sentences with multiple N-words are interpreted as having a single<br />
negation. For example, although (6) contains two negative quantifiers, personne and<br />
rien, on the most salient reading of this sentence, the two negations do not cancel each<br />
other out.<br />
(6) Personne a rien fait<br />
No one has nothing done<br />
‘No one did anything’<br />
There is a second way of interpreting (6), namely one in which personne and rien do<br />
cancel each other out. This is the double negation reading (‘No one did nothing’).<br />
de Swart & Sag (2002) propose that ambiguity between double negation readings and<br />
negative concord readings in sentences such as in (6) is due <strong>to</strong> the existence of rule of<br />
semantic composition in the grammar of French called Resumption. This rule applies<br />
<strong>to</strong> sequences of anti-additive quantifiers and absorbs them in<strong>to</strong> a complex with a single<br />
polyadic negative quantifier NO’. The rule for k-ary resumption is given in (7).<br />
(7) k-ary resumption:<br />
The k-ary resumption of a (type < 1,1 > quantifier Q is a type < 1 k ,k > quantifier<br />
Q ′ with the following interpretation:<br />
Q ′A 1,A 2 ,...A k<br />
E<br />
(R) = Q A 1×A 2 ×A k<br />
(R)<br />
E k<br />
Where A 1 ...A k are subsets of the universe of discourse E.<br />
(de Swart & Sag (2002: 385))<br />
Crucially here, de Swart & Sag analyze (almost) all anti-additive quantifiers as being<br />
95