Titlebook: Incomplete Category Fronting; A Derivational Appro Gereon Müller Book 1998 Springer Science+Business Media Dordrecht 1998 Derivation.Extrap

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Movement Theory,hat will be clarified in what follows. And third, I will assume that there is a third type of constraint, viz., . conditions. These constraints regulate the interaction of different movement operations.

paltry

Anti-Freezing,pected non-occurrence of Freezing effects under certain, well-defined circumstances. Most notably, these “Anti-Freezing” effects systematically show up with remnant movement; and this is the second peculiar property of remnant movement noted in section 3 of chapter 1 that calls for a principled explanation.

鋼盔

Book 1998perspective. The study presents a wealth ofempirical evidence involving unbound traces created by remnanttopicalization, wh-movement, scrambling, left dislocation, andextraposition. Four characteristic properties of remnant movement areidentified that pose severe problems for a representational move

FLEET

Concluding Remarks,larly relevant are the Barriers Condition, Fewest Steps, Last Resort, the Strict Cycle Condition, and the Minimal Link Condition (MLC), viewed here as a part of Last Resort. This approach relies on the assumption that movement operations are triggered by features, and the features that I have focussed on are [+wh], [top], [scr], and [extr].

挖掘

Movement Theory,tors.. First, movement theory comprises . constraints. These constraints ensure that movement operations of any kind must be sufficiently “l(fā)ocal.” Second, minimalist movement theory crucially makes use of . constraints; these constraints require that movement operations be “economical,” in a sense t

jumble

Anti-Freezing,ce is outside of XP. Basically, two kinds of approaches can be distinguished that strive to account for this Freezing effect that occurs with moved items, viz., (a) a representational account (see Browning (1991)), and (b) a derivational account (see Collins (1994)). The main purpose of this chapter

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Remnant Movement Asymmetries,may affect remnant categories in the same way. More specifically, upon first glance it looks as though whereas remnant topicalization and remnant .-movement are possible, remnant scrambling and remnant left dislocation are not. Since all these movement types may perfectly well affect complete, i.e.,

Optometrist

Intermediate Traces and Extraposition,he apparent inability of remnant movement to create unbound intermediate traces (cf. den Besten & Webelhuth (1990), Fanselow (1992; 1993), Grewendorf (1994), and Bayer (1996)). Two relevant constructions that initially lend support to this view are repeated here in (1) and (2) (= (63) and (65-a) fro

人充滿活力

Concluding Remarks,left dislocation, and extraposition. I have tried to show that there are a number of properties of remnant movement in German that are surprising under a representational approach (viz., violations of the Proper Binding Condition, Anti-Freezing effects, movement type asymmetries, and an apparent pro

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d by Saiensu-sha, Japan, in March 2005, has fortunately acquired a favorable reputation. I am grateful to the readers for their kind feedbacks, many of which are included in this edition. I hope this English publication attracts readers in wider areas, and evokes valuable feedbacks furthermore. In t