Deriving Coordinate Symmetries

Name: Deriving Coordinate Symmetries | A phase-based approach integrating Select, Merge, Copy and Match
Brand: John Benjamins Publishing Company
Price: 167.99 EUR
Availability: OnlineOnly

A phase-based approach integrating Select, Merge, Copy and Match

John R. te Velde(Autor*in)

John Benjamins Publishing Company

1. Auflage

Erschienen am 18. Januar 2006

X, 385 Seiten

E-Book

PDF mit Adobe-DRM

Systemvoraussetzungen

978-90-272-9372-5 (ISBN)

167,99 €inkl. 7% MwSt.

Systemvoraussetzungen

für PDF mit Adobe-DRM

E-Book Einzellizenz

Als Download verfügbar

Beschreibung

Weitere Details

Weitere Ausgaben

Person

Inhalt

Deriving Coordinate Symmetries
Editorial page
Title page
LCC data
Table of contents
Abbreviations
Outline of the study
1.1. Introduction
1.2. Features and matching in coordination
1.3. Merge and phase in the derivation of coordinate structures
1.4. Ellipsis in conjunction
1.5. Coordinate ellipsis and the structure of Germanic
Features and matching in coordination
2.1. Coordinate Feature Matching (CFM)
2.2. Features in syntax vs. in coordination
2.3. Features in coordination
2.3.1. Symmetry and features in conjunction: questions raised
2.3.2. Asymmetry and features in coordination
2.3.3. Configurations and agreement in coordinate structures
2.3.4. Configurations and (a)symmetry in coordinate structures
2.4. Feature matching in derivation
2.4.1. CFM within a derivational model
2.4.2. On the syntax and semantics of [&]
2.4.3. Some semantic issues of coordination and agreement
2.4.4. The core relations and their features in coordinate symmetry
2.4.5. Independent support for CFM from experiments
2.4.6. Deriving coordinate symmetry
2.4.7. Feature matching and structural isometricity
2.5. Feature matching and configurations
2.5.1. Camacho (2000) on syntactic symmetries in coordination
2.5.2. An alternate proposal
2.5.3. Symmetry and sharing in conjoined clauses
2.5.4. Feature matching in certain asymmetric constructions
2.5.5. weil+V2: Conjunction-clause and syntax-semantics mismatches
2.5.6. Summarizing the mismatches
2.6. Symmetry within asymmetry through Select, Copy and Match
2.7. Chapter summary and conclusions
Deriving coordinate structures
3.1. Some background
3.2. Binary phrase structure, asymmetry and coordination
3.3. Coordination in the Spec-head-complement model
3.3.1. Move alpha not required in conjunction
3.3.2. Unbalanced coordination
3.4. Properties of [&] and clausal conjuncts
3.4.1. [&] does not project a phrase
3.4.2. [&] does not assign or check Case
3.4.3. Non-projecting [&] and asymmetric agreement
3.4.4. Not all coordinate constructions are CP-based
3.5. Conjunction as a pure Merge operation
3.5.1. Steps in conjunction
3.5.2. Comparing conjunction by pure Merge to other models
3.5.3. Solutions available in a phase-based model
3.5.4. The role of CFM in a derivational model
3.5.5. Feature Matching in conjunction vs. in simplex sentences
3.5.6. Selection and sequence issues
3.6. An account of breakdown in agreement using a CFM-based derivational model
3.6.1. Abstract, morphological and default Case
3.6.2. Symmetry and derivational economy
3.6.3. Breakdown and prescriptiveness in English
3.7. Chapter conclusion
Deriving coordinate ellipsis
4.0. Introduction
4.1. Some core properties of and basic assumptions about ellipsis
4.1.1. Core properties
4.1.2. Parallelism: Its properties, source and role in coordinate ellipsis
4.1.3. Coordinate ellipsis, matching and sloppy identity
4.1.4. Asymmetry versus coordinate symmetry: Gap or no gap?
4.2. Licensing of gaps
4.2.1. Williams' proposal and an alternative
4.2.2. Licensing locally by a lexical head at the left edge
4.2.3. Licensing locally by a prosodic feature at the right edge
4.2.4. Licensing by a prosodic feature conjunct-internally
4.3. Recovery of gaps by matching in LF
4.3.1. Recovery in LEE
4.3.2. Recovery in RNR
4.3.3. Recovery in Gapping
4.4. VPE
4.4.1. Binding, not matching
4.4.2. Some additional contrasts and a conclusion
4.5. Coordinate ellipsis and derivation by phase with Copy and Match
4.5.1. Deriving coordinate ellipsis
4.5.2. Symmetric ellipsis in non-coordinate structures
4.5.3. ATB phenomena and the CSC: Ross's generalization and what it accounts for
4.5.4. Comparing the parasitic gap construction to the ATB construction
4.6. Chapter summary and conclusion
Coordinate ellipsis and the structure of West Germanic
5.0. Introduction
5.1. The left edge and coordinate ellipsis
5.1.1. LEE and the left edge in Germanic: Reviewing the data
5.1.2. Büring and Hartmann (1998) on left-edge subject gaps
5.1.3. Comparing a VPR account of left-edge subject gaps
5.1.4. Phase Theory, subject-object asymmetries and LEE
5.2. Other types of coordinate ellipsis and the West Germanic CP-domain
5.2.1. RNR and subject-object asymmetries
5.2.2. Gapping, RNR and subject-object asymmetries
5.3. Coordination and a finely-structured CP-domain
5.4. Gapping and the structure of the German VP
5.5. Chapter conclusion
Notes
Chapter 1
Chapter 2
Chapter 3
Chapter 4
Chapter 5
References
Appendix
Left-Edge Subject Deletion
Left-Edge Direct-Object Deletion
Left-Edge Indirect-Object Deletion
Gapping
Right-Edge Ellipsis (a.k.a. RNR
some sentences also have Gapping)
Note
Name index
Subject index
The series Linguistik Aktuell/Linguistics Today

Systemvoraussetzungen

Als PDF speichern Als Link merken