Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Gaps and parasitic gaps in Bavarian

View through CrossRef
This paper explores a syntactic configuration of Bavarian (“Bavarian extraction” (BE)) in which an XP is extracted from a fronted embedded clause and placed in a position in front of that clause. In addition to the gap in the fronted embedded clause, a further gap may be licensed in this construction that represents a position in the matrix clause. It will be argued that the extracted element remains within the embedded clause and does not target a position in the matrix clause. This analysis raises the question as to how the gap in the matrix clause can be licensed. Comparing this configuration with parasitic gap constructions, I will show that contrary to what has been assumed in the literature, the BE does not involve the occurrence of a parasitic gap (neither in the embedded nor in the matrix clause). I further argue that crucial properties of BE, such as obligatory fronting of the embedded clause, can be accounted for in terms of a theory of phases, where movement is triggered by the need to dislocate elements with unvalued features to the edge of a phase. The curious appearance of a matrix gap that seems to lack a licensing element is analyzed as an instance of topic drop since the gap in the matrix clause shares crucial properties with a dropped pronominal.
Title: Gaps and parasitic gaps in Bavarian
Description:
This paper explores a syntactic configuration of Bavarian (“Bavarian extraction” (BE)) in which an XP is extracted from a fronted embedded clause and placed in a position in front of that clause.
In addition to the gap in the fronted embedded clause, a further gap may be licensed in this construction that represents a position in the matrix clause.
It will be argued that the extracted element remains within the embedded clause and does not target a position in the matrix clause.
This analysis raises the question as to how the gap in the matrix clause can be licensed.
Comparing this configuration with parasitic gap constructions, I will show that contrary to what has been assumed in the literature, the BE does not involve the occurrence of a parasitic gap (neither in the embedded nor in the matrix clause).
I further argue that crucial properties of BE, such as obligatory fronting of the embedded clause, can be accounted for in terms of a theory of phases, where movement is triggered by the need to dislocate elements with unvalued features to the edge of a phase.
The curious appearance of a matrix gap that seems to lack a licensing element is analyzed as an instance of topic drop since the gap in the matrix clause shares crucial properties with a dropped pronominal.

Related Results

Phylogenetic Study of Several Parasitic Plant Species Based on The atp-1 Gene Sequence
Phylogenetic Study of Several Parasitic Plant Species Based on The atp-1 Gene Sequence
The distinction between parasitic and non-parasitic plants can be determined by analyzing the atp-1 gene, which plays a vital role in respiration and is known for its high mutation...
An Insight of Parasitic Weeds in Africa and Scientific Developments: A Review
An Insight of Parasitic Weeds in Africa and Scientific Developments: A Review
Parasitic weeds are a major threat to food security in Africa and control measures mostly done by smallholder farmers are not effective in eradicating the parasites. This results i...
Diversity and evolution of transposable elements in the plant-parasitic nematodes
Diversity and evolution of transposable elements in the plant-parasitic nematodes
Abstract Background Transposable elements (TEs) are mobile DNA sequences that propagate within genomes, occupying a significant portion of eukaryoti...
Systematic review of triploidy among parasitic worms
Systematic review of triploidy among parasitic worms
Parasitic worms have significant medical, veterinary, and economic importance. Numerous studies have therefore addressed various aspects of parasitic worms’ biology. In contrast, t...
Parasitic Plants as Vectors for Pathogens
Parasitic Plants as Vectors for Pathogens
Parasitic plants obtain their nutrition from their hosts. In addition to this direct damage, they cause indirect damage to their hosts by transmitting various plant pathogens. Ther...

Back to Top