C 2024

The comprehension of broad focus: Probing alternatives to verb phrases

LACINA, Radim; Patrick STURT and Nicole GOTZNER

Basic information

Original name

The comprehension of broad focus: Probing alternatives to verb phrases

Authors

LACINA, Radim; Patrick STURT and Nicole GOTZNER

Edition

Berlin, Information structure and information theory, p. 23-53, Topics as the Grammar-Discourse Interface 10, 2024

Publisher

Language Science Press

Other information

Language

English

Type of outcome

Chapter(s) of a specialized book

Country of publisher

Germany

Confidentiality degree

is not subject to a state or trade secret

Publication form

printed version "print"

References:

Organization

Repository – Repository

ISBN

978-3-96110-481-9

Keywords in English

information structure, focus, alternatives, probe recognition, broad focus
Changed: 11/1/2025 00:51, RNDr. Daniel Jakubík

Abstract

V originále

amp; Spalek 2019), consistent with Rooth’s (1992) formal semantic account. However, focus can also take a scope over whole phrases such as the VP read the manuscript. We examined whether in these cases, too, alternatives are represented by testing for an interference effect of the particle only, which necessarily evokes alternatives. Using the probe recognition task, we first tested unmentioned alternatives to the constituent parts of VPs, to object nouns (Experiment 1, letter for manuscript) and verbs (Experiment 2, wrote for read). In Experiment 3, we tested alternatives to the whole phrase (wrote the letter). In all experiments, alternative probes were processed slower than unrelated ones. We found varying evidence of the interference effects of only with noun, verb and whole-phrase alternatives. Overall, this study does not provide support for the generalisation of the effects of only to larger units. Since our study was the first to use the probe recognition task with phrase-sized constituents, we discuss the methodological implications of our work – we found a relatedness effect for whole phrases and this shows that the probe recognition task can be used to test the representation of larger constituents.

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