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The goal of this article is to understand the syntax of Icelandic indirect causatives (ICs), especially with respect to the implicit causee. We show that the complement of the causative verb must be at least as large as a VoiceP, and that it shares some properties with active VoicePs and others with passive VoicePs. We make sense of this state of affairs by proposing that the causee, while phonetically silent, has an explicit syntactic representation, but as a φP rather than a DP. We further propose that ICs are built by stacking a second VoiceP on top of the lexical verb’s first VoiceP, and that this configuration, along with the underspecified interpretation of φP, leads to a special thematic interpretation of both the causer and the implicit causee. Our analysis suggests that there are certain core ingredients involved in building ICs—such as stacked VoicePs and an underspecified causee—but that the source of these ingredients can vary across languages and constructions, depending on the formal primitives that grammars make available to the languages more generally.

In this article, we take a detailed look at clausal ellipsis in Icelandic, a hitherto understudied phenomenon. We focus on case-matching and case-mismatching facts in fragment responses. We argue that although case matching is the norm, constrained instances of casemismatching strongly suggest that there must be silent structure in the ellipsis site, and some syntactic identity condition. We outline these patterns in detail, and provide an analysis that assumes a post-syntactic approach to case marking, and a hybrid identity condition along the lines of Chung (2013).

We present an overview of an ongoing project which has the aim of developing methods for building a treebank of Icelandic. The treebank will contain both written and spoken language, and in addition have a diachronic dimension. Since Icelandic is an example of what has been called a less-resourced language when it comes to computational linguistics and language technology, it is essential to utilize the limited resources available as economically and efficiently as possible. We emphasize the importance of open source software and the interplay between linguistic knowledge and technological skills. We describe the workflow in the construction of the treebank and show how the different software tools work together towards the final representation. Finally, we show how the treebank can be used in studying some well known phenomena in Icelandic syntax.