Many morphologically ergative languages display asymmetries in the extraction of core arguments: while absolutive arguments (transitive objects and intransitive subjects) extract freely, ergative arguments (transitive subjects) cannot. This falls under the label "syntactic ergativity" (see, e.g. Dixon 1972Dixon , 1994Manning 1996; Polinsky to appear(b)). These extraction asymmetries are found in many languages of the Mayan family, where in order to extract transitive subjects (for focus, questions, or relativization), a special construction known as the "Agent Focus" (AF) must be used. These AF constructions have been described as syntactically and semantically transitive because they contain two non-oblique DP arguments, but morphologically intransitive because the verb appears with only a single agreement marker and takes an intransitive status suffix (Aissen 1999; Stiebels 2006). In this paper we offer a proposal for (i) why some morphologically ergative languages exhibit extraction asymmetries, while others do not; and (ii) how the AF construction in Q'anjob'al circumvents this problem. We adopt recent accounts which argue that ergative languages vary in the locus of absolutive case assignment (Aldridge 2004(Aldridge , 2008aLegate 2002Legate , 2008, and propose that this variation is present within the Mayan family. Based primarily on comparative data from Q'anjob'al and Chol, we argue that the inability to extract ergative arguments does not reflect a problem with properties of the ergative subject itself, but rather reflects locality properties of absolutive case assignment in the clause. We show how the AF morpheme -on circumvents this problem in Q'anjob'al by assigning case to internal arguments.

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This paper argues that long-distance assimilations between consonants come in two varieties: total identity, which arises via a non-local relation between the interacting segments; and partial identity, which results from local articulatory spreading through intervening segments (Flemming 1995; Gafos 1999). Our proposal differs from previous analyses (Hansson 2001; Rose and Walker 2004) in that only total identity is a non-logcal phenomenon. While non-adjacent consonants may interact via a relation we call linking, the only requirement which may be placed on linked consonants is total identity. All single feature identities are the result of local spreading. The interaction of a total identity requirement on ejectives and stridents with anteriority harmony in Chol (Mayan) highlights the distinction between these two types of long-distance phenomena. We show that theories that allow non-local, single-feature agreement make undesirable predictions, and that the more restrictive typology predicted by our framework is supported by the vast majority of long-distance assimilation cases. * We are very grateful to two anonymous reviewers for many useful and detailed comments, which have greatly improved this paper. We are also indebted to Adam Albright, Donca Steriade, and Michael Kenstowicz for reading and commenting on previous versions of this work. Thank you also to

This paper develops a new approach to a family of hierarchy effect-inducing configurations, with a focus on Person Case Constraint (PCC) effects, dative-nominative configurations, and copula constructions. The main line of approach in the recent literature is to attribute these effects to failures of φ-Agree or, more specifically, failures of nominal licensing or case checking. We propose that the problem in these configurations is unrelated to nominal licensing, but is instead the result of a probe participating in more than one Agree dependency, a configuration we refer to as feature gluttony. Feature gluttony does not in and of itself lead to ungrammaticality, but rather can create irresolvably conflicting requirements for subsequent operations. We argue that in the case of clitic configurations, a probe which agrees with more than one DP creates an intervention problem for clitic-doubling. In violations involving morphological agreement, gluttony in features may result in a configuration with no available morphological output.

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