To what extent does networked scholarship in the humanities parallel established models in the sciences? The present study examines the connections of a 7-year interdisciplinary, dispersed, collaborative network composed of 33 humanities scholars investigating the Hispanic Baroque. Our findings suggest that project membership leads to greater network density and integration, without necessarily increasing the level of in-depth collaboration typically found in the sciences. Hence, collaborative models in the humanities, while increasingly important, are distinct from their counterparts in the sciences. The study provides a more nuanced view of networked scholarship because it demonstrates that large-scale collaborative projects can yield a high level of integration of the overall network, while at the same time allowing for strong thematic clustering. This dual structural process is relevant because not all network members can form dense relations with one another. Furthermore, we identified that principal investigators showed different networking strategies.

We show how in colonial Potosí (present-day Bolivia) social and political stability was achieved through the self-organization of society through the repetition of religious rituals. Our analysis shows that the population of Potosí develops over the time a series of cycles of rituals and miracles as a response to social upheaval and natural disasters and that these cycles of religious performance become crucial mechanisms of cooperation among different ethnic and religious groups. Our methodology starts with a close reading and annotation of the Historia de Potosí by Bartolomé Arzans. Then, we model the religious cycles of miracles and rituals and store all social and cultural information about the cycles in a multirelational graph database. Finally, we perform graph analysis through traversals queries in order to establish facts concerning social networks, historical evolution of behaviors, types of participation of miraculous characters according to dates, parts of the city, ethnic groups, etc. It is also important to note that the religious activity at the group level gave native communities a way to participate in the social life. It also guaranteed that the city performed its role as producer of silver in the global economic structure of the Spanish empire. This case proves the importance of religion as a mechanism of stability and self-organization in periods of social or political turbulence. The multidisciplinary methodology combining traditional humanistic techniques with graph analysis shows a great potential for other sociological, historical, and literary problems.

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This paper presents SylvaDB, a graph database management system designed to be used by people with no technical knowledge. SylvaDB is based on flexible schema definitions and has been developed taking into account the need to deal with semantic information. It relies on the mathematical notion of property graph. SylvaDB is an open source project and aims at lowering the barrier of adoption for anyone using graph databases. At the same time, it is robust and scalable enough to support collaborative large projects related to knowledge management, document archiving, and research.