Abstract

AbstractInteroperability is the property that allows systems to work together independent of who created them, or how or for what purpose they were implemented. It is crucial for aggregating data from different online resources and for integrating different kinds of data. Interoperability is based on effective standards that become and remain broadly adopted. We argue that to develop and apply such standards for evolutionary and biodiversity data sustainably, we need a community-driven, open, and participatory approach. With the goal to build such an approach, the EvoIO collaboration emerged in 2009 from several NESCent-sponsored activities. EvoIO aims to be a nucleating center for developing, applying and disseminating interoperability technology that connects and coordinates between stakeholders, developers, and standards bodies.Members of the EvoIO group have harnessed a variety of collaborative events to successfully build an initial stack of interoperability technologies that is owned by the community and open to participation. The stack addresses syntax, semantics, and programmable services, and at present includes the following components: NeXML (http://nexml.org), a NEXUS-inspired XML format that is validatable yet extensible; CDAO (http://www.evolutionaryontology.org), an ontology of comparative data analysis formalizing the semantics of evolutionary data and metadata; and PhyloWS (http://evoinfo.nescent.org/PhyloWS), a web- services interface standard for querying, retrieving, and referencing phylogenetic data on the web. Beyond demonstration prototypes, reference implementations of EvoIO stack technologies are starting to appear in production use. Aside from producing such information artefacts, EvoIO devotes much of its energy to applying principles of communication and organization that result in open and inclusive processes of community science. One of the key tools employed by EvoIO is the hackathon event format. Hackathons are highly collaborative, hands-on working meetings that catalyze practical innovation, train researchers, and foster cohesion as well as a sense of shared ownership in the results. In summary, we find that broad community participation, buy-in, and ownership are critical for developing interoperability in a sustainable fashion, and there are approaches and tools that can foster these effectively.

Highlights

  • With the goal to build such an approach, the EvoIO collaboration emerged in 2009 from several NESCent-sponsored activities towards software and data interoperability for evolutionary analysis, including the Evolutionary Informatics working group (2006-2009), and the Evolutionary Database Interoperability hackathon (2009)

  • Interoperability is crucial for aggregating data from different online resources and for integrating different kinds of data

  • As an example from evolutionary informatics, the ability to retrieve and display a phylogenetic tree by specifying solely the tree's unique identifier, followed by resolving the tip labels to taxon names and decorating the tree with geographic ranges pulled from specimen-based occurrence repositories, requires interoperability of data resources, data formats, and data semantics for trees, taxonomic names, and georeferences

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Summary

Introduction

With the goal to build such an approach, the EvoIO collaboration emerged in 2009 from several NESCent-sponsored activities towards software and data interoperability for evolutionary analysis, including the Evolutionary Informatics working group (2006-2009), and the Evolutionary Database Interoperability hackathon (2009). Interoperability is the property that allows systems to work together independent of who created them, or how or for what purpose they were implemented.

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