“…Preserving or associating information together with this larger network of relationships is what allows information to serve as evidence. The intersection of information technology and the contextual and evidentiary aspect of information is a particularly fruitful line of enquiry in fields such as: - Digital Libraries—for example, the study of the types of contexts and their relevance to the information mediation process in digital libraries (Neuhold, Niederée, Stewart, Frommholz, & Mehta, ), and the study of ways to (semi‐) automatically determine various contexts of the creation and use of digital objects before ingest into a digital library system (Mayer & Rauber, ).
- Digital Preservation—for example, identifying the types of metadata that can be utilized within the preservation process so as to re‐contextualize material for future use (Beaudoin, ).
- Digital Forensics—for example, designing systems for e‐mail recovery that visualize the process by recreating the evidentiary environment and data (Tiwari, Samaddar, Singh, & Dwivedi, ).
- Computer Supported Cooperative Work—for example, researching the efficacy of collaborative problem‐solving in the presence or absence of complete evidence (Balakrishnan, Fussell, Kiesler, & Kittur, ).
- Personal Information Management—for example, highlighting the contextual factors that influence how information is organized in the workplace (Kwasnik, ; Barreau, ; Henderson, ).
- Artificial Intelligence—for example, designing interactive educational assessment environments that take an evidence‐based approach in order to support particular assessment claims (Zapata‐Rivera, Hansen, Shute, Underwood, & Bauer, ).
- Evidence‐based medicine (EBM) and evidence‐based software engineering (EBSE)—for example, designing technological solutions (text‐mining based pipelines) for accelerating the creation and updating of accurate and comprehensive medical evidence reports (Cohen et al., ).
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