What Are Virtual Researchers Up To

Editor's Notes

• #3: Determine if there is sufficient evidence from JISC-funded virtual research environment (VRE) and digital repository projects to develop a portrait of the virtual researcher in the current virtual environment. The focus was not to identify specific user behaviors, but to develop products and technologies to embed into the workflows of scholars within specific disciplines. No conscientious effort to query large random scholars within different disciplines. There wasn’t enough empirical data to develop a portrait of the virtual researcher using the evidence from these projects. However, after interviewing and reviewing interview transcripts of 4 digital repository project managers and 7 VRE project managers, as well reviews of the project reports, papers, presentations, and collected data, some common themes have emerged.
• #4: Institutional repositories are a bit more common in today’s academia, but… [Example is the repository Boon Low and Lorraine Patterson are studying. It began in April 2009] National e-Science Centre, based at School of Physics and Astronomy, University of Edinburgh JISC funded-project is to “enhance the digital library,” especially the user interface Project will incorporate social networking into the repository, to encourage greater use
• #5: Virtual Research Environments (VREs) are rarer in many disciplines. MyExperiment.org is: a social networking site for scientists, where they can collaborate and – especially – share ideas for experimental workflows with others in their own or related disciplines. Begun as a “MySpace for scientists” Specific users are users of Taverna software, in use by life sciences researchers Scientists exchange methods , rather than data They also can share powerpoint slides and data logs
• #6: VRE for the Study of documents and manuscripts at Oxford A personalized and collaborative workspace for working with digital images of papyri and other ancient manuscripts Includes the capacity to annotate, search language reference tools (gazetteers, dictionaries, lexographies), and compare other manuscript sources. Designed for a small community of specialists, who are digitizing, analyzing, and transcribing ancient documents. The version includes the ability to share annotated documents among dispersed scholars. VERY SPECIFIC TO THE DISCIPLINE.
• #7: Virtual Environments for Research in Archaeology (VERA) project, University of Reading Builds on prior JISC project: “Silchester Roman Town” a research and training expedition to the archaeological site VERA project is embedding IT into the archaeological research process Provides training and digital devices for the on-site recording of finds at the dig All finds are thus brought into a database, with coordinates and metadata for immediate study
• #8: Most of the project managers believed that scholars in the science disciplines were more apt to already be using some type of digital repository and VRE systems. They believed those in other disciplines were less inclined to be involved in these activities. They needed more encouragement and evidence that involvement will benefit them.
• #9: There were several major themes expressed. The scholars’ attitudes toward adoption and integration of VREs and digital repositories into their workflows will likely vary by age, discipline and years of experience.
• #10: Ease of use and the need to embed the systems into the scholars’ workflows are critical, yet can be difficult to accomplish. The scholars were reluctant to use new technologies not because they were not interested in these new technologies, but because it would take time to learn the new systems and processes. The scholars stated they did not have the time to input data and materials into the systems.
• #11: The scholars expressed concerns about privacy and limiting the data that are shared. One of the digital repository project managers stated, “The concept of a safe environment as far as security on the web was an issue. If we were going to set up a social network, we would need to create a safe environment, which was very important to the researchers.”
• #12: Most of the project managers stressed the need for advocacy, promotion, publicity, and marketing of the systems to the scholars. One of the project mangers said, “ Many interviewees had very little knowledge of the repositories;” another echoed with, “They had very low levels of awareness of what we are offering.”
• #13: This promotion and publicity should identify how and why the systems can provide greater access and easier dissemination of research. Since the research has a broader exposure, it can generate more citations, which can mean a greater impact for the work. The systems also have the potential to increase the efficiency of the workflow by providing a centralized management system for sharing research data, materials, results, and outputs.
• #14: Most of the digital repository project managers said the scholars lacked an understanding of copyright and the issues of copyright compliance. Many of the scholars did not understand or could not remember or retrieve the agreements that were signed with publishers for the publication and dissemination of their work. The scholars who participated in the Personal Engagement with Repositories through Social Networking Applications (PERSoN A) project were asked to describe how they used the web for research and teaching. “ People talked about data bases specific to their discipline and view these as authoritative resources. They would do a Google search to find academic papers, etc. before they went to databases… Almost all said that they came across resources that they could not access. So issues came up with open access to research and copyright.” (Quoted from one of the project members)
• #15: There was consensus among the digital repository managers that there is a need for better management of scholarly documents. One of the digital repository project managers stated, “ The open access goal is altruistic. The stake holders for the resource management emerged as the project went on.”
• #16: Having accurate metadata associated with the documents is very important to the scholars. They often did not have the time to provide accurate metadata for their papers in the digital repositories; therefore, this creates a need for more accurate and consistent processes for including and adding accurate metadata. Some of the scholars expressed a distrust of the open web and identified a need for a safe online environment. The digital repository project managers also mentioned the need for better feedback from the users of the system to the developers of the system. Librarians not only need to be embedded in the process but also involved as the catalyst for strategic planning.
• #17: The ENGage project managers learned that that the language used by developers, researchers at the Ph.D. and associate levels, and researchers at the professor level is different. Model of interaction between research developers and bioscientists . The project based on a regular cooperation between the bioscience and computer science team. The project consortium included bioscientists who knew enough computing to act as a bridge between the two teams and would strongly recommend that in future projects such personnel are incorporated into early discussion of the problem. Even having these bioscientists, at first, it took time to transfer the ideas we had into workflows and to understand the system constraints. Both teams realised early on that in each others fields we are novices and often we do not speak the same language. Nevertheless, by discussing what we actually wanted and hearing explanations of the constraints and possibilities made use of in future work led us to form a cohesive working group. [From the evaluation on the NGS PGRADE portal in biosciences.]
• #18: The project identified that there still is “confusion about the varying requirements of data security between social scientist and sciences. Social science researchers need processing of private or constrained data. Science does not have these private data.”
• #19: Sharing of data and procedures was not an issue with bioinformatics researchers. Anecdotal evidence claims they enjoy an open professional culture.
• #20: Astronomers have an agreement in place within the community that for six months the data belong to the individual or group but after six months the data are open to others.
• #21: Chemists were very interested in the community hierarchy. They demanded that Ph.D. supervisors always have access to what people beneath them could access and that they had access to everything the people beneath them (Ph.D. students) were doing.
• #22: Age also is a factor in adopting new technologies, systems, and tools. The VRE in Archaeology project provided different electronic devices for the project participants to use for their work on archaeological digs.
• #23: A project member said, “The students had been using different devices, such as MP3 players, text messaging on mobile phones, etc. and quickly adopted the devices. The professors were older and reluctant to use these devices.” The professors became more invested in using these devices after the project team worked with them to demonstrate the benefits of using the devices to work more efficiently.
• #24: Some of the project managers believe the science and mathematics scholars involved in the VRE projects were more apt to use the software and systems than the humanities scholars who participated in the projects. There also was discussion about the initial difficulty associated with engaging some scholars in the VRE chat sessions, blogs, and social networks and communities.
• #25: CREW conducted several meetings with both social scientists and scientists and provided a twitter-type system for the attendees, which enabled them to tweet during a meeting. “It was very popular with the scientists (computer science)…”
• #26: “… Social scientists were reluctant to open their laptops during sessions and left their laptops in their hotel rooms. We began providing loaner laptops to social scientists at the sessions. They were very different cultures.”
• #27: They use different language and express some things in a different way, but that still can be discussed between the different groups.
• #28: There are different levels of need between the disciplines for the infrastructure. The project manager stated, “Some domains could use the infrastructure more than others. There also are varying attitudes to what is desired in longer term sustainability of software that people use. Both the developers and end users of the software wish for the software to be maintained. All are working within the academic environment and all believe sustainability is important. However, they do not agree who should be responsible for the sustainability of the software or who should pay for it”
• #29: They also found that time constraints on the different types of people involved in the project were very different. Developers and researchers need large blocks of times to write code and analyze data and write papers – cannot stop for several hours in the middle of work to meet Developers often had responsibilities to the institution or organization and could not make VRE project a priority Difficulty scheduling time with researchers and developers for interviews and meetings was a common theme for most VRE projects. One project manager stated, “It was difficult to get time from some of the people because of teaching and marking commitments. We had difficulty getting time with developers who had different blocks of time based on projects. It also was difficult to get time with the IT service providers within institutions; therefore, it was very important to get institutional buy-in. We had to raise the level of these projects and identify the benefits the IT providers (computing services) would get from the project, which was very difficult.”
• #30: Although it was not possible to develop a portrait of the scholar in the current virtual research environment, common themes can be identified from the data collected from the digital repository and VRE interviews and the review of the project data. These findings can be the catalyst for improving digital repositories and VREs as well as for future research in the adoption and use of these tools and systems. Whether discussing digital repositories or VREs, the scholars want the software and technology to be easy to use and to be embedded in their workflows. They do not have time to learn new software and systems, nor do they have time to add processes to their current workflows. Attitudes toward the adoption of the systems vary by demographics, such as age, discipline, etc. However, some scholars do come to understand the benefits these systems offer them in terms of increased efficiency and better sharing and dissemination of their work. One the project managers stated, “The technologies enabled the researcher to work faster, not necessarily to work better.”
• #31: The systems and software need to allow for varying levels of sharing, whether it is thoughts, ideas, workflows, data, reports, or formal papers.  
• #32: The disciplinary differences in adoption level and buy-in recurred throughout the JISC evaluations. Does this mean that VREs will not be accepted in some entire disciplines? Perhaps, but the projects do include some in the social sciences and humanities. It may instead be the case that technology merely offers different disciplines different opportunities. Privacy and copyright also are important to scholars working in the virtual environment.  
• #33: The project managers of the digital repository and VRE projects expressed a need for promoting the systems and for making the scholars aware of how the systems and tools can simplify their workflows and more widely disseminate their work. ADVOCACY!