Annual Report 2007-2008

Unit reports Addition of web-based bibliographic instruction Establishment of the Learning Commons Installation of new workstations Lots of statisticshttps://digitalcommons.humboldt.edu/library_pub/1039/thumbnail.jp

Recent developments in the application of risk analysis to waste technologies.

The European waste sector is undergoing a period of unprecedented change driven by business consolidation, new legislation and heightened public and government scrutiny. One feature is the transition of the sector towards a process industry with increased pre-treatment of wastes prior to the disposal of residues and the co-location of technologies at single sites, often also for resource recovery and residuals management. Waste technologies such as in-vessel composting, the thermal treatment of clinical waste, the stabilisation of hazardous wastes, biomass gasification, sludge combustion and the use of wastes as fuel, present operators and regulators with new challenges as to their safe and environmentally responsible operation. A second feature of recent change is an increased regulatory emphasis on public and ecosystem health and the need for assessments of risk to and from waste installations. Public confidence in waste management, secured in part through enforcement of the planning and permitting regimes and sound operational performance, is central to establishing the infrastructure of new waste technologies. Well-informed risk management plays a critical role. We discuss recent developments in risk analysis within the sector and the future needs of risk analysis that are required to respond to the new waste and resource management agenda

DRIVER Technology Watch Report

This report is part of the Discovery Workpackage (WP4) and is the third report out of four deliverables. The objective of this report is to give an overview of the latest technical developments in the world of digital repositories, digital libraries and beyond, in order to serve as theoretical and practical input for the technical DRIVER developments, especially those focused on enhanced publications. This report consists of two main parts, one part focuses on interoperability standards for enhanced publications, the other part consists of three subchapters, which give a landscape picture of current and surfacing technologies and communities crucial to DRIVER. These three subchapters contain the GRID, CRIS and LTP communities and technologies. Every chapter contains a theoretical explanation, followed by case studies and the outcomes and opportunities for DRIVER in this field

Perceptions, motivations and behaviours towards 'research impact': a cross-disciplinary perspective

In recent years, the UK higher education sector has seen notable policy changes with regard to how research is funded, disseminated and evaluated. Important amongst these changes is the emphasis that policy makers have placed on disseminating peer-reviewed scholarly journal articles via Open Access (OA) publishing routes e.g. OA journals or OA repositories. Through the Open Science agenda there have also been a number of initiatives to promote the dissemination of other types of output that have not traditionally been made publicly available via the scholarly communication system, such as data, workflows and methodologies. The UK Research Excellence Framework (REF) 2014 introduced social/economic impact of research as an evaluation measure. This has been a significant policy shift away from academic impact being the sole measure of impact and has arguably raised the profile of public engagement activities (although it should be noted that public engagement is not equivalent to social/economic impact, but is an important pathway to realising such impact). This exploratory study sought to investigate the extent to which these recent policy changes are aligned with researchers publication, dissemination and public engagement practices across different disciplines. Furthermore, it sought to identify the perceptions and attitudes of researchers towards the concept of social/economic impact. The study adopted a mixed-methods approach consisting of a questionnaire- based survey and semi-structured interviews with researchers from a broad range of disciplines across the physical, health, engineering, social sciences, and arts and humanities across fifteen UK universities. The work of Becher (1987) and Becher & Trowler (2001) on disciplinary classification was used as an explanatory framework to understand disciplinary differences. The study found evidence of a lack of awareness of the principle of OA by some researchers across all disciplines; and that researchers, in the main, are not sharing their research data, therefore only the few who are doing so are realising the benefits that have been championed in research funders policies. Moreover, the study uncovered that due to the increased emphasis of impact in research evaluation, conflicting goals between researchers and academic leaders exist. The study found that researchers, particularly from Applied and Interdisciplinary (as opposed to Pure) disciplinary groups felt that research outputs such as articles published in practitioner journals were most appropriate in targeting and making research more accessible to practitioners, than prestigious peer-reviewed scholarly journal articles. The thesis argues that there is still more to learn about what impact means to researchers and how it might be measured. The thesis makes an overall contribution to knowledge on a general level by providing greater understanding of how researchers have responded to the impact agenda. On a more specific level, the thesis identifies the effect of the impact agenda on academic autonomy, and situates this in different disciplinary contexts. It identifies that it is not only researchers from Pure disciplines who feel disadvantaged by the impact agenda , but also those from Interdisciplinary and Applied groups who feel an encroachment on their academic autonomy, particularly in selecting channels to disseminate their research and in selecting the relevant audiences they wish to engage with. Implications of the study's findings on researchers, higher education institutions and research funders are highlighted and recommendations to researchers, academic leaders and research funders are given

Internet based molecular collaborative and publishing tools

The scientific electronic publishing model has hitherto been an Internet based delivery of electronic articles that are essentially replicas of their paper counterparts. They contain little in the way of added semantics that may better expose the science, assist the peer review process and facilitate follow on collaborations, even though the enabling technologies have been around for some time and are mature. This thesis will examine the evolution of chemical electronic publishing over the past 15 years. It will illustrate, which the help of two frameworks, how publishers should be exploiting technologies to improve the semantics of chemical journal articles, namely their value added features and relationships with other chemical resources on the Web. The first framework is an early exemplar of structured and scalable electronic publishing where a Web content management system and a molecular database are integrated. It employs a test bed of articles from several RSC journals and supporting molecular coordinate and connectivity information. The value of converting 3D molecular expressions in chemical file formats, such as the MOL file, into more generic 3D graphics formats, such as Web3D, is assessed. This exemplar highlights the use of metadata management for bidirectional hyperlink maintenance in electronic publishing. The second framework repurposes this metadata management concept into a Semantic Web application called SemanticEye. SemanticEye demonstrates how relationships between chemical electronic articles and other chemical resources are established. It adapts the successful semantic model used for digital music metadata management by popular applications such as iTunes. Globally unique identifiers enable relationships to be established between articles and other resources on the Web and SemanticEye implements two: the Document Object Identifier (DOI) for articles and the IUPAC International Chemical Identifier (InChI) for molecules. SemanticEye’s potential as a framework for seeding collaborations between researchers, who have hitherto never met, is explored using FOAF, the friend-of-a-friend Semantic Web standard for social networks

The Value of New Scientific Communication Models for Chemistry

This paper is intended as a starting point for discussion on the possible future of scientific communication in chemistry, the value of new models of scientific communication enabled by web based technologies, and the necessary future steps to achieve the benefits of those new models. It is informed by a NSF sponsored workshop that was held on October 23-24, 2008 in Washington D.C. It provides an overview on the chemical communication system in chemistry and describes efforts to enhance scientific communication by introducing new web-based models of scientific communication. It observes that such innovations are still embryonic and have not yet found broad adoption and acceptance by the chemical community. The paper proceeds to analyze the reasons for this by identifying specific characteristics of the chemistry domain that relate to its research practices and socio-economic organization. It hypothesizes how these may influence communication practices, and produce resistance to changes of the current system similar to those that have been successfully deployed in other sciences and which have been proposed by pioneers within chemistry.National Science Foundation, Microsof

LIBER 41st Annual Conference : Mobilising the Knowledge Economy for Europe

Conference Programme. 27–30 June 2012, Tart