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• The Shared Environmental Information System (SEIS) aim to expand the access to environmental data. • SEIS has had a significant and positive impact on the production and harmonisation of environmental indicators. • Data harmonization problems (e.g., data collection, definitions, and legislation) remain throughout the pan-European region. • Non-evidence-based policymaking highlight a disconnect between data production and data use. • Need to improve our understanding of the political and behavioural determinants of data use. Access to high-quality, timely and comparable data is a prerequisite for any effective decision-making process and having such data available for the environment is absolutely fundamental to efficient and evidence-based policymaking. This article reviews the establishment of a Shared Environmental Information System (SEIS) in Europe and Central Asia to improve our understanding of how environmental data value chains are being employed to produce, share and use reliable data on the environment and whether this data is used in policymaking. Three sources of data are utilised to analyse whether relevant environmental data and information are being drawn upon by policymakers, namely, the 2019 SEIS mid-term review, SEIS Factsheets and SEIS Gap Analysis Reports. The results reveal that the pan-European region still faces significant data harmonisation problems, owing in part to differences in types and methods of data collection, data definitions and legislation. Whilst problems in some individual country's participation have persisted since the launch of the SEIS initiative in the pan-European region, the development and successful piloting of the SEIS self-assessment framework is considered as evidence of positive progress. However, it remains difficult to adequately assess to what extent the data flows covered by this study impact on policymaking, nevertheless, the analysis serves to highlight the inter-linkages between environmental data flows, policymakers and environmental governance. In practical terms, the paper demonstrate a disconnect between data production and data use in policymaking and emphasises the need to both improve our understanding of the political determinants of data use and to further investigate how the uptake of environmental data and information can be facilitated in policymaking. [ABSTRACT FROM AUTHOR]

Abstract This paper proposes transparency and reflexivity as two principles to be incorporated in initiatives wherein data from multiple national contexts are integrated. The necessity of these principles is derived from an ongoing study tasked with identifying and describing national bibliographic databases for research output within the social sciences and humanities (SSH) in Europe. The study is carried out within the context of the COST Action "European Network for Research Evaluation in Social Sciences and Humanities" (ENRESSH). Within ENRESSH, it is emphasised that national bibliographic databases can be instrumental in enhancing the visibility of research within SSH. Hence, one of the aims of ENRESSH is to identify and describe currently existing databases and eventually design a roadmap for a European database that would include data on research output within SSH from different European countries. The study shows that there are considerable challenges in merely acquiring a basic description of the content of databases embedded in different national contexts. To make sense of the content it is necessary to acknowledge the role of context in information systems. Emphasising context, as will be shown, it is possible to elucidate the nature of the encountered challenges as well as to highlight aspects to be incorporated in designs of research information systems. [ABSTRACT FROM AUTHOR]

In Europe, 20 to 40% of water is being wasted due to poor infrastructure, consumer negligence and lack of proper resource management. Effective and efficient management of water resources requires a holistic approach considering all the stages of water usage, which includes the application of ICT technologies that are capable of transmitting and analysing water data to deliver actionable insights to end-users. A primary requirement for ICT-based water innovations is the ability to collect and process water data from disparate locations. In this paper, we present a cloud-based cross-site data collection system, which is being developed as part of an EU funded research project named Waternomics. [ABSTRACT FROM AUTHOR]