COUNCIL REGULATION (EC) No 510/2006 ‘LAPIN PORON LIHA’

Reindeer meat from Finnish Lapland is now recognized in the EU as a product with a high level of quality and as a traditional product. This means that reindeer meat from Lapland in Finland was added to the regulation of Parma ham and other similar products, among which is a protected designation of origin (PDO). The label may now be applied to reindeer meat, which is produced in the Finnish reindeer management area on reindeer born and bred in that region. The label requires that the reindeer meat is also cut, and packaged in the Finnish reindeer management area. Finnish reindeer husbandry produces 2-2,5 million kilos annually. This change in regulation may improve the marketing and sales of reindeer meat internationally and ease conditions for the production and sale of products for reindeer herders

The inventory of activities in the framework of developing a European Union Arctic Policy

Accompanying the document Joint communication: Developing a European Union Policy towards the Arctic Region: progress since 2008 and next steps (http://library.arcticportal.org/1698/) This staff working document accompanies the Joint Communication to the European Parliament and the Council on Developing a European Union Policy towards the Arctic Region: progress since 2008 and next steps. The purpose of the staff document is to give detailed information about the progress outlined since the Communication of 20 November 2008 on ‘The European Union and the Arctic Region’. It covers activities undertaken by the Commission services, the relevant European agencies and the European External Action Service (EEAS) on the proposals set out in the 2008 Communication as addressed under the guidance of the 2009 Council Conclusions and the 2011 European Parliament Resolution, in consultation with the EU Member States and in dialogue with the other Arctic states and other Arctic stakeholders

Joint communication: Developing a European Union Policy towards the Arctic Region: progress since 2008 and next steps.

As climate change and economic development accelerate in the Arctic region, the European Union should step up its engagement with its Arctic partners to jointly meet the challenge of safeguarding the environment while ensuring the sustainable development of the Arctic region. Nowhere is climate change more visible than in the Arctic, which is a vital and vulnerable component of the Earth's environment and climate system. The melting of the Arctic sea ice is progressing rapidly, resulting in self-accelerating global warming, and affecting ecosystems as well as the traditional livelihoods of indigenous peoples

Consideration of hydromorphology and sediment in the implementation of the EU water framework and floods directives: a comparative analysis of selected EU member states

The EU Water Framework and Floods Directives represent important legislative instruments introduced in the water policy during the last two decades. Despite their holistic and complementary approaches, which should yield many benefits, the lack of importance given to the consideration of hydromorphology and sediments is a weakness. This will hinder the achievement of the Directives' goals, since hydrology and geomorphology of rivers and the character and dynamics of sediments are essential components of the aquatic habitat and ecosystem health. The entrainment, transport and deposition of sediments determine the interrelationships between river channel geometry and flow regime, which affect flood risk. The paper reports on the findings of a survey undertaken in 2015 as part of the HYTECH project, which questioned 20 EU Water Authorities about the importance they attached to hydromorphological quality elements and sediment transport during the implementation cycles of both Directives

Integration of occupational risk prevention courses in engineering degrees: Delphi study

Engineering syllabi often lack courses covering occupational risk prevention. In Spain, professional competences are awarded along with the completion of a university degree. This means that new graduates are certified in areas in which they have received little or no training, such as occupational risk prevention. However, the academic reforms established by the Bologna Process, which strives to homogenize university degrees throughout Europe, compels European universities to design new syllabi. The main goal of this paper is to define a framework for including occupational risk-prevention education in the new engineering syllabi. This exploratory research applied the Delphi methodology to a panel of 59 experts, using questionnaires assessed with a four-point Likert scale through two rounds. A website supported the information flow. According to the experts who participated in this study, education and training in occupational risk-prevention is essential for improving the safety culture within a company or workplace. The experts concurred that this subject should be a separate mandatory course in all engineering degree programs. The participants recommended that an optional course should be considered only if a mandatory course is not approved. It was also deemed desirable to integrate occupational risk prevention as a cross-field subject in other technological courses, even if the curriculum already includes some related courses. © 2012 American Society of Civil Engineers.Cortés Díaz, JM.; Pellicer Armiñana, E.; Catalá Alís, J. (2012). Integration of occupational risk prevention courses in engineering degrees: Delphi study. Journal of Professional Issues in Engineering Education and Practice. 138(1):31-36. doi:10.1061/(ASCE)EI.1943-5541.0000076S3136138

Systems analysis approach to the design of efficient water pricing policies under the EU Water Framework Directive

Economic theory suggests that water pricing can contribute to efficient management of water scarcity. The European Union (EU) Water Framework Directive (WFD) is a major legislative effort to introduce the use of economic instruments to encourage efficient water use and achieve environmental management objectives. However, the design and implementation of economic instruments for water management, including water pricing, has emerged as a challenging aspect of WFD implementation. This study demonstrates the use of a systems analysis approach to designing and comparing two economic approaches to efficient management of groundwater and surface water given EU WFD ecological flow requirements. Under the first approach, all wholesale water users in a river basin face the same volumetric price for water. This water price does not vary in space or in time, and surface water and groundwater are priced at the same rate. Under the second approach, surface water is priced using a volumetric price, while groundwater use is controlled through adjustments to the price of energy, which is assumed to control the cost of groundwater pumping. For both pricing policies, optimization is used to identify optimal prices, with the objective of maximizing welfare while reducing human water use in order to meet constraints associated with EU WFD ecological and groundwater sustainability objectives. The systems analysis approach demonstrates the successful integration of economic, hydrologic, and environmental components into an integrated framework for the design and testing of water pricing policies. In comparison to the first pricing policy, the second pricing policy, in which the energy price is used as a surrogate for a groundwater price, shifts a portion of costs imposed by higher water prices from low-value crops to high-value crops and from small urban/domestic locations to larger locations. Because growers of low-value crops will suffer the most from water price increases, the use of energy costs to control groundwater use offers the advantage of reducing this burden.The authors would like to thank the Danish Research School of Water Resources (FIVA) for financial support. Three anonymous reviewers made helpful suggestions that were incorporated into the revised version.Riegels, N.; Pulido-Velazquez, M.; Doulgeris, C.; Sturm, V.; Jensen, R.; Moller, F.; Bauer-Gottwein, P. (2013). Systems analysis approach to the design of efficient water pricing policies under the EU Water Framework Directive. Journal of Water Resources Planning and Management. 139(5):574-582. doi:10.1061/(ASCE)WR.1943-5452.0000284S574582139

Experiencing transnationalism at home:open borders and the everyday narratives of non-migrants

The normative migration rights literature has engaged with the situated experience of migration to a very limited extent, with particularly little attention paid to non-migrants living in receiving localities. This article argues that exploring the non-elite narratives of non-migrants provides valuable insights for normative theorising about migration rights. The discussion is illustrated with a description of research undertaken within rural migration-receiving communities in England, which shows how the narratives of non-migrants shape the experience of migration at a micro-level. This article discusses the implications of this research for normative theory in order to demonstrate the value of this methodological approach

Cadmium pigments in consumer products and their health risks

© 2018 Elsevier B.V. Cadmium is a toxic heavy metal that has been increasingly regulated over the past few decades. The main exposure routes for the general public are the consumption of certain foods and the inhalation of cigarette smoke. However, additional exposure may occur through the current and historical use of the metal in consumer products. In this paper, the uses of Cd in consumer goods are reviewed, with the focus on brightly-coloured Cd sulphide and sulphoselenide pigments, and measurements of Cd in historical and contemporary products ascertained by XRF are reported. Cadmium is encountered across a wide range of contemporary plastic products, mainly because of the unregulated recycling of electronic waste and polyvinyl chloride. However, concentrations are generally low (<100 μg g−1), conforming with current limits and posing minimal risk to consumers. Of greater concern is high concentrations of pigmented Cd (up to 2% by weight) in old products, and in particular children's toys that remain in circulation. Here, tests conducted suggest that Cd migration in some products exceeds the Toy Safety Directive limit of 17 μg g−1 by an order of magnitude. The principal current use of Cd pigments is in ceramic products where the metal is encapsulated and overglazed. Leaching tests on new and secondhand items of hollowware indicate compliance with respect to the current Cd limit of 300 μg L−1, but that non-compliance could occur for items of earthenware or damaged articles should a proposed limit of 5 μg L−1 be introduced. The greatest consumer risk identified is the use of Cd pigments in the enamels of decorated drinking glasses. Thus, while décor is restricted to the exterior, any enamel within the lip area is subject to ready attack from acidic beverages because the pigments are neither encapsulated nor overglazed. Glass bottles decorated with Cd-based enamel do not appear to represent a direct health hazard but have the propensity to contaminate recycled glass products. It is recommended that decorated glassware is better regulated and that old, brightly-coloured toys are treated cautiously

Integrating risks of climate change into water management

The Working Group II contribution to the Fifth Assessment Report of the Intergovernmental Panel on Climate Change critically reviewed and assessed tens of thousands of recent publications to inform about the assess current scientific knowledge on climate change impacts, vulnerability and adaptation. Chapter 3 of the report focuses on freshwater resources, but water issues are also prominent in other sectoral chapters and in the regional chapters of the Working Group II report as well as in various chapters of Working Group I. With this paper, the lead authors, a review editor and the chapter scientist of the freshwater chapter of the WGII AR5 wish to summarize their assessment of the most relevant risks of climate change related to freshwater systems and to show how assessment and reduction of those risks can be integrated into water management