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Linking Domestic and European Politics
81 FIIA Working Paper May 2014 Tuomas Iso-Markku LINKING DOMESTIC AND EUROPEAN POLITICS FINNISH MEPS AND THE VOTES THAT SHAPED THE 7th EUROPEAN PARLIAMENT Tuomas Iso-Markku Research Fellow The Finnish Institute of International Affairs The Finnish Institute of International Affairs Kruunuvuorenkatu 4 FI-00160 Helsinki tel. +358 9 432 7000 fax. +358 9 432 7799 www.fiia.fi ISBN: 978-951-769-414-8 ISSN: 2242-0444 The Finnish Institute of International Affairs is an independent research institute that produces high- level research to support political decision-making and public debate both nationally and internationally. The Institute undertakes quality control in editing publications but the responsibility for the views expressed ultimately rests with the authors. TABLE OF CONTENTS 1. INTRODUction 4 2. VotinG IN THE EP: A BALANCING act 6 2.1 At the intersection of domestic and European politics 6 2.2 Determinants of MEP voting 7 3. FINNISH POLITICS AND THE EU: CONSENSUS AND CONFRontation 10 3.1 Non-politicised cleavage 10 3.2 Parliamentary election of 2011 as a watershed 11 3.3 Finnish parties and the European Parliament 12 4. FINNISH MEPS AND 17 KEY EP votes IN 2009–2014 14 4.1 Issues of national importance 16 4.2 Issues with links to domestic politics 19 4.3 European issues 20 4.4 Voting patterns among the Finnish MEPs 23 5. SUMMARY 25 3 1. INTRODUCTION It has long been acknowledged that the members of the European Parliament (MEPs) act in a complex political setting. They represent national parties and are elected nationally, and their campaigns are often built around domestic issues. -
Vuoli Tunnels Finland
PROJECT SHEET Vuoli Tunnels Finland Construction SKANSKA TEKRA OY/ SKANSKA BS/SIEMENS FINLAND/FINNISH ROAD ENTERPRISE Consulting Engineer KALLIOSUUNNUITTELY ROCPLAN OY LTD. Owner VUOSAARI HARBOUR COMPANY & FINNISH ROAD ADMINISTRATION Products ADMIX C-1000 NF Project Type HARBOR TUNNELS Xypex Admix C-1000 NF played critical role in shotcrete waterproofing of Vuosaari Harbor tunnels. When city planners and engineers began The exposed rock interiors of the road and rail drawing up designs for a new harbor that tunnels were reinforced with deep anchor could relieve the pressure on the Port of Hel- bolts and coated with a base layer of standard sinki, the need for easy access via roads and shotcrete to a thickness of 60 - 80 mm. On rails was a critical requirement. The new USD top of this base layer, a 40 - 60 mm layer of $757 million Vuosaari Harbor, located about shotcrete mixed with Xypex Admix C-1000 NF 15 km northeast of central Helsinki, was built crystalline waterproofing was applied to pro- on 150 hectares (370 acres), which includes vide a permanent seal against moisture intru- 90 hectares that had to be filled in. sion. Finally, a 25 mm layer of standard shot- crete was applied to the innermost surface. The critical port of Helsinki, Finland, could no The new harbor, completed in 2009, can han- longer handle all of the trade that was flowing in dle more than 12 million tons of unitized cargo More than 28,000 kg (61,700 lb) of Xypex Ad- and out of its docks. The decision was made to (e.g., containers, trucks, trailers, etc.) annu- mix was needed to treat the waterproofing build a new, larger port 15 km east of the city in ally. -
BT Vuosaari AP Project Sheet EN OK.Indd
PROJECT SHEET VUOSAARI HARBOUR CENTRE, HELSINKI, FINLAND AP JETTY 180 M, SIX DOLPHINS AND TWO RAMPS A FEATURES QUANTITIES Client Port of Helsinki Jetty, total length 180 m Location Vuosaari Harbour Centre, Steel bridges 6 steel bridges, Helsinki, Finland each 3 x 24 m Period September 2011 – May 2012 Dolphins 6 concrete dolphins Contractor Terramare Oy Tubular steel piling works D762/610 SCOPE 738 m / 42 piles Construction of a 180 metre long AP jetty, six dolphins and Concrete ramps 2 ramps, each 30 m two ramps. Steel structures 200 tonnes Concrete structures 1,390 m3 MAIN PLANT Floating crane Kahmari 2 Drill barge Pora-Eero Self propelled barge David Piling unit Junttan PM25 B Tugs Koli, Hevi A View of the AP jetty. B View of the Vuosaari Harbour Centre. Work pontoons Paalu, Upi Other plant Grove 635, Volvo L90 Terramare Oy Laurinmäenkuja 3 A INTRODUCTION > PO Box 14, FI–00441 HELSINKI, FINLAND P +358 9 613 621 | F +358 9 6136 2700 www.terramare.fi PAGE 1/2 VUOSAARI HARBOUR CENTRE, HELSINKI, FINLAND AP JETTY 180 M, SIX DOLPHINS AND TWO RAMPS INTRODUCTION The 180 metre long AP jetty, built 180 METRE LONG AP JETTY at Helsinki’s Vuosaari Harbour, Dolphins (6) was implemented on the basis of Terramare’s alternative plan. The A Ramp 30 m jetty increased the harbour’s ca- 12 m pacity with two berths for Ro-Ro cargo vessels. The contract also A Ramp 30 m included two 30 metre wide concrete ramps, built on both sides of the jetty. 24 metre long steel service bridges (6) C CONSTRUCTION OF THE AP JETTY Terramare began the AP jetty contract in September 2011. -
Green Parties and Elections to the European Parliament, 1979–2019 Green Par Elections
Chapter 1 Green Parties and Elections, 1979–2019 Green parties and elections to the European Parliament, 1979–2019 Wolfgang Rüdig Introduction The history of green parties in Europe is closely intertwined with the history of elections to the European Parliament. When the first direct elections to the European Parliament took place in June 1979, the development of green parties in Europe was still in its infancy. Only in Belgium and the UK had green parties been formed that took part in these elections; but ecological lists, which were the pre- decessors of green parties, competed in other countries. Despite not winning representation, the German Greens were particularly influ- enced by the 1979 European elections. Five years later, most partic- ipating countries had seen the formation of national green parties, and the first Green MEPs from Belgium and Germany were elected. Green parties have been represented continuously in the European Parliament since 1984. Subsequent years saw Greens from many other countries joining their Belgian and German colleagues in the Euro- pean Parliament. European elections continued to be important for party formation in new EU member countries. In the 1980s it was the South European countries (Greece, Portugal and Spain), following 4 GREENS FOR A BETTER EUROPE their successful transition to democracies, that became members. Green parties did not have a strong role in their national party systems, and European elections became an important focus for party develop- ment. In the 1990s it was the turn of Austria, Finland and Sweden to join; green parties were already well established in all three nations and provided ongoing support for Greens in the European Parliament. -
Waiting for the Nuclear Renaissance: Exploring the Nexus of Expansion and Disposal in Europe
Risk, Hazards & Crisis in Public Policy www.psocommons.org/rhcpp Vol. 1: Iss. 4, Article 3 (2010) Waiting for the Nuclear Renaissance: Exploring the Nexus of Expansion and Disposal in Europe Robert Darst, University of Massachusetts-Dartmouth Jane I. Dawson, Connecticut College Abstract This article focuses on the growing prospects for a nuclear power renaissance in Europe. While accepting the conventional wisdom that the incipient renaissance is being driven by climate change and energy security concerns, we argue that it would not be possible without the pioneering work of Sweden and Finland in providing a technological and sociopolitical solution to the industry’s longstanding “Achilles’ heel”: the safe, permanent, and locally acceptable disposal of high-level radioactive waste. In this article, we track the long decline and sudden resurgence of nuclear power in Europe, examining the correlation between the fortunes of the industry and the emergence of the Swedish model for addressing the nuclear waste problem. Through an in-depth exploration of the evolution of the siting model initiated in Sweden and adopted and successfully implemented in Finland, we emphasize the importance of transparency, trust, volunteerism, and “nuclear oases”: locations already host to substantial nuclear facilities. Climate change and concerns about energy independence and security have all opened the door for a revival of nuclear power in Europe and elsewhere, but we argue that without the solution to the nuclear waste quandary pioneered by Sweden and Finland, the industry would still be waiting for the nuclear renaissance. Keywords: high-level radioactive waste, permanent nuclear waste disposal, nuclear power in Europe, nuclear politics in Finland and Sweden © 2010 Policy Studies Organization Published by Berkeley Electronic Press - 49 - Risk, Hazards & Crisis in Public Policy, Vol. -
Field Trip Report the World Heritage Committee Meetings
Field Trip Report World Heritage Convention, Helsinki, Finland. By: Francois LeBlanc, Head, Field Projects There were more than 350 participants to the twenty-fifth session of Finlandia Hall, Helsinki. UNESCO’s World Heritage Committee. I had not participated to these Designed by Finnish architect Aalto Alvar meetings for some time and it was a great pleasure for me to re-connect with some old acquaintances. The meetings have become quite a complex forum. The working papers given to us at registration were more than 3.5 inches thick. I will not attempt to summarize what happened during the meetings because this will be done by the WHC secretariat and will be available shortly on the web at http://www.unesco.org/whc. I will simply highlight some of the Finlandia Hall. Location of the World Heritage activities that may be of interest to us and list the title of the documents Committee meetings given to us. Just the list is two pages long! Should you be interested in consulting some of the documents, please contact Annette. What may also be of interest is that when such meetings are held in countries that I don’t know very well, I usually try to update my knowledge of the country’s history before I leave. I have found a brief history of Finland and will share it with you in this report. I hope that you will also Finlandia Hall find it interesting. The World Heritage Committee Meetings The meetings were held in Helsinki at Finlandia Hall, a building designed by the famous architect Alvar Aalto, and were impeccably organized by the Finns. -
Rostock 12 Th Baltic Sea Geotechnical Conference, 31 May – 2 June 2012
Rostock 12 th Baltic Sea Geotechnical Conference, 31 May – 2 June 2012 MASS STABILISATION IN CONSTRUCTION OF SOFT SUBSOILS AND IN ENVIRONMENTAL GEOTECHNICS AT CITY OF HELSINKI Juha Forsman / Ramboll Finland Oy, Osmo Korhonen / City of Helsinki, Jorma Havukainen / Ramboll Finland Oy, Kata Kreft-Burman / Ramboll Finland Oy ABSTRACT The city of Helsinki is under a continual process of constructing the new districts and improving the already existing ones. The examples of typical ground construction and preconstruction problems faced in Helsinki include the following issues: construction has to be performed in an area with very soft postglacial clay or peat as the areas considered more suitable from the geotechnical point of view have already been constructed, shortage of fill and embankment materials, and shortage of landfill areas for surplus soils. The mass stabilisation technology proves to be a cost effective solution to these challenges. This article presents some examples of how mass stabilisation has been applied to solve challenges in various construction sites in the city of Helsinki during the last 20 years. 1. INTRODUCTION Mass stabilisation is a ground improvement method where binder is mixed into peat, mud or soft clay. The procedure is carried out with the help of a mixing tool installed on an excavator machine (Figure 1). The mixing tool has been invented in Finland in the beginning of 1990’s. The technology was initially developed for the purpose of stabilising soft peat and clay. As the mass stabilisation technology has evolved new fields of application have been introduced, for instance the treatment of dredged mud and contaminated soils. -
Master's Guide
15.1.2019 MASTER'S GUIDE Vessel Traffic Services The provisions on vessel traffic services are laid down in the Vessel Traffic Service Act 623/2005 and in the Government Decrees on Vessel Traffic Service 763/2005, 1798/2009, 1304/2011 and 1216/2018. PARTICIPATION IN VESSEL TRAFFIC SERVICES Vessels of 24 metres in length overall or more are obliged to participate in the vessel traffic services. When navigating in the VTS area, vessels are required to maintain a continuous listening watch on the working channel used in the area. Furthermore, vessels are obliged to obey the rules relevant to the traffic in the VTS area. More detailed instructions about the required reports and working channels can be found in the regional VTS guides. Vessels navigating in the VTS area, which are not obliged to participate in the vessel traffic services, are recommended to maintain a listening watch on the working channel in the VTS area or sector in question. OPERATIONAL HOURS AND LOCATION OF VTS CENTRES In Finland the vessel traffic services (VTS services) are operated by Vessel Traffic Services Finland Ltd (VTS Finland). The sea areas at the Finnish coast are divided into six VTS areas. These are Bothnia VTS, West Coast VTS, Archipelago VTS, Hanko VTS, Helsinki VTS and Kotka VTS. In addition, Saimaa VTS operates in the Saimaa deep water fairway. Along the coast VTS services are provided 24 h/day throughout the year. There may be operational interruptions due to technical problems or an unexpected shortage of personnel. Information about the interruptions is given as navigational or local warnings. -
Port of Helsinki Development Programme 2022
SERIE B 2012:10 Port of Helsinki Development programme 2022 PORT OF HELSINKI PUBLICATION 13.11.2012 1(15) Development programme for the parts of the Port of Helsinki 2022 Page 1. Introduction 2 2. Prognosis of market and demand development 3 2.1 Passenger and vehicle traffic 3 2.1.1 Tallinn traffic 3 2.1.2 Stockholm traffic 4 2.1.3 St. Petersburg traffic 4 2.1.4 Cruise traffic 5 2.2 Cargo traffic 5 2.2.1 Tallinn traffic 6 2.2.2 Stockholm traffic 6 2.2.3 St. Petersburg traffic 6 2.2.4 Other cargo traffic 6 2.3 The development of demand and competition based on ship type 2.3.1 Passenger ferry traffic 2.3.2 RoRo ferry traffic 2.3.3 Train ferry traffic 2.3.4 Container ship traffic 3 Port-specific examination 3.1 Katajanokka harbour 3.2 West Harbour 3.3 Vuosaari Harbour 3.4 South Harbour 4. Use of parts of the port until the year 2022 12 4.1 Katajanokka Harbour 13 4.2 South Harbour 13 4.3 West Harbour 14 4.4 Vuosaari Harbour 14 5. Operational development 15 2(15) 1. Introduction The development of traffic connections and port traffic is important for the business life and well-being of the Helsinki area. The Port of Helsinki supports this development by offering its customers – shipping companies, operators, exporters, importers and passengers – a functional and sufficient framework to manage foreign trade transport. The Port of Helsinki and the Helsinki area have developed in interaction with each other, which has resulted in industrial and commercial activity being centred around import, export and logistics, more than on average. -
Ciudad Y Territorio Virtual
LOS MODELOS EN REALIDAD VIRTUAL EN LA TOMA DE DECISIONES Y EL TRABAJO DE EQUIPOS MULTIDISCIPLINARES JARKKO SIREENI Bussiness Manager Visualization ViaSys Oy Espoo – Finlandia www.viasys.com VICENTE CUÉLLAR MORO Director General ViaNova Systems Spain Madrid – España www.vianova.es En los países nórdicos es ya común apoyarse en modelos en RV a la hora de tomar decisiones urbanísticas. Las posibilidades de interacción con los modelos, y de representación de la realidad futura, nos permiten "caminar" por la ciudad que proyectamos para evaluar la conveniencia de nuestros proyectos. Creemos que es importante resaltar las diferencias entre las herramientas de presentación (animaciones o vídeos 3D) y herramientas que permiten interactuar con los modelos (RV). Las primeras permiten un mejor texturado e iluminación (los cálculos no se realizan en tiempo real, sino que está precalculado), pero está mejor calidad se realiza a costa de no permitir al usuario "ver" lo que le interesa, y necesitan unos elevados tiempo de cálculos de renderizado, haciéndolos menos ágiles que los modelos en RV. El resultado es que estas herramientas dejan de ser herramientas de "presentación" para integrase totalmente en el proceso de trabajo, incluso desde la etapas más tempranas. Se demuestran fundamentales a la hora de permitir el trabajo de equipos multidisciplinares, cuyas discusiones, ideas y propuestas se realizan en torno al modelo de Realidad Virtual, convirtiéndose el modelo en una herramienta clave para la toma de decisiones durante el proyecto. Como ejemplos prácticos se mostraran dos proyectos realizados por ViaSys Oy, la compañía Finlandesa de ViaNova, desarrolladora de nuestro módulo de realidad virtual Novapoint Virtual Map: El primer proyecto se realizó en el año 2000, en la ciudad de Lohja. -
Factsheet: the Finnish Eduskunta
Directorate-General for the Presidency Directorate for Relations with National Parliaments Factsheet: The Finnish Eduskunta 1. At a glance Finland is a republic and a parliamentary democracy. The Finnish Parliament (Eduskunta) is a unicameral body. Its 200 deputies are elected by direct, proportional and secret universal suffrage for a mandate of four years. The Parliament enacts legislation, decides on the state budget, ratifies international treaties and oversees the Government. The Eduskunta meets in three major formations: the plenary session makes final decisions, the committees prepare the files and the parliamentary groups define the political orientations. The Eduskunta has quite extensive powers to formulate Finnish EU policy. Parliament’s position on EU affairs is generally expressed by the Grand Committee, which serves as Parliament’s EU committee. Finnish Constitution provides that the Eduskunta is involved whenever an EU dossier touches on the Eduskunta’s legislative or budgetary power and may also assume responsibility for other dossiers if either the Government or the Grand Committee (or the Foreign Affairs Committee for CFSP issues) so decides. The Grand Committee’s position is normative for the Government. A Finnish coalition government under Prime Minister Mr Antti Rinne (Social Democratic Party/ S&D) came into office on 06 June 2019. It is a 5-party coalition formed by the the Social Democratic Party (S&D), the Centre Party (Renew Europe), the Greens (Greens/EFA), the Left Alliance (GUE/NGL), and the Swedish People’s Party (Renew Europe). In early December 2019, Mr. Rinne resigned from his post as Prime Minister and replaced by the then Minister for Transports, Ms. -
Helsinki Eastern Harbour Sörnäistenranta and Hermanninranta Invited Architectural Ideas Competition 22. 10. 2004 – 22. 4. 2005 Evaluation Report
Helsinki Eastern Harbour Sörnäistenranta and Hermanninranta Invited Architectural Ideas Competition 22. 10. 2004 – 22. 4. 2005 Evaluation report Helsinki Eastern Harbour – Architectural Ideas Competition 1 © The City of Helsinki City Planning Department 2005 Graphic Design: Raija Juntunen Graphic Design of the Publication Series: Timo Kaasinen ISSN 0787-9024 ISBN 952-473-468-0 2 Helsinki Eastern Harbour – Architectural Ideas Competition Index 1. Competition organization .................................................. 5 The general appearance and identity of the area ............ 38 1.1 Background of the competition ...................................... 5 The area’s relationship and connection to the 1.2 Organisers, purpose and nature of the competition ...... 6 surrounding urban structure ............................................. 38 1.3 Participants ..................................................................... 6 Treatment of the waterfront zone and utilisation of 1.4 Compensation ................................................................. 6 the maritime aspect ........................................................... 40 1.5 Jury.................................................................................. 6 Traffic solutions.................................................................. 40 1.6 Working committee ......................................................... 7 Costs and feasibility........................................................... 40 1.7 Experts ............................................................................